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Because Schools Need Living Technology

Because Schools Need Living Technology

Because Schools Need Living Technology

Because Schools Need Living Technology

Because Schools Need Living Technology

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Cubics 3D Printer


Printing

Printing

- Print with the Fused Deposition Modeling (FDM) technology

- Maximum build volume of 90 x 90 x 90 (mm) 

- 0.1mm. printing resolution ( up to 0.05mm if required )

- XY axis positioning accuracy 0.1mm. 

- Support the 1.75mm. diameter PLA material

 

- Nozzle diameter 0.4mm.

 

Body Structure

Body Structure

- Made from the laser-cut acrylic with 3mm. thickness. Available some color-mixed transparent such as green-transparent, orange-transparent, Grey-transparent and Solid black color. 

- Stainless steal screws and nuts.

- Printer dimension is 140 x 140 x 300 (mm). Easy to install in limited working space 

- 4kg. Total Weight

- X-Y-Z axis movement with the conveyor belt system.

- Driven by 4 x NEMA17 stepper motor with 1/16 microstep technique. 

- Torque is 13.7N.m. Resolution 1.8 degree/step. 

- Super Cooling technique to improve the overall print quality.

 

Software

Software

- The open source hardware and firmware are based on the GNU open source communities of RepRap 

- Supports popular slicing software such as Cura, Slic3r, Simplify-3D 

- Supports 3D file in .stl and .obj

- Supports both Windows OS (XP, Windows 7, 8, 10 both 32-bit and 64-bit) and MacOS X (10.6)

- Importing of g-code file using 2 ways; USB connecting and from SD card

 

Controller Feature

Controller Feature

- Power source 12V 10A from the external switching DC adaptor. Supports 110Vac and 220Vac system.

- Main controller is the ATmega2560 microcontroller board and Ramps 1.4 driver board. 

- Display screen is a 20-character 4-line LCD module with back light. 

- Includes one encoder switch with center push-button. The screen shows all status, extruder temperature, printing position, estimate printing time.

- Automatic temperature control of the extruder is done with a thermistor. Working temperature is 190 to 250 Celsius degree.

 

- Power source 12V 10A from the external switching DC adaptor. Supports 110Vac and 220Vac system.

- Main controller is the ATmega2560 microcontroller board and Ramps 1.4 driver board. 

- Display screen is a 20-character 4-line LCD module with back light. 

- Includes one encoder switch with center push-button. The screen shows all status, extruder temperature, printing position, estimate printing time.

- Automatic temperature control of the extruder is done with a thermistor. Working temperature is 190 to 250 Celsius degree.

 

- Power source 12V 10A from the external switching DC adaptor. Supports 110Vac and 220Vac system.

- Main controller is the ATmega2560 microcontroller board and Ramps 1.4 driver board. 

- Display screen is a 20-character 4-line LCD module with back light. 

- Includes one encoder switch with center push-button. The screen shows all status, extruder temperature, printing position, estimate printing time.

- Automatic temperature control of the extruder is done with a thermistor. Working temperature is 190 to 250 Celsius degree.

 

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