Witbox was bq's first 3D printer. It was ranked in the top five best printers in the world and reached more than 50 countries in just under a year. But they wanted more. Building on an excellent product, they have managed to create a more reliable, convenient and practical 3D printer - the Witbox 2 . A ready-to-use printer that is perfect for working in domestic, professional and educational environments, delivering extraordinary results. * In stock and available for next day delivery. Click to see our unboxing video here PRINTING SPEED Maximum 200mm/s* *Subject to materials, profiles and software used. OPERATING CONDITIONS Optimum operating temperature range 15 ºC to 25 ºC. RESOLUTION Maximum resolution: 50 microns. DIMENSIONS Printer without PLA reel: (X) 508.06 x (Y) 393.38 x (Z) 461 mm Printer with PLA reel: (X) 508.06 x (Y) 485.08 x (Z) 461 mm Exterior box: (X) 610 x (Y) 510 x (Z) 709 mm Print volume: (X) 297 x (Y) x 210 (Z) 200 mm MATERIALS 1.75 mm diameter filaments: PLA, wood, bronze, copper and FilaFlex. EXTRUDER MECHANICS Own design extruder with double drive gear traction setting and filament guide to maintain compatibility with flexible or soft filaments. Hot-end designed for easy maintenance 0.4mm nozzle for 1.75mm filament Finned dissipator with axial fan controlled by firmware Printed cooling blower GENERAL MECHANICS Powder-coated steel frame Hard chrome bars for the X and Y axes Lineal ball bearings for the X and Y axes 4-thread ballscrew with direct coupling to motor on the Z axis Rails and ball runners on the Z axis Powder-coated steel supports and moving parts A4 glass cold bed (305 x 220 mm) 3-point print bed levelling system with shock absorber Rapid system for changing the print bed using neodymium magnets ELECTRONICS BQ Zum CNC controller BQ Zum Inductive Sensor to aid levelling of the bed BQ Zum LCD Smart Controller Power supply 12V 150W 100K thermistor on the hot-end Heat cartridge 12V 40W Optimised ribbon cables SOFTWARE Marlin-derived firmware designed by BQ New features: auto-levelling, manual levelling using inductive sensor designed exclusively for 3D printing, idle mode Improved user interface Recommended environment: Cura Software, Slic3r. Files accepted: .gcode Compatible operating systems: Windows XP or later, Linux and Mac OS X or later COMMUNICATIONS Standard SD card reader Type B USB port BOX CONTENTS Witbox 2 3D printer Quick Start Guide and Warranty Cold print bed One set of two keys Two side panels and one top panel USB cable European power cable UK power cable Reel of 1.75mm diameter PLA filament Metallic reel-holder SD card (with preloaded 3D models) Printed test piece Four support legs for the printer Five PTFE tubes Two cleaning needle Spatula Metal bristle brush for cleaning Allen keys of 1.5, 2, 2.5 and 4 mm Carriage immobiliser for transportation OTHERS Stackable Door with safety lock Rear power supply system inspired by Fibonacci curve WEIGHT Product plus box: 34Kg
Winner of the international Red Dot design award The first printer with an Android OS Zetup, in-house software that is easy to use Printing in 3D for everyone, in just minutes Filament and print bed sensors Order now at the special price of £599 (usually £649) A trim design The Witbox Go! blends in with the decoration of any home or office. With white as the main colour, its minimalist look and simple lines have earned it the Red Dot Best Product Design award. All its components are integrated making it discreet, light (barely weighing 5 kg) and compact. Quality printing has never been so easy The Witbox Go! is a smart 3D printer that automates a large part of the printing processes and requires almost no setting up. The texture of its removable bed provides good adherence for the object, and its sensors halt the printing if the bed is not positioned correctly, the extruder clogs up or the filament runs out. And thanks to the Trinamic motor-control chip, it's very silent. A more efficient hotend The Witbox Go!'s new hotend is more compact and thermally efficient. Its cylindrical heater provides fast and even heat distribution, which has allowed us to dispense with the teflon tube and reduce the risk of clogging without sacrificing print quality. Furthermore, the nozzle is insulated by a rubber capsule, enhancing safety and efficiency. Zetup, simple and intuitive software Zetup has been designed in-house. It's easy to use and is available for PC and Android devices. To print an object all you need to do is select the quality level and fill density. There is free access to the MyMiniFactory object library. The printer can also be used with other open-source software packages. Printing made easier with NFC technology The loading process is easy under Zetup's guidance and the initial setup is automatic. NFC technology in our PLA spools (custom made) conveys data, such as the remaining amount of filament and its colour, directly to the printer. Getting your Witbox Go! up and running is so easy that you'll be launching your first print just minutes after unboxing it. OPERATIVE SYSTEM Android M PROCESSOR Qualcomm® Snapdragon™ 410 MEMORY 8 GB RESOLUTION High, medium and low resolution DIMENSIONS Product: (x)300 x (y)255 x (z)480mm Enclosure: (x)405 x (y)350 x (z)540mm Print volume: 140 x 140 x 140 mm EXTRUDER MECHANICS All metal Axial heater Thermal insulation Bowden-system DDG extruder GENERAL MECHANICS Magnet-fastened print bed Adhesives not needed (hairspray, tape, etc.) ELECTRONICS End of filament sensor Clogged nozzle sensor Print bed sensor Auto-levelling via electrical contacts Noise reduction Notification LED SOFTWARE Zetup PC: Windows and Linux App.: Android COMMUNICATIONS Wi-Fi® 802.11 b/g/n NFC - Automatic filament detection Type B micro USB BOX CONTENTS Witbox Go! 3D printer 300g spool of 1.75mm PLA Print bed EU to USA plug adapter USB to micro USB cable Printed test piece Spatula Quick guide and warranty OTHERS Certifications CE, EAC Updates via OTA WEIGHT Product: 4.8Kg Product plus box: 7.5Kg *Usable memory: 4GB. The space available for the user may vary according to the firmware version installed. The remaining memory is allocated to the operating system, cache memory and other system elements.