Description

WER® Prusa I3 M201 3D printer Self-assembly DIY Kit 2-in-1-out Hotend LCD Controller Mix Color Desktop Computer DIY Printer

The printer is equipped with three plug wires, which are British standard, American standard, and European standard. Customers can choose one according to needs.

Specification Printing specifications
Build volume: 280 x210x200mm
Printing resolution: 0.1-0.3mm
Print Speed: 60-110 mm/s
Filament diameter: 1.75mm
Nozzle diameter: 0.4mm
Filament type: PLA, ABS
Software
Operating system: Windows/Mac/Linux
Control software: Repetier-Host, Printrun
File format: .STL,G-code
Temperature
Max heated bed temperature: about 110 °C
Max extruder temperature: about 240°C

Electrical
Input: 115V/1.5A or 230V/0.75A
Output?DC24V/0-15A
Connectivity: USB, SD card(support stand-alone printing)
Mechanical
Frame: Laser-cut Acrylic plate of 8 mm thickness
Build Platform: Super-flat aluminum alloy+ heatbed
XYZ Rods: Wear-resistant, stainless steel
Stepper Motors: 1.8°step angle with 1/16 micro-stepping
Physical Dimensions
Machine Dimension: 510x 450 x 450 mm
Shipping box Dimension: 510 x 470 x 155 mm
Machine Net weight: 9.5kg
Shipping method: Shipped from China by DHL or fedex, faster shipping method, shorter delivery.Return policy: buyer could return it in 7 days since it is received. And if there is problem, please email us and we would do our best to solve it for you.
2-in-1-out switchable hotend, works like a color palette, providing a new way to print items in two different colors or gradient colors.
Self-developed control system based on STM32 processor, paired with the ARM Coretex M3, running a dominant frequency of 72MHz, greatly improving the overall printing performance.
Optimized firmware, with new feature of adjusting the proportion of feed rate from two extruders to print items with blending color or gradient colors.
8 templates, can use any combination of these 8 templates to generate items with diversified visual experience and making your printed works stand out in those tedious and monotonous models.