The training consists of two stages.

The content of the training given at the first stage;

• Before the training on assembling from scratch starts, general information about the 3D printer will be provided,

• During assembling all the necessary materials will be provided for each stage,

• Relevant information on how assemble the printer at every stage of the installation will be provided,

• After the printer gets assembled, the second stage will be started with the completion of the training on all the details regarding the mechanical and electronic part. 

The training content given in the second stage;

• Installation and explanation of all the files required for the 3D printer on your computer, 

• Training of Cura slicer program that will enable you to print,

• Making adjustments of your MINS 3D printer on the slicing program,

• Transfer of your test print to your MINS 3D printer with the settings you have saved,

• This training is completed by getting your first print out from the MINS 3D printer you have assembled.

At the end of the trainings, you take your test print and 3D printer you assembled with you.

You need to hurry! Our stocks are limited!

All materials (filaments, allen set, flash memory, cutter, connection cable) that we will be used with MINS 3D printer are provided with package!

MINS 3D PRINTER PROPERTIES

• 0.05mm - 0.4mm Resolution

• 30 mm/s - 100 mm/s Print Speed

• 200x200x200 mm Print Volume

• Dual Color Printing Feature

• 1.75 mm Filament Diameter

• COREXY Motion System

• Internal Heating Bed

• 3.5'' inc Touch Screen

• Connection via WIFI, USB and SD card

• 3D Touch Automatic Bed Leveling

• Ability to continue in any power failure

• Printing surface consisting of magnetic sheet and spring steel

• Internal 500 Watt power supply

• Ability to print PLA, ABS, FLEX, TPU, TPE, TPC, PETG, PVA

• Electrostatic Powder Coated Skeleton

• External Bed Mosfet*

• Customizable open source structure

• Self-renewable design (Open to updates)

• Ability to update your printer by improvements made by the MINS team.

*This board contains large connectors to the supply voltage and the heatbed, a transistor which can switch a large load, a heatsink to cool that transistor, and a smaller wire connector to accept bed switching signal from the 3D printer control board.

**THE PROPERTIES OF MINS 3D PRINTER WERE DESIGNED SPECIALLY TO REMOVE MAIN ISSUES ON MOSTLY 3D PRINTERS.