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Bambu Lab A2L Combo

2026-06-01T22:00:00+00:00

A large build volume, smart engineering and full colour capability from day one: the Bambu Lab A2L Combo combines the new A2L 3D printer and the AMS lite multi-material system in one ready-to-go bundle for your most ambitious creative projects. The A2L offers a 330 x 320 x 325 mm build volume, exclusive Adaptive Vibration Compensation for razor-sharp detail, and a modular tool concept that lets you do more than just print – with an additional upgrade kit, it can also cut and draw. The AMS lite expands the setup with support for four filament spools, automatic spool switching and intelligent RFID recognition. In other words, this single package gives you everything you need to get started with large-format, colourful multi-material printing. ► Bambu Lab A2L 3D Printer Generous build volume: 330 x 320 x 325 mm With a print volume of 330 x 320 x 325 mm, the Bambu Lab A2L offers one of the largest build volumes in its entry-level class - around 105% more volume than typical starter printers. This makes it possible to print cosplay props, helmets, or RC parts at full size without splitting them into multiple sections. It also leaves ample room for small production runs, lifestyle projects and large-format models, allowing you to produce them efficiently in a single job. Adaptive Vibration Compensation for razor-sharp detail Traditional input shaping quickly reaches its limits on bed-slinger printers once the model becomes heavier and the machine’s vibration behaviour changes. The Bambu Lab A2L addresses this with Adaptive Vibration Compensation: the machine measures vibrations in real time and dynamically adjusts compensation based on bed load and toolhead position. The result is smooth surfaces and crisp detail. Granular dampers in the frame for maximum stability Larger gantry constructions are more prone to vibrations, which can appear on the print surface as ringing or ghosting. Bambu Lab takes an unusual approach with the A2L by integrating two internal granular dampers directly into the frame. These granulate-filled dampers absorb vibrations at the source and provide a mechanically stable foundation. Even at high print speeds and when making full use of the build volume, print quality remains consistently high. PSMS servo extruder with 20 kHz sampling Inside the printhead is a new PSMS servo extruder specifically designed for high flow rates. This proprietary servo architecture captures filament position and resistance at a 20 kHz sampling rate, actively detecting filament grinding and the early signs of clogging in real time. Nozzle clumping detector In addition to software-based monitoring, the A2L features a physical sensor on the Purge Flinger that detects nozzle build-up at an early stage. This means clumping at the nozzle can be identified before it affects the current layer. Modular tool concept: print, cut, draw (optional) The A2L is designed as a true multi-tool platform. Standardised tool modules (NOT included in the scope of delivery) can be fitted in front of the printhead, transforming the printer into a different creative tool in moments: Blade Cutting Module: precise cutting of vinyl stickers, films, leather, fabrics and similar materials. Pen Drawing Module: clean drawings, lettering or templates directly onto paper or other surfaces. This modular concept makes the A2L a genuine all-rounder for makers, crafters and creative users who want to personalise their projects. Note: To use the Bambu Lab A2L for cutting and drawing, you will need the separately available Blade Cutting Upgrade Kit. Laser modules are not supported due to the open-frame design and the related safety requirements. Full multi-material compatibility The A2L supports the entire Bambu Lab AMS ecosystem. In addition to the AMS lite and the original AMS, it is also fully compatible with the new AMS 2 Pro, which offers airtight filament storage with active on-demand drying. Thanks to an integrated buffer design, AMS lite and boxed AMS units can be combined flexibly, giving you near-limitless scalability for multi-material printing. Tip: You can connect up to 4 x AMS units and 1 x AMS lite to the Bambu Lab A2L at the same time, opening up the possibility of 19-colour printing. Note: If you want to use the drying function of the AMS 2 Pro or AMS HT during printing, you will need an external power source (power cable or power supply). Intelligent monitoring and quiet operation Bambu Lab remains true to its principle with the A2L: keep printing as easy as possible. Intelligent monitoring automatically detects errors and enables largely autonomous “autopilot” printing. At just 49 dB in Silent Mode, operation is whisper-quiet, making it perfectly suitable for use in homes, offices or studios. Bambu Lab A2L at a glance: Build volume of 330 x 320 x 325 mm – approx. 105% larger than the standard 256 mm class, Adaptive Vibration Compensation for sharp detail at any bed load, Two internal granular dampers in the frame to reduce ringing and ghosting, PSMS servo extruder with 20 kHz sampling, active grinding and clog detection, Nozzle clumping detector on the Purge Flinger, Compatible with modular add-ons: Blade Cutting Module & Pen Drawing Module (optional), Compatible with AMS lite, AMS and AMS 2 Pro – including flexible combinations, 49 dB operating noise for whisper-quiet printing (in Silent Mode); standard noise level of 52 dB, Intelligent printer monitoring for autonomous printing. ► Who is the Bambu Lab A2L for? The Bambu Lab A2L is aimed at beginners, ambitious amateur makers and creatives who want to do more than just print – they want to create. Full-size cosplay parts, large functional components, custom stickers and fabric appliqués, multi-colour models from the AMS system: the A2L brings all of these workflows together in a single machine, backed by a technical feature set more commonly found in higher price brackets. ► Bambu Lab AMS lite Multi-Material System The Bambu Lab AMS lite is an automatic material system that allows for automated multi-colour and multi-material printing, opening up entirely new creative possibilities for your print projects. The system continuously monitors filament consumption and automatically switches to a new spool as soon as the current one runs empty. A spring-loaded rotating spool holder keeps the spool securely centred and allows the use of a wide variety of filament spools, including those from other manufacturers. Bambu Lab filaments are equipped with an RFID chip that automatically transmits all material information to the printer. Bambu Studio synchronises the data and applies the correct print profile with optimised parameters. The transparent housing gives you a clear view of the internal mechanism at all times, so that dirt build-up or malfunctions can be detected early. What’s included: 1 x A2L 3D printer Accessory box 1 x Build plate 1 x Spool holder 1 x AMS lite Technical specifications: ► Bambu Lab A2L 3D printer: Printing technology FDM Printer dimensions 544 x 529 x 505 mm Weight 12.8 kg Build volume Printing: 330 x 320 x 325 mm Cutting: 300 x 300 mm Drawing: 300 x 255 mm Max. printing temperature 300 °C Max. heated bed temperature 80 °C Max. print speed 500 mm/s Max. acceleration 10 m/s² Max. flow rate 28 mm³/s Extruder gear Hardened steel Extruder motor Servo extruder motor Nozzle Stainless steel, standard 0.4 mm (also supports separately available 0.2 mm / 0.6 mm / 0.8 mm nozzles NOT included), built-in filament cutter Supported filament diameter 1.75 mm Included build plate Textured flexible PEI spring steel plate Supported build plates Textured PEI, Engineering Plate, Cool Plate SuperTack Cooling Part cooling fan (closed loop) Hotend cooling fan (closed loop) Camera Low frame rate, up to 1080 px supports time-lapse photography Sensors Filament run-out sensor Filament tangle sensor Filament odometry Power loss recovery Clumping detection Display 3.5-inch touchscreen, 240 x 320 px Storage MicroSD card Interface WiFi 2.4 G, Bambu Bus Supported operating systems macOS, Windows, Linux Supported filaments PLA, PETG, TPU, PVA PLA-CF, PETG-CF (only with hardened steel nozzle) Voltage 200–240 VAC, 50/60 Hz 100–120 VAC, 50/60 Hz ►Before first use, please check the rating label next to the power socket and ensure that the specified voltage matches your mains supply. Power 1000 W @ 220 V 1000 W @ 110 V Required operating environment 15–30 °C If you purchase the Blade Cutting Upgrade Kit, these technical details may also be relevant to you: Supported pen diameter 10.5–12.5 mm Cutting mat type LightGrip, StrongGrip Blade type 45° x 0.35 mm Blade pressure range 50–600 gf Max. cutting thickness 0.5 mm Features Blade and pen recognition Cutting mat type detection Supported image types Bitmap, vector Supported materials Paper, PVC, vinyl, leather, etc. ► Bambu Lab AMS lite: Device dimensions 397 x 208 x 342 mm Gross weight 3.7 kg Material ABS, PC, POM Supported materials PLA, PETG, ABS, ASA, PET, PA, PC, PVA (dry), BVOH (dry), PP, POM, HIPS + Bambu PLA-CF / PAHT-CF Non-recommended materials Bambu PLA Glow, Bambu PETG-CF and other PLA glow-in-the-dark filaments Unsupported filaments TPE, TPU, PVA (wet), BVOH (wet), Bambu PET-CF / PA6-CF / TPU 95A as well as other CF and GF filaments Filament diameter 1.75 mm Supported spool sizes Width: 40–68 mm Inner diameter: 53–58 mm

TTC450 Pro CNC Milling Machine + 500W Spindle Kit Bundle

2026-06-11T22:00:00+00:00

The Twotrees TTC450 Pro is a CNC milling machine that makes no compromises: a large working area, robust construction and plenty of expansion options. This bundle combines the machine with the matching 500 W spindle kit, giving you a complete setup that is ready for use straight away. TTC450 Pro CNC milling machine With a working area of 460 x 460 x 80 mm, most engraving and milling projects can be completed without restrictions. The stable aluminium profile construction ensures precision, even with more demanding materials, from wood and plastic to aluminium and PVC. Compared with the previous TTC450 model, the Pro version features gantry side plates reinforced from 6 to 8 mm and a larger 60 mm motor on the X-axis. Both upgrades directly improve stability and cutting quality. The TTC450 Pro is also equipped with a spindle guard and can optionally be expanded with a four-axis rotary module for complex 3D contours and rotary engraving. Want to work with laser engraving too? The machine can be easily fitted with a laser module, available separately. The 500 watt spindle As standard, the TTC450 Pro comes with an 80 W spindle, which is sufficient for simpler projects but quickly reaches its limits when milling harder materials or carrying out more precise work. The included 500 W spindle kit closes this gap. The high-speed spindle reaches 12,000 rpm, runs quietly and features efficient heat dissipation for consistent results, even during longer milling sessions. Metal, non-metal, a wide range of materials: the 500 W spindle is made for the task. Thanks to Smart Termination, it stops automatically once the job is complete. Installation is handled via click-and-install, so swapping it over is no major project. Technical specifications: ► TTC450 Pro CNC milling machine: TTC450 Pro Device dimensions 742 x 689 x 413 mm Engraving area 460 x 460 x 80 mm Material Aluminium profiles, plastic Lead screw size and type T8 2 mm pitch, 4 mm pitch, 5-start trapezoidal lead screw Height adjustment method automatic lifting module adjustment Stepper motor A4988, 1.3A / 17HS8401S, NEMA23 20 mN.m Engraving speed 800 mm/min Spindle 80 W, 8000 rpm 500 W, 12000 rpm (optional) Engraving method USB connection Carving material Plastic, soft aluminium, wood, acrylic, PVC, PVB and more Software recognition formats NC, DXF, BMP, JPG, PNG, GCODE Continuous working time ≤ 6 hours Engraving mode Graphic engraving, file engraving, scan engraving, contour engraving, pixel engraving Power supply 24V 5A 120W Supported operating systems Windows, macOS Supported software Candle, Carvco, Artcam, Easel UI language Mandarin, English, Italian, French, German, Russian, Portuguese, Spanish, Japanese, Korean, Turkish ► 500 watt spindle kit: Power 500 W Speed 12,000 rpm Max. torque 0.6 N.m Voltage resistance 400 V Insulation resistance > 2 MΩ Net spindle weight 1.4 kg Total motor length 199 mm (with motor & fan)

BIQU PopCap

2026-06-18T22:00:00+00:00

The PopCap Filament Drybox by BIQU is a high-quality filament storage solution made of transparent acrylic, specifically developed for the secure storage of 3D printing filaments. It reliably protects the material from moisture, dust, and environmental influences, ensuring consistently high printing results. Thanks to the clear acrylic construction, you can monitor the condition and amount of your filaments at any time (360°) without having to open the box. The precision-engineered 4-axis seal, combined with desiccant, maintains a stable and dry environment. This is crucial for moisture-sensitive materials such as Nylon, PETG, TPU, or PLA. The generous design provides sufficient space for standard 1000 g spools and additional desiccant. At the same time, the box features a robust, scratch-resistant, and durable construction that remains dimensionally stable and clear even with regular use. Additional features of the BIQU PopCap at a glance: Magnetic viewing window for quick access to the interior Integrated tool holder for an organised workspace Housing made of high-temperature resistant PC material (< 120 °C) Operating noise reduced by approx. 15 dB Ports for Panda Breath to allow for the integration of filtration solutions Pre-drilled mounting points for Panda Touch for easy expansion Included in the delivery: 1 x PopCap, Dimensions: 506 x 421 x 315 mm, Weight: 1700 g 4 x Filament spools 1 x Handle 1 x Hex key 2 x Screws

Nobufil PCx Black

2026-06-17T22:00:00+00:00

nobufil PCx is a modified polycarbonate blend made from recycled industrial waste from Europe, making it an exciting alternative to conventional PC filaments. Instead of relying on virgin material, nobufil uses a closed material cycle without compromising on mechanical properties. The result is a high-performance filament for demanding technical applications that is also much easier to print than traditional polycarbonate. In unnotched impact strength tests, PCx achieves values of around 45 kJ/m² and combines this resilience with good stiffness. Instead of breaking brittlely under impact, the material absorbs the energy and releases it in a controlled manner. While classic PC filament has a reputation for being difficult to print, with heavy warping, layer adhesion issues and a narrow processing window, PCx has been specifically modified for FDM printing and offers much more forgiving handling. Warping remains low, layer adhesion is reliable, and delamination is virtually no longer an issue. This means PCx can be processed easily on most common desktop 3D printers. An enclosed printer housing is recommended, but not essential. nobufil PCx delivers a smooth, even surface that is ideal for further processing. Sanding, drilling and bonding can be carried out without difficulty, making the material ideal for functional prototypes and end-use parts that need to impress both visually and mechanically. ► Key properties of nobufil PCx: high impact strength of around 45 kJ/m², unnotched, heat deflection resistance above 110 °C; dimensionally stable even under load, excellent layer adhesion & no delamination with complex geometries, low shrinkage and minimal warping for dimensionally accurate parts with a precise fit, good chemical resistance to oils, greases and diluted acids, smooth, even surface, ideal for post-processing such as sanding, drilling or bonding, pleasant to process thanks to low odour development, no enclosed printer housing required, made from recycled industrial waste from Europe.

Bosch Professional PRO GSR 12V-32 FC

2026-06-19T22:00:00+00:00

The PRO GSR 12V-32 FC by Bosch Professional is the first 12 V drill driver with FlexiClick system and Advanced KickBack Control. The tool combines maximum user safety with the full flexibility of the FlexiClick attachment system, replacing several specialist tools on the construction site. Maximum safety with Advanced KickBack Control If the drill suddenly jams or the tool slowly rotates around its drilling axis, Advanced KickBack Control intervenes automatically and significantly reduces the risk of injury. A gradual increase in holding force is also reliably detected, helping to ensure controlled and safe working in every situation. Versatility thanks to the FlexiClick attachment system (optional) The Bosch Professional FlexiClick system turns the GSR 12V-32 FC into a true all-rounder. Four different attachments, not included in delivery, can be changed without tools and adapted to the application at hand: PRO GFA 12-H Hammer Drill Attachment: Turns the drill driver into a fully fledged rotary hammer with SDS-plus holder. Hammer drilling in concrete up to Ø 10 mm, unique in this tool class. PRO GFA 12-E Offset Attachment: For precise work directly along edges and walls. PRO GFA 12-W Angle Attachment: Turns the GSR into an angle drill in no time for hard-to-reach areas. Standard drill chuck: For conventional drilling and screwdriving work in wood and metal. All attachments can be locked in 16 different positions across a full 360° angle, without having to remove them from the tool. ► Note: The attachments are not included in the delivery. Compact design for the tightest spaces The particularly compact design of the PRO GSR 12V-32 FC makes it suitable for use even in confined spaces and hard-to-reach areas. This makes it possible to drill and drive screws cleanly, including in cases where larger tools are not up to the task. Applications The PRO GSR 12V-32 FC is ideal for drilling and screwdriving in wood and metal. Combined with the PRO GFA 12-H Hammer Drill Attachment, it can also be used with concrete, masonry and stone. This gives the tool exceptional versatility on site, without the need to carry several specialist tools. Technical specifications: Dimensions 54 x 109 x 160 mm Weight (without battery) 600 g Max. torque (hard/soft) 32 Nm / 21 Nm Battery Lithium-ion Battery voltage 12.0 V Max. screw diameter 8 mm Sound pressure level 85 dB(A) Sound power level 77 dB(A) Measurement uncertainty K 3 dB

Bambu Lab Filament Track Switch

2026-06-08T22:00:00+00:00

The Bambu Lab Filament Track Switch increases the flexibility of dual-extrusion systems by intelligently managing filament feed between the available nozzles. This eliminates the need to manually move filament spools between different AMS units, which was previously required for correct material assignment. Instead, the system can dynamically route filaments to the nozzle assigned by the slicer. This simplifies the setup of complex print jobs and allows existing AMS configurations to be used much more efficiently. By decoupling the AMS from the nozzle, the Filament Track Switch enables dynamic filament assignment. Filaments can be flexibly reassigned during the printing process, further increasing the efficiency of multi-colour and multi-material prints. Furthermore, dual-extrusion printers benefit from shorter changeover times and optimised material management. Included in delivery: 1 x Filament Track Switch 1 x 6-pin cable 2 x PTFE tube, 700 mm 2 x PTFE tube, 400 mm 4 x ST3x10 screws 2 x BT2x8 screws

Revopoint Pop 4

2026-06-11T22:00:00+00:00

The Revopoint POP 4 combines advanced hybrid scanning technology with excellent portability and ease of use. By combining blue laser light with infrared structured light, the scanner captures even challenging surfaces with impressive precision and detail. Whether small mechanical components, people, vehicles or large workpieces, the POP 4 delivers high-quality 3D data for reverse engineering, product development, 3D printing and digital media. Hybrid technology for maximum flexibility The POP 4 uses different scanning modes to adapt optimally to a wide range of applications. The blue laser system with 30 crossed laser lines captures even complex geometries with an accuracy of up to 0.03 mm, while infrared structured light quickly digitises large objects and people without markers. Dark, glossy or flat surfaces can often be captured without scanning spray. ► 30 blue crossed laser lines for applications where maximum accuracy and detail are required: With 30 crossed laser lines, the POP 4 captures even complex geometries, fine edges and hard-to-reach areas such as recesses, holes or lattice structures. Thanks to an accuracy of up to 0.03 mm, this mode is particularly suitable for reverse engineering, quality control, CAD applications and high-precision 3D printing projects. ► Infrared structured light has been developed for the fast capture of larger objects. It enables marker-free scanning of people, faces, vehicle parts and large workpieces at high speed with reliable tracking. Different modes are available depending on the application. Full-Field HD mode generates particularly detailed models with up to 5 million points per second, while VCSEL mode is optimised for fast scans of large objects and can even be used in direct sunlight. In Hybrid mode, Full-Field and VCSEL are combined for fast, precise scans with stable tracking. Intelligent AI segmentation Thanks to integrated AI, the scanner recognises the actual object in real time and automatically removes distracting backgrounds. Even hands holding the object during scanning are intelligently detected and filtered out. This makes the scanning process much easier and reduces post-processing. 3DGS support for realistic results In addition to classic mesh models, the POP 4 supports modern 3D Gaussian Splatting (3DGS) workflows. This allows highly realistic digital reproductions with natural light and material rendering to be created. Unlike purely camera-based solutions, the representation is based on precise geometry data with an accuracy of up to 0.03 mm. Powerful performance, even on the go The POP 4 supports both wired and wireless connections and can be used conveniently with Windows, macOS, iOS and Android devices. With scan rates of up to 5 million points per second and outdoor support up to 100,000 lux, the scanner is suitable for both workshop use and mobile outdoor applications. Professional software included Revo Scan 6 provides powerful software with automatic and manual editing tools. Scans can be exported directly in formats such as STL, OBJ, PLY, ASC, 3MF, GLTF, FBX or SPLAT and then processed further in CAD, reverse engineering or 3D printing workflows. Supported applications include SolidWorks, Fusion 360, Blender, ZBrush, Rhino and many more. Included in delivery: ► Standard Edition: 1 x POP 4 3D scanner 1 x Mini Turntable 1 x calibration plate 1 x tripod 1 x USB Type-C to Type-C cable, 2 m 200 x high-reflectivity markers ► Premium Edition: 1 x POP 4 3D scanner 1 x Mini Turntable 1 x calibration plate 1 x tripod 1 x USB Type-C to Type-C cable, 2 m 500 x high-reflectivity markers 1 x Battery Grip + power cable, carry bag Technical specifications: Dimensions 160 x 30 x 72 mm Weight 286 g Scanning type Handheld, desktop Technology Blue multi-line laser, near-infrared full-field structured light, VCSEL structured light Light sources 30 blue crossed laser lines 1 blue single laser line Near-infrared full-field structured light Near-infrared VCSEL structured light Scan object size small to medium-sized Single-frame accuracy Line laser: 0.03 mm Full-field structured light: 0.08 mm VCSEL structured light: 0.10 mm @300-500 mm, 0.20 mm @ 500-800 mm Volumetric accuracy 0.03 mm + 0.05 mm × L (m) Working distance Multiline Laser Mode: 200-400 mm Full-field HD Mode/Hybrid HD: 250-500 mm VCSEL Mode: 300-800 mm Single capture range at closest distance 131 x 134 mm at 200 mm Single capture range at furthest distance Multiline Laser Mode: 312 x 269 mm at 400 mm VCSEL Mode: 505 x 438 mm at 800 mm Field of view 46 x 37° Min. scan volume 10 x 10 x 10 mm Max. scan volume 2 x 2 x 2 m Scanning speed Multi-line Laser Scan: 80-105 fps (NVIDIA GPU), 40-60 fps (CPU) Full-field Structured Light Scan: 15-20 fps VCSEL Structured Light Scan: 20-30 fps RGB camera resolution 1.3 MP Colour scanning yes Tracking methods Feature, marker, global marker, colour Outdoor scanning yes (Multi-line Laser ≤ 50,000 lux, VCSEL ≤ 100,000 lux) RGB lights 2 Additional lights 8 (4 infrared LEDs + 4 blue LEDs) Minimum PC requirements ► macOS CPU: M1 Pro/Max/Ultra RAM ≥ 16 GB ► Windows CPU: Intel i7 13th Gen or AMD Ryzen 7 5800 RAM ≥ 16 GB GPU: NVIDIA GeForce RTX 3060 (8 GB) Recommended PC requirements ► macOS CPU: M3 Pro/Max/Ultra or better RAM ≥ 24 GB ► Windows CPU: Intel i9 12th Gen or better RAM ≥ 32 GB GPU: NVIDIA RTX 4060 (8 GB) or better Supported operating systems Windows 10/11 (64 bit), Android, iOS, macOS 11.0 Output formats PLY, OBJ, STL, ASC, 3MF, GLTF, FBX, Splat Interfaces Type-C to Type-C USB 3.0, WiFi, Bluetooth Voltage DC 5 V, 2 A Battery 5500 mAh

Creality Falcon T1 Lasercutter Fiber 20W

2026-06-08T22:00:00+00:00

The Creality T1 Laser Engraver with 20W Fibre Laser has been specially developed for high-precision engraving on metal, plastic and technical materials. Thanks to its modular system, the T1 combines professional laser performance with intelligent automation and simple operation in a compact desktop device. 20-watt fibre laser & tool-free module changes (optional) Thanks to the tool-free module change system, the laser head can be swapped in just a few seconds. The modular design offers maximum flexibility for different applications, while the compact construction and intuitive operation make it especially easy to get started. Note: This version is supplied with a single laser module and is not a complete 5-in-1 configuration. Additional modules are optionally available separately. The powerful 20 W fibre laser impresses with high precision, broad material compatibility and exceptionally fast processing speeds. It particularly excels when engraving metal, producing clean, high-contrast results with fine details. Suitable for materials such as: stainless steel aluminium titanium alloys copper brass gold plastics ceramic The fibre laser also supports partial colour engraving on metal, making it possible to create premium designs and customised surfaces. Fast & reliable With engraving speeds of up to 10,000 mm/s, the T1 achieves industrial-level productivity and is therefore ideal for personalised products, small batches and professional workshop applications. In combination with automatic conveyor and feed units, the system enables continuous, efficient operation. 3D relief engraving A particular highlight is its support for true 3D relief engraving. From detailed wood reliefs to embossed metal objects, a wide range of depths and structures can be reproduced with precision. AI-assisted workflow The integrated camera enables a live preview with precise positioning, while AI-assisted functions such as AI Smart Fill, automatic layout and 3D curve engraving make complex workflows significantly easier. The T1 makes no compromises when it comes to safety Class 1 laser safety certification, automatic flame monitoring and intelligent protection functions ensure safe operation in everyday use. Features of the Creality T1 Laser Engraver with 20W Fibre Laser: modular laser system, 20W fibre laser for precise metal engraving, tool-free module changes in just a few seconds (in combination with separately available laser modules), engraving speed up to 10,000 mm/s, suitable for metal, plastic and ceramic, supports colour engraving on stainless steel and titanium, supports 3D relief and deep engraving, fine details and clean edges, integrated camera with real-time preview, AI Smart Fill and intelligent layout, automatic focusing, intelligent flame monitoring, Class 1 laser safety, ideal for makers, prototyping and small-batch production. Included in delivery: 1 x Falcon T1 laser cutter and engraver 1 x laser module 1 x screen 1 x power supply 1 x power cable 1 x exhaust hose 1 x Type-A to Type-C cable 1 x slatted plate 1 x L-shaped positioning block 1 x Allen key 1 x Allen cross wrench 1 x Type-A to Type-C adapter 1 x laser calibration card 1 x camera calibration card 1 x hose clamp 1 x field lens calibration card 1 x safety key 1 x rubber air blower 1 x material pack 1 x dust-free cloth 1 x lint-free brush 1 x quick start guide safety instructions Technical specifications: Laser module Diode 20 W Diode 40 W Fibre 20 W MOPA 60 W UV 5 W Wavelength 455 nm ± 5 nm 1064 nm ± 5 nm 355 nm ± 2 nm Working area 175 x 175 mm 175 x 175 mm, 70 x 70 mm Positioning accuracy ± 0.01 mm Max. speed 10,000 mm/s Supported software Falcon Design Space, LightBurn, LaserGRBL Supported operating systems Windows, macOS Supported file formats jpeg, jpg, png, bmp, svg, dxf, ... Laser safety class Class 1 Input voltage 100-240 V ~ 50-60 Hz Device dimensions 464 x 312 x 503 mm

Creality Falcon T1 Lasercutter Diode 40W

2026-06-08T22:00:00+00:00

The Creality T1 Laser Engraver with 40W Diode Laser combines high precision, intelligent automation and a modular system in a powerful desktop solution. Designed for makers, professional users and small-batch production, the T1 enables fast, detailed engraving on a wide range of materials. 40 W diode laser & tool-free module changes (optional) Thanks to the tool-free module change system, the laser head can be swapped in just a few seconds. The modular design offers maximum flexibility for different applications, while the compact construction and intuitive operation make it especially easy to get started. Note: This version is supplied with a single laser module and is not a complete 5-in-1 configuration. Additional modules are optionally available separately. The integrated 40W COS diode laser (Clip-on-Submount) delivers particularly high energy density and is ideal for fast engraving as well as deeper cuts on a wide variety of materials. Despite its high power, detail reproduction remains precise and clean, making it perfect for demanding projects and series production. The system is suitable for the following materials, among others: wood dark acrylic MDF bamboo PU leather coated metals stainless steel Fast & reliable With engraving speeds of up to 10,000 mm/s, the T1 works significantly faster than many conventional desktop laser systems. In combination with an automatic conveyor belt and feed units, the laser is also suitable for efficient series production. AI-supported The T1 also supports modern AI-assisted functions such as automatic layout creation, AI Smart Fill and 3D relief engraving. The integrated camera enables an instant preview with precise positioning, helping to reduce failed engravings and material loss. Class 1 certification For maximum safety, the T1 features Class 1 laser safety certification, automatic flame monitoring and intelligent safety functions throughout the entire engraving process. Features of the Creality T1 Laser Engraver with 40W Diode Laser: modular laser system, 40W COS diode laser with high precision, tool-free module changes in just a few seconds (in combination with separately available laser modules), engraving speed up to 10,000 mm/s, suitable for wood, acrylic, leather, bamboo, MDF and much more, fine details and clean edges, integrated camera with real-time preview, AI Smart Fill and intelligent layout, supports 3D relief engraving, automatic focusing, intelligent flame monitoring, Class 1 laser safety, ideal for makers, prototyping and small-batch production. Included in delivery: 1 x Falcon T1 laser cutter and engraver 1 x laser module 1 x screen 1 x power supply 1 x power cable 1 x exhaust hose 1 x Type-A to Type-C cable 1 x slatted plate 1 x L-shaped positioning block 1 x Allen key 1 x Allen cross wrench 1 x Type-A to Type-C adapter 1 x laser calibration card 1 x camera calibration card 1 x hose clamp 1 x field lens calibration card 1 x safety key 1 x rubber air blower 1 x material pack 1 x dust-free cloth 1 x lint-free brush 1 x quick start guide safety instructions Technical specifications: Laser module Diode 20 W Diode 40 W Fibre 20 W MOPA 60 W UV 5 W Wavelength 455 nm ± 5 nm 1064 nm ± 5 nm 355 nm ± 2 nm Working area 175 x 175 mm 175 x 175 mm, 70 x 70 mm Positioning accuracy ± 0.01 mm Max. speed 10,000 mm/s Supported software Falcon Design Space, LightBurn, LaserGRBL Supported operating systems Windows, macOS Supported file formats jpeg, jpg, png, bmp, svg, dxf, ... Laser safety class Class 1 Input voltage 100-240 V ~ 50-60 Hz Device dimensions 464 x 312 x 503 mm

Bambu Lab A2L

2026-06-01T22:00:00+00:00

The Bambu Lab A2L is a 3D printer that redefines the entry-level segment: a huge 330 x 320 x 325 mm build volume along with pro-level features such as adaptive vibration compensation, a PSMS servo extruder and optional modular tool attachments for cutting and drawing. The A2L is designed as a “creative playground”, a tool that does more than just print, while offering enough space to tackle large projects without any compromises. Huge build volume: 330 x 320 x 325 mm With a build volume of 330 x 320 x 325 mm, the Bambu Lab A2L offers one of the largest build areas in its entry-level class - around 105% more than typical starter printers. This means you can print cosplay props, helmets or RC components at full size without having to split them into multiple parts. It also leaves plenty of room for small production runs, lifestyle projects and large-format models, allowing you to work efficiently and complete more in a single print. Adaptive Vibration Compensation for razor-sharp detail Classic input shaping quickly reaches its limits on bed-slinger printers once the model becomes heavier and the machine’s vibration behaviour changes. The Bambu Lab A2L addresses this with Adaptive Vibration Compensation: the machine measures vibrations in real time and dynamically adjusts the compensation based on bed load and toolhead position. The result is smooth surfaces and crisp detail. Granular dampers in the frame for maximum stability Larger gantry constructions are more prone to vibrations, which can show up on the print surface as ringing or ghosting. With the A2L, Bambu Lab takes an unusual approach by integrating two internal granular dampers directly into the frame. These granulate-filled dampers absorb vibrations at the source and create a mechanically stable foundation. As a result, print quality remains consistently high even at higher print speeds and when making full use of the build volume. PSMS servo extruder with 20 kHz sampling Inside the printhead is a new PSMS servo extruder specifically designed for high flow rates. This proprietary servo architecture captures filament position and resistance at a sampling rate of 20 kHz, actively detecting filament grinding and the onset of clogging in real time. Nozzle clumping detector In addition to software-based monitoring, the A2L features a physical sensor on the Purge Flinger that detects nozzle build-up at an early stage. This means clumps forming on the nozzle can be identified before they affect the active layer. Modular tool concept: print, cut, draw (optional) The A2L is designed as a true multi-tool platform. Standardised tool modules (NOT included in the package) can be fitted in front of the printhead, turning the printer into a different creative tool in no time: Blade Cutting Module: precise cutting of vinyl stickers, films, leather, fabrics and similar materials. Pen Drawing Module: clean drawings, lettering or templates directly onto paper or other substrates. This modular concept makes the A2L a genuine all-rounder for makers, crafters and creative users who want to personalise their projects. Note: To use the Bambu Lab A2L for cutting and drawing, you will need the separately available Blade Cutting Upgrade Kit. Laser modules are not supported due to the open-frame design and the associated safety requirements. Full multi-material compatibility The A2L supports the entire Bambu Lab AMS ecosystem. In addition to the AMS lite and the original AMS, it is also fully compatible with the new AMS 2 Pro, which provides airtight filament storage with active on-demand drying. Thanks to an integrated buffer design, AMS lite and boxed AMS units can be combined flexibly, giving you near-limitless scalability for multi-material printing. Tip: You can connect up to 4 x AMS units and 1 x AMS lite to the Bambu Lab A2L at the same time, opening up the possibility of 19-colour printing. Note: If you want to use the drying function of the AMS 2 Pro or AMS HT during printing, you will need an external power source (power cable or power supply). Intelligent monitoring and quiet operation Bambu Lab stays true to its philosophy with the A2L: keep printing as easy as possible. Intelligent monitoring detects errors automatically and enables largely autonomous printing. At just 49 dB in Silent Mode, the printer runs whisper-quietly, making it perfectly suitable for use in living spaces, offices or studios. Bambu Lab A2L key features at a glance: Build volume of 330 x 320 x 325 mm - approx. 105% larger than the standard 256 mm class, Adaptive Vibration Compensation for sharp detail at any bed load, Two internal granular dampers in the frame to reduce ringing and ghosting, PSMS servo extruder with 20 kHz sampling, active grinding and clog detection, Nozzle clumping detector on the Purge Flinger, Compatible with modular add-ons: Blade Cutting Module & Pen Drawing Module (optional), Compatible with AMS lite, AMS and AMS 2 Pro - including flexible combinations, 49 dB operating noise for whisper-quiet printing (in Silent Mode); standard noise level of 52 dB, Intelligent printer monitoring for autonomous print operation. ► Who is the Bambu Lab A2L for? The Bambu Lab A2L is aimed at beginners, ambitious hobby makers and creative users who want to do more than just print - they want to create. Full-size cosplay parts, large functional components, custom stickers and fabric appliqués, multi-colour models via the AMS system: the A2L brings all of these workflows together in a single machine, backed by a technical feature set more commonly found in higher price brackets. What’s in the box: 1 x A2L 3D printer Accessory Box 1 x Build Plate 1 x Spool Holder Technical specifications: Printing technology FDM Printer dimensions 544 x 529 x 505 mm Weight 12.8 kg Build volume Printing: 330 x 320 x 325 mm Cutting: 300 x 300 mm Drawing: 300 x 255 mm Max. print temperature 300 °C Max. heated bed temperature 80 °C Max. print speed 500 mm/s Max. acceleration 10 m/s² Max. flow rate 28 mm³/s Extruder gear Hardened steel Extruder motor Servo extruder motor Nozzle Stainless steel, standard 0.4 mm (also supports separately available 0.2 mm / 0.6 mm / 0.8 mm nozzles NOT included), built-in filament cutter Supported filament diameter 1.75 mm Included build plate Textured, flexible PEI spring steel plate Supported build plates Textured PEI, Engineering Plate, Cool Plate SuperTack Cooling Part cooling fan (closed loop) Hotend cooling fan (closed loop) Camera Low frame rate, up to 1080 px supports time-lapse photography Sensors Filament run-out sensor Filament tangle sensor Filament odometry Power loss recovery Clumping detection Display 3.5-inch touchscreen, 240 x 320 px Storage MicroSD card Interface WiFi 2.4 G, Bambu Bus Supported operating systems macOS, Windows, Linux Supported filaments PLA, PETG, TPU, PVA PLA-CF, PETG-CF (only with hardened steel nozzle) Voltage 200–240 VAC, 50/60 Hz 100–120 VAC, 50/60 Hz ►Before first use, please check the rating label next to the power socket and make sure the specified voltage matches your mains supply. Power 1000 W @ 220 V 1000 W @ 110 V Required operating environment 15–30 °C If you purchase the Blade Cutting Upgrade Kit, these technical details may also be relevant: Supported pen diameter 10.5–12.5 mm Cutting mat type LightGrip, StrongGrip Blade type 45° x 0.35 mm Blade pressure range 50–600 gf Max. cutting thickness 0.5 mm Features Blade and pen recognition Cutting mat type detection Supported image types Bitmap, vector Supported materials Paper, PVC, vinyl, leather, etc.

Creality Falcon T1 Lasercutter Diode 20W

2026-06-08T22:00:00+00:00

The Creality T1 Laser Engraver with 20W Diode Laser combines high precision, intelligent automation and a modular system in a powerful desktop solution. Designed for makers, professional users and small-batch production, the T1 enables fast, detailed engraving on a wide range of materials. 20 W diode laser & tool-free module changes (optional) Thanks to the tool-free module change system, the laser head can be swapped in just a few seconds. The modular design offers maximum flexibility for different applications, while the compact construction and intuitive operation make it especially easy to get started. Note: This version is supplied with a single laser module and is not a complete 5-in-1 configuration. Additional modules are optionally available separately. The integrated 20W COS diode laser (Clip-on-Submount) has been specially developed for high brightness, efficiency and precise beam control. This allows the T1 to achieve exceptionally fine engraving results with sharp edges and clean detail reproduction. The system is suitable for the following materials, among others: wood dark acrylic MDF bamboo PU leather coated metals stainless steel Fast & reliable With engraving speeds of up to 10,000 mm/s, the T1 works significantly faster than many conventional desktop laser systems. In combination with an automatic conveyor belt and feed units, the laser is also suitable for efficient series production. AI-assisted The T1 also supports modern AI-assisted functions such as automatic layout creation, AI Smart Fill and 3D relief engraving. The integrated camera enables an instant preview with precise positioning, helping to reduce failed engravings and material loss. Class 1 laser safety certification For maximum safety, the T1 features Class 1 laser safety certification, automatic flame monitoring and intelligent safety functions throughout the entire engraving process. Features of the Creality T1 Laser Engraver with 20W Diode Laser: modular laser system, 20W COS diode laser with high precision, tool-free module changes in just a few seconds (in combination with separately available laser modules), engraving speed up to 10,000 mm/s, suitable for wood, acrylic, leather, bamboo, MDF and much more, fine details and clean edges, integrated camera with real-time preview, AI Smart Fill and intelligent layout, supports 3D relief engraving, automatic focusing, intelligent flame monitoring, Class 1 laser safety, ideal for makers, prototyping and small-batch production. Included in delivery: 1 x Falcon T1 laser cutter and engraver 1 x laser module 1 x screen 1 x power supply 1 x power cable 1 x exhaust hose 1 x Type-A to Type-C cable 1 x slatted plate 1 x L-shaped positioning block 1 x Allen key 1 x Allen cross wrench 1 x Type-A to Type-C adapter 1 x laser calibration card 1 x camera calibration card 1 x hose clamp 1 x field lens calibration card 1 x safety key 1 x rubber air blower 1 x material pack 1 x dust-free cloth 1 x lint-free brush 1 x quick start guide safety instructions Technical specifications: Laser module Diode 20 W Diode 40 W Fibre 20 W MOPA 60 W UV 5 W Wavelength 455 nm ± 5 nm 1064 nm ± 5 nm 355 nm ± 2 nm Working area 175 x 175 mm 175 x 175 mm, 70 x 70 mm Positioning accuracy ± 0.01 mm Max. speed 10,000 mm/s Supported software Falcon Design Space, LightBurn, LaserGRBL Supported operating systems Windows, macOS Supported file formats jpeg, jpg, png, bmp, svg, dxf, ... Laser safety class Class 1 Input voltage 100-240 V ~ 50-60 Hz Device dimensions 464 x 312 x 503 mm

BondTech INDX Tool Conversion Kit for CORE One/+

2026-06-08T22:00:00+00:00

With the Bondtech INDX Tool Conversion Kit, your Prusa CORE One+ can be upgraded into a fully fledged tool changer with up to eight independent print heads. No new printer, no compromises on build volume and none of the filament waste produced by other multi-material systems. Your existing print sheets, profiles and Prusa Connect settings remain exactly as they are. It is the same printer, just with significantly more possibilities. Which version is right for you? Both kits contain the same Smart Head and the same docking hardware. The only difference is the number of passive toolheads and spool holders included. It can be upgraded at any time later on, should several toolheads be required after all. ► INDX 4-Tool Kit: 4 passive tools with hardened 0.4 mm CHT nozzles and 4 spool holders. The mounting plate is already prepared for four additional tool positions. Perfect for getting started with multi-material printing. ► INDX 8-Tool Kit: 8 passive tools with hardened 0.4 mm CHT nozzles and 8 spool holders. Full 8-material power from the very first print. Ideal for anyone who wants to go all in from the start. Ultra-fast tool changer All the strengths of your CORE One+ are retained: high-speed printing, an intelligent ventilation system and the enclosed chamber. INDX simply takes things a step further. Thanks to inductive nozzle heating, the system changes tools in fractions of a second without losing time on purge towers. The result: clean multi-material prints, faster than you would expect from conventional systems, with all the benefits that only a true tool changer can offer. Short toolhead change time With INDX, change times are measured where it really matters: from the moment one nozzle completes the final line on the part to the moment the next nozzle continues printing. Three clear advantages that improve your 3D printing ► No purge towers, no purge blocks: Most multi-material systems use part of the print bed for a purge block where excess filament is deposited. With INDX, there is no such thing. The full build volume of up to 250 x 204 x 270 mm can actually be used for your models. ► The print chamber stays closed: With many enclosed printers, the door has to remain open when printing with PLA or PETG. INDX retains the clever ventilation system of your CORE One+, allowing the doors to stay closed during printing. ►Complete filament freedom: No proprietary spools, no RFID chips, no manufacturer lock-in. Any spool and any material you already know and trust can be used. INDX does not waste filament With INDX, there are no huge purge structures, no piles of filament scraps and material loss is kept to an absolute minimum. Compared with other solutions, INDX produces around five times less waste than other systems on the market and around 30 times less than conventional filament rewinding systems. Advanced nozzle wiper Low material consumption is only the beginning. The advanced nozzle wiper for induction nozzles reliably removes any residue from the nozzle before printing continues. This keeps tool changes clean and prevents individual droplets from spoiling the print result. The wiper sits on a purge collector, where the tiny micro-droplet, which is smaller than a grain of rice, is neatly deposited. The innovations in the INDX ► Fast induction heating in the Smart Head: The INDX Smart Head uses an induction coil, similar to an induction hob. As soon as it picks up a tool, it generates a high-frequency magnetic field and brings the nozzle from room temperature to printing temperature within just a few seconds. When the print head is parked, it cools down just as quickly. ► Passive toolheads: All additional tools are completely electronics-free. This makes them more reliable, more durable and more affordable. Adding a fifth, sixth or eighth toolhead simply means adding an extra nozzle and a parking position, not an entire new print head. ► Dynamic Dual Drive (DX) Extruder with self-adjusting grip: Soft filaments need a gentler grip than rigid or fibre-reinforced materials. The DX Extruder automatically adjusts the tension of the drive gears, whether TPU is being printed or the next tool is switching straight to a technical filament. ► Up to 8 materials permanently loaded: Simply load several filaments and combine different nozzle sizes from 0.25 to 0.8 mm. For the next print, everything is already loaded and ready to use. All that remains is to select the right toolhead. The difference compared with single-nozzle systems In every conventional multi-material system with only one nozzle, all filaments share the same melt zone. With INDX, each material has its own dedicated path. In practical terms, this means: each toolhead has its own nozzle; no purging, no filament poop, no cross-contamination between materials, TPU, PVA, carbon fibre and PETG can be combined in a single print, standard hardened CHT nozzles are also suitable for abrasive filaments, compatible with every filament brand and every spool size. Effortless start The INDX configuration includes a small electronics board that is mounted next to the heated bed. After installation, the printer performs a quick calibration and can then pick up and park all tools with absolute precision. Simply get started, and the rest happens automatically. Included in delivery: 4-Tool Kit 8-Tool Kit 1 x Smart Head (incl. induction coil, DX Extruder, contactless temperature sensor) 4 x toolheads with hardened CHT nozzles, nozzle diameter 0.4 mm 1 x INDX mounting plate (with 4 positions for future upgrades) PTFE tubes and fasteners Top cover with automatic ventilation 4 x spool holders 1 x Smart Head (incl. induction coil, DX Extruder, contactless temperature sensor) 8 x toolheads with hardened CHT nozzles, nozzle diameter 0.4 mm 1 x INDX mounting plate PTFE tubes and fasteners Top cover with automatic ventilation 8 x spool holders Technical specifications: Max. toolheads 8 Max. nozzle temperature 300 °C Filament diameter 1.75 mm Compatible nozzle sizes 0.25/0.4/0.5/0.6/0.8/1.0 Nozzle type hardened CHT nozzle with High Flow Heating system contactless induction coil on the Smart Head Temperature measurement wireless, contactless Extrusion system Dynamic Dual Drive (DX) Tool coupling mechanical Maxwell coupling Effect on build volume ~16 mm reduction on the Y-axis Supported materials PLA, PETG, ASA, ABS, PC, PCCF, PA, TPU, PVA, BVOH and all other 1.75 mm filaments up to 300 °C

Bambu Lab Vision Encoder

2026-06-10T22:00:00+00:00

The Vision Encoder by Bambu Lab adds a high-precision optical measurement system to your Bambu Lab printer, continuously detecting and compensating for movement deviations. This raises printing accuracy to a new level and compensates for even the smallest mechanical tolerances. With a movement accuracy of under 50 μm, the Vision Encoder ensures consistently precise results across the entire print bed. The benefits are particularly noticeable with large components. While inaccuracies in conventional systems can intensify as print size increases, precision is maintained thanks to continuous calibration. The Vision Encoder not only compensates for unavoidable manufacturing and assembly deviations, but also adapts to long-term changes such as belt wear, loosening, or mechanical ageing. This ensures that print quality remains consistently high over time. In combination with exclusive Bambu Studio features, such as Auto Hole Contour Compensation, the Vision Encoder enables significantly higher dimensional accuracy for holes, contours, and functional components. The result is printed parts with a level of precision and surface quality that aligns with industrial manufacturing standards.

Bambu Lab Cutting Module Kit

2026-06-18T22:00:00+00:00

With the Bambu Lab Cutting Upgrade Kit, your Bambu Lab printer can be upgraded into a digital cutting plotter and drawing device. The kit includes everything needed for precise cutting on a wide range of materials, as well as for drawing and labelling tasks, including the matching pen attachment for quick switching between functions. Digital cutting The Cutting Module, together with the included cutting platform equipped with StrongGrip and LightGrip cutting mats, enables precise cuts on different materials such as vinyl, paper, film, fabric and leather. Ideal for custom stickers, stencils, decals, fashion accessories and creative projects of all kinds. Drawing and labelling With the Pen Holder and the included markers in red and black, the printer can be transformed into a digital drawing device in no time. Whether for technical drawings, custom lettering or creative illustrations, Bambu Lab turns your 3D printer into a versatile plotter. Included in delivery: 1 x cutting platform, incl. StrongGrip and LightGrip cutting mats 1 x Cutting Module 2 x fine-point blades 1 x weeding tool 3 x BT2.6x8 screws 1 x Pen Holder 1 x red marker 1 x black marker Note: The kit contains all components required for the cutting and drawing function of compatible printers. No additional accessories are required. Special Note for H2C: When used with the H2C, the Birds Eye Camera requires the Laser Module for calibration. Without the Laser Module, the camera cannot be used in conjunction with the Cutting Upgrade Kit for taking photos. Calibration without the Laser Module is planned for a future firmware update. If you own the Laser Upgrade Kit: the Birds Eye Camera is already included with the Laser Upgrade Kit.

Eibos Filament Dryer Series X

2026-05-26T22:00:00+00:00

The Eibos Filament Dryer Series X is a highly advanced drying and storage system for 3D printing filaments, specifically engineered to eliminate material moisture during active printing operations. Hydrophilic filaments start absorbing ambient humidity after just a short time, leading to quality issues such as stringing, extrusion problems, poor layer adhesion, or clogged nozzles. The Eibos X Series resolves this issue with an active dehumidifying system that restores damp filament to its optimal baseline state, thereby guaranteeing reproducible, high-end print results. Please note: The system has been designed to seamlessly retrofit Bambu Lab AMS units (AMS & AMS 2 Pro) with a high-end active filament drying upgrade, without compromising their structural integrity. As the system is conceived as a dedicated extension, operation requires an existing Bambu Lab AMS. In its base version, the kit is fully compatible with the standard AMS. For users of newer hardware generations, the AMS 2 Pro is also supported via a dedicated AMS 2 Pro Adapter, ensuring a future-proof integration into existing multi-colour printing setups. Maximum Flexibility via Independent Chambers Thanks to the innovative division into separately controlled chambers, there is no need to compromise on multi-material projects: each individual filament receives the precise thermal treatment required by its chemical structure. An external, active circulation system ensures continuous extraction of moist air from the interior of the housing, effectively preventing reabsorption. Dyas: 2 chambers Tetras: 4 chambers Intelligent Moisture Control & Standalone Operation Following the primary drying process, the unit automatically switches to an intelligent maintenance mode. The relative humidity (RH) is kept constant at your predefined target value, making the system equally perfect as a long-term storage medium. For highly hygroscopic industrial materials or multi-day print jobs, the unrestricted runtime option provides maximum flexibility. Plug-and-Play Integration The Series X is a completely standalone system equipped with its own dedicated power supply. No modifications to your AMS hardware or printer firmware are required. Note: Installation is limited to loosening and tightening four screws in order to replace the original upper cover of the AMS system and install the new foot pads. Technical Specifications: Model Tetras Dyas Input AC 230 V 50 Hz Rated Power (Single Chamber) 60 W Rated Power (Entire Device) 240 W 120 W Weight 5 kg 4 kg Upper Cover Module Dimensions 360 x 290 x 135 mm Humidity Range RH 10% ~ 99% Temperature Range (at 25°C ambient temperature) 20 ~ 65 °C Compatible Filament Diameter 1.75 mm Max. Spool Size 205 x 68 mm Number of Drying Chambers 4 2 Number of Heating Units 4 2 Number of Control Panels 4 2 Filament Capacity 4

SUNLU FilaDryer S4 Pro

2026-06-08T22:00:00+00:00

The SUNLU FilaDryer S4 Pro is designed for users who want to dry and store different filaments simultaneously under optimal conditions. Dual-zone system with independent temperature control Thanks to its innovative dual-zone system, the two chambers can be controlled independently. This allows different materials to be dried at the same time using separate settings tailored to each filament. An integrated insulation plate reliably separates the two areas and prevents the chambers from affecting each other’s temperature. Each chamber offers independent temperature control from 45°C to 85°C, making it possible to dry PLA and technical high-performance filaments simultaneously under the right conditions for each material. Annealing mode The integrated annealing mode is a particularly useful feature and has been specially designed for functional printed parts. After printing, components can undergo post-treatment at temperatures ranging from 70°C to 85°C to enhance their mechanical properties. Operation via a dual-screen system It is easy to operate due to a central dual-screen system, which enables clear and easy control of both drying chambers. Practical humidity control The S4 Pro features intelligent humidity control that automatically monitors the humidity inside the unit. Once the set threshold is reached, the system automatically starts the drying process and stops again as soon as the desired humidity level has been reached. This prevents the filament from reabsorbing moisture. Protection included For maximum operational safety, SUNLU uses a multi-stage protection concept with a PTC heating element, metal fan, two-stage overheating protection and intelligent software monitoring. Included in delivery: 1 x SUNLU FilaDryer S4 Pro 1 x power cable 1 x adapter 2 x Teflon tube, 1 m long 8 x stainless steel shaft 16 x bearings Technical specifications: Weight 4700 g Dimensions 458 x 218 x 310 mm Max. capacity 2 x 220 x 210 x 211 mm Power input AC 110 V 60 Hz 220 V 50 Hz Rated power 380 W

Phaetus Rapido X Hotend

2026-06-11T22:00:00+00:00

The Phaetus Rapido X Hotend has been designed for modern high-speed 3D printers, combining exceptional melting performance with a robust construction for demanding materials. Thanks to the innovative Liber™ Ultra-High-Flow module, the hotend achieves flow rates of over 100 mm³/s and supports print speeds of up to 1300 mm/s. Liber™ Ultra-High-Flow technology At the heart of the Rapido X Hotend is the newly developed Liber™ Flow System, which significantly improves heat transfer to the filament. The optimised internal flow path reduces the distance between the heat source and the material core, allowing the filament to melt fully even at extremely high feed rates. The result is clean layers, improved layer adhesion and reliable extrusion, even at maximum print speeds. Optimised thermal insulation For precise temperature control, the Rapido X features a specially developed heatbreak system with a physical thermal barrier. The combination of titanium alloy components and a torsion-resistant construction minimises heat transfer into the cooling zone and reduces the risk of heat creep, stringing and blockages, even during long print jobs. High-quality materials for maximum service life The hotend uses a carefully selected combination of materials for optimal performance and durability: aluminium heatsink for efficient heat dissipation, wear-resistant EndCoat heatbreak, extended copper alloy heating block for fast heat transfer, titanium screws with low thermal conductivity, EndCoat nozzle for high wear and temperature resistance. Compatible with high-performance technical filaments In addition to standard materials such as PLA, PETG, ABS, TPU, PA and PP, the Rapido X also processes abrasive composites and specialist technical filaments with ease. Flexible upgrade system The Rapido X is fully compatible with V6 nozzles, making it easy to adapt to a wide range of printing requirements. The hotend can also be easily integrated into existing systems and supports, among others: Prusa printers, E3D V6 setups, Bowden systems, Rapido and NextG platforms, other printers with suitable adapter solutions.

LOCTITE 3D IND405 Black

2026-05-26T22:00:00+00:00

LOCTITE 3D IND405 is a rigid, heavy-duty, and highly elastic engineering material characterized by outstanding impact resistance and excellent surface finish properties. Objects printed with this easy-to-use, durable resin can be machined, tapped, or polished for post-processing and finishing. Features at a glance: High impact resistance with high elongation Easy to print and highly durable Good toughness paired with outstanding impact strength Wide application in the manufacturing of consumer goods ► Applications: Prototyping for fluid routing and consumer products Production of manufacturing aids, jigs, and fixtures Enclosures and housings

Prusa Textured Powder-coated Print Sheet

2026-06-11T22:00:00+00:00

The Prusa Textured Powder-Coated Print Sheet features a durable powder coating that is applied directly to the metal sheet. This creates a particularly robust printing surface that is less prone to damage, even in the event of accidental contact with a heated nozzle, as the metal efficiently dissipates the heat. The distinctive textured surface leaves an attractive matt finish on the underside of your printed models. It also visually conceals light signs of use and minor scratches as damage is usually limited to the tips of the surface texture and is barely visible on printed parts. Thanks to its high durability and reliability, this print sheet is also used in the Prusa print farm for continuous daily operation. Note: Never clean the build plate with acetone. Acetone can cause microcracks in the PEI texture, which may reduce adhesion.

Bambu Lab Auxiliary Extruder Gear Assembly

2026-06-08T22:00:00+00:00

The Bambu Lab Auxiliary Extruder Gear Assembly is the drive unit of the auxiliary extruder and is located inside the extruder unit. Driven by the extruder motor, it feeds the filament precisely to the hotend and controls material retraction during retraction movements. Thanks to the reliable power transmission, the gear assembly ensures a consistent filament supply and facilitates precise material feeding throughout the entire printing process. Included in delivery: 1 x active gear 1 x passive gear 1 x spring 1 x spring plate 1 x 693ZZ ball bearing 1 x M3x8 screw

Bambu Lab Auxiliary Extruder

2026-06-08T22:00:00+00:00

The Bambu Lab Auxiliary Extruder is mounted on the rear of the printer and is responsible for precise control of the support filament. It manages the feeding, stopping and retracting of the material, ensuring reliable material changes during the printing process. With its precise filament feeding system, the auxiliary extruder facilitates clean processing of support materials and ensures stable print quality for complex geometries and multi-material applications.

Bambu Lab Chamber Heater Unit - HV

2026-06-08T22:00:00+00:00

The Bambu Lab Chamber Heater Unit maintains a steady temperature inside the print chamber, creating optimal conditions for printing demanding materials. The unit consists of a PTC heating element and a chamber fan, which work together to distribute heat evenly. The PTC heating element acts as the primary heat source and efficiently warms the print chamber to the required temperature. For lower temperature requirements, the integrated fan supports air circulation and ensures even heat distribution throughout the print chamber. A stable temperature in the print chamber helps reduce warping, internal stresses and adhesion issues, which is particularly advantageous when printing with technical plastics. Included in delivery: 1 x Chamber Heater Unit - HV 3 x BT3x22 screws

Bambu Lab Nozzle Wiping Plate

2026-06-08T22:00:00+00:00

The Bambu Lab Nozzle Wiping Plate is used to clean the nozzle during printing. By wiping away filament residue and deposits in a controlled manner, it helps keep the nozzle clean, contributing to more reliable extrusion and improved print quality. A clean nozzle reduces the risk of material build-up, stringing and unwanted print artefacts, while supporting a smooth, trouble-free printing process. Included in delivery: 3 x Wiping Steel Sheet 1 x Calibration Sticker 3 x ST3x6 screws

Bambu Lab Flow Blocker Assembly

2026-06-08T22:00:00+00:00

The Bambu Lab Flow Blocker Assembly is a key component in the lower section of the toolhead and is responsible for precisely controlling material flow within the printing system. It moves the Flow Blocker Plate while also adjusting the position of the right auxiliary hotend. This ensures that the required hotend is correctly engaged and that material feed is accurately controlled. The Flow Blocker Assembly enables reliable switching between hotends and supports stable printing performance in compatible multi-nozzle systems. Included in delivery: 1 x Flow Blocker Assembly 3 x BT3x9.5 screws

Bambu Lab Flow Blocker

2026-06-08T22:00:00+00:00

The Bambu Lab Flow Blocker is a metal component in the toolhead that reliably seals inactive nozzles. This prevents molten filament from flowing uncontrollably out of an unused nozzle during printing. Included in delivery: 3 x Nozzle Cleaning Pad

Bambu Lab Nozzle Offset Calibration Sensor

2026-06-08T22:00:00+00:00

The Bambu Lab Nozzle Offset Calibration Sensor is located on the rear of the heated bed and is used for precise calibration of the nozzle position. It detects the exact position of the nozzle and supports automatic nozzle offset detection. Included in delivery: 1 x Nozzle Offset Calibration Sensor 2 x ST3x6 screws

Bambu Lab Auxiliary Extruder Upper Cover Assembly

2026-06-08T22:00:00+00:00

The Bambu Lab Auxiliary Extruder Upper Cover Assembly is mounted on top of the auxiliary extruder and securely fixes the extruder gear assembly in place. It helps keep the internal components stably positioned and supports reliable filament transport. The assembly also integrates the filament inlet of the auxiliary extruder, through which the filament is guided into the feeding unit in a controlled manner. Included in delivery: 1 x Auxiliary Extruder Top Cover 1 x MR104ZZ ball bearing 9 x BT2x5 screws

Prusa Heatsink Thermistor NTC 100k - 90 mm

2026-06-11T22:00:00+00:00

This is a replacement NTC thermistor for the Prusa MK4 heatsink. Included: 1 x NTC 100k thermistor, 90 mm 1 x M3x4 grub screw

DiamondBack Nozzle for Creality K2, K2 Plus & Hi

2026-06-16T22:00:00+00:00

The E3D DiamondBack Nozzle is an official collaboration between E3D, DiamondBack and Creality, developed specifically for the Creality K2, K2 Plus and Hi 3D printers. With its polycrystalline diamond (PCD) tip, it sets new standards in service life, print quality and material compatibility. Why diamond? Diamond is the hardest material in the world, and it is this property that makes it an ideal choice for a 3D printer nozzle. The PCD tip consists of thousands of tiny diamond crystals that are bound into a matrix with direct diamond-to-diamond bonds using a special binder. The result is a nozzle that remains virtually indestructible, even when used with the most abrasive filaments. Whether it's fibre-reinforced materials, metal-filled filaments or ceramic composites, this nozzle can print them all without constant maintenance or concerns about wear and tear. More precise print results The solid diamond tip not only significantly extends service life but also noticeably improves printing precision. Compared with a standard nozzle, typical artefacts are greatly reduced, surfaces appear more even, and the overall print result is cleaner. Long service life When printing with abrasive filaments, the nozzle tip is the first part to wear. Since the DiamondBack Nozzle is reinforced exactly at this point with the hardest available material, it can withstand even extreme loads over exceptionally long periods. Smooth surfaces and strong layer adhesion PCD offers outstanding thermal conductivity. The nozzle transfers heat to the filament very efficiently, improving layer adhesion and producing mechanically stronger parts. In addition, the extremely low coefficient of friction of the polished diamond tip creates ultra-smooth top layers, with an effect reminiscent of classic ironing. Plug & Print, installation without modifications The DiamondBack Nozzle is precisely designed for compatibility with the mounting system of the Creality K2, K2 Plus and Hi. No adjustments to the holder or changes to the fan duct are required.

Prusa Thermistor NTC 100k - 115 mm

2026-06-11T22:00:00+00:00

This is a replacement NTC thermistor for the Prusa Nextruder and the XL heat sink. Included in the delivery: 1 x NTC thermistor 100k, 115 mm 1 x M3x4 grub screw

Bambu Lab Toolhead Camera

2026-06-08T22:00:00+00:00

The Bambu Lab Toolhead Camera is mounted on the right-hand side of the toolhead and performs various optical calibration and measurement tasks within the printing system. It supports precise detection of movements and positions, helping to achieve greater printing accuracy. The camera is used for motion accuracy calibration, high-precision nozzle offset calibration and other visual calibration processes, among other functions. This allows deviations to be detected and corrected automatically to ensure optimal print quality.

Bambu Lab Auxiliary Extruder Housing

2026-06-08T22:00:00+00:00

The Bambu Lab Auxiliary Extruder Housing is a plastic housing that connects the auxiliary extruder to the extruder motor and securely attaches it to the printer. It ensures stable positioning of the extruder unit and supports precise alignment of the associated components. Included in delivery: 1 x Auxiliary Extruder Housing 1 x Cover Plate

Bosch Professional GSR 18V-52 Cordless Drill Driver

2026-06-08T22:00:00+00:00

The Bosch GSR 18V-52 Cordless Drill Driver combines high performance, compact dimensions and robust construction in a versatile cordless drill driver for professional use. With a soft torque of 25 Nm and a hard torque of 52 Nm, it enables efficient screwdriving and drilling in wood, metal and many other materials. With an ultra-compact head length of just 146 mm, the GSR 18V-52 excels in tight, awkward spaces. This offers superior control for professional users and tradespeople while ensuring comfort even during extended use. The modern brushless motor ensures high efficiency, reduced wear and a longer tool service life. The robust design is complemented by a high-quality metal drill chuck, which enables reliable power transmission as well as precise screwdriving and drilling. Technical specifications: Dimensions 75 x 146 x 204 mm Weight without battery 0.92 kg Max. torque 70 Nm Torque (soft/hard/max.) 25/52/70 Nm No-load speed (1st gear / 2nd gear) -500 / 1900 rpm Chuck capacity, min./max. 1.5 / 13 mm Battery type Lithium-ion Battery voltage 18.0 V Torque settings 20

Prusa Heater 40 W - 120 mm

2026-06-11T22:00:00+00:00

This is a replacement heating element (24 V, 40 W) for the Prusa Nextruder. Included: 1 x heating element, 40 W, 120 mm 2 x M3x4 grub screws

Nobufil ABSx Baby Blue

2026-06-08T22:00:00+00:00

Nobufil ABSx is an ABS filament made from recycled plastics that are left over as production waste in industrial processing. ABSx exhibits less warping and reduced odour development as compared to regular ABS filaments. The material has high tensile strength and rigidity as well as good resistance to heat and chemicals. Ideal for prototypes, models and small batches of technical parts. Tip: ABSx can be used in printers without a build enclosure without any problems.

Bambu Lab Hotend Heating Assembly Connection Board

2026-06-08T22:00:00+00:00

The Bambu Lab Hotend Heating Assembly Connection Board serves as the central connection and interface board within the toolhead. It provides the electrical connections for various components and ensures reliable communication between the individual assemblies. This board connects important components, including the extruder, filament sensor board, eddy current coils, and parts of the front toolhead cover. Therefore, it plays a crucial role in the proper functioning and signal transmission within the print head.

Prusa HEPA Filter

2026-06-11T22:00:00+00:00

This is a replacement Prusa HEPA filter.

Bambu Lab MC Board Fan

2026-06-08T22:00:00+00:00

The Bambu Lab MC Board Fan provides reliable cooling for the MC Board and helps maintain the stable operation of the electronics. By continuously dissipating heat, it protects critical components from overheating and ensures consistent system performance. Effective cooling increases operational safety and supports the long-term reliability of the printer, especially during long print jobs or periods of high workload. Included in delivery: 1 x MC Board Fan 4 x Fan Rubber screws

Bambu PLA Pure Pure White

2026-06-17T22:00:00+00:00

The Bambu Lab PLA Pure Filament takes a particularly purist approach: as few components as possible, and each one documented and tested according to EU standards. The filament is made up of a total of five components, from the base material to the pigment, each of which is tested individually: PLA made from natural corn and sugar cane, acrylic copolymer, colour pigments, ethylene bis-stearamide (EBS), asbestos-free talc. While standard filaments are usually tested only as finished end products, Bambu Lab goes one step further by providing the relevant documentation* for each raw material. *Note: The certifications mentioned refer to the raw materials used, not to the finished printed part. Fewer additives do not mean lower performance. PLA Pure achieves the mechanical properties of Bambu PLA Basic and delivers layer adhesion on a par with common PLA filaments. A pared-down material composition meets the familiar Bambu Lab standard for strength and processing. Even without pre-drying, PLA Pure displays significantly less stringing than typical PLA filaments from third-party suppliers. The result is cleaner surfaces, less post-processing and a more reliable print overall. ► All relevant print parameters are stored directly on the spool’s RFID chip and are automatically read by the Bambu Lab AMS. UL GREENGUARD 2904 certified PLA Pure is certified under UL GREENGUARD 2904, which is the recognised standard for emissions from 3D printers. This certification makes the filament especially suitable for use in environments where printing is carried out regularly.

Bambu PLA Pure Milky Pink

2026-06-17T22:00:00+00:00

Bambu PLA Pure Baby Blue

2026-06-17T22:00:00+00:00

Panda Juicer Hotend SFC - H/A VantaC for Bambu Lab H2D, H2S, H2C, A1, A1 mini

2026-06-19T22:00:00+00:00

The BIQU Panda Juicer SFC-H/A VantaC Hotend has been specially designed for challenging 3D printing applications. Its integrated VantaC nano-coated hardened steel nozzle makes it exceptionally durable and wear-resistant, making it ideal for abrasive filaments as well. The optimised design enables significantly faster print speeds and particularly consistent extrusion. The result is clean, stable and high-quality prints, even during long and complex print jobs. Instructions for nozzle replacement and installation: Remove the silicone sock from the hotend. Preheat the hotend to 250°C. ⚠️ Caution: The nozzle and hotend are now extremely hot. Risk of burns. Stabilise the heater block with a 5.0 mm spanner by holding it at the designated groove. Place a 3.0 mm spanner on the nozzle, turn it clockwise and loosen it. Unscrew the nozzle completely and remove it. Tip: To prevent leaks, BIQU recommends tightening the new nozzle at operating temperature after installation as well.

Bambu PLA Pure Apricot

2026-06-17T22:00:00+00:00

Panda Juicer Hotend SF – Hardened Steel for Bambu Lab P2S

2026-06-19T22:00:00+00:00

Unlock the full potential of your Bambu Lab P2S! The BIQU Panda Juicer SF Hardened Steel Hotend has been specially designed for this model and ensures reliable, clean extrusion. Its removable hardened steel nozzle makes the hotend not only exceptionally durable but also ideal for use with abrasive filaments. Its design ensures consistent material flow and a stable print result, even during long print jobs. Instructions for nozzle replacement and installation: Remove the silicone sock from the hotend. Preheat the hotend to 250 °C. ⚠️ Caution: The nozzle and hotend are now extremely hot. Risk of burns. Stabilise the heater block with a 5.0 mm spanner by holding it at the designated groove. Place a 3.0 mm spanner on the nozzle, turn it clockwise and loosen it. Unscrew the nozzle completely and remove it. Tip: To prevent leaks, BIQU recommends tightening the new nozzle at operating temperature after installation as well.

Panda Juicer Hotend SFC – VantaC for Bambu Lab P2S

2026-06-19T22:00:00+00:00

The BIQU Panda Juicer SFC-H/A VantaC Hotend has been developed specifically for demanding 3D printing applications. Its integrated VantaC nano-coated hardened steel nozzle makes it exceptionally durable and wear-resistant, and ideal for abrasive filaments as well. The optimised design enables significantly faster print speeds and consistent extrusion. The result is clean, stable and high-quality prints, even during long and complex print jobs. Instructions for nozzle replacement and installation: Remove the silicone sock from the hotend. Preheat the hotend to 250 °C. ⚠️ Caution: The nozzle and hotend are now extremely hot. Risk of burns. Stabilise the heater block with a 5.0 mm spanner by holding it at the designated groove. Place a 3.0 mm spanner on the nozzle, turn it clockwise and loosen it. Unscrew the nozzle completely and remove it. Tip: To prevent leaks, BIQU recommends tightening the new nozzle at operating temperature after installation as well.

Bambu PLA Pure Absolute Black

2026-06-17T22:00:00+00:00

BIQU Panda Juicer Silicone Sock

2026-06-19T22:00:00+00:00

This is a replacement silicone sleeve for the Panda Juicer hot end for Bambu Lab 3D printers.