Purchase the upgraded and fully tested Creality CR-30 3DPrintMill 3D Printer from Tiny Machines 3D for easy assembly/use, quality control guaranteed, and free shipping. Additionally, stepper motor, linear rails, hotend, extruder upgrades for the CR30 Infinite Z machine are available.
What sets Tiny Machines 3D apart?
Each CR-30 SUPER machine is thoroughly inspected and the following updates are made:
- Custom Tiny Machines 3D firmware
- Y Babystepping/ Y Offset and countless other improvements are currently in development.
- NAK3D/LDO Motor/ Motor Mount Upgrade Installed
- Linear Rails Installed on X / Y
- Custom LDO Linear Rails
- Custom TM3D PA12 SLS Nylon Brackets
- To purchase this separately, please contact us
- Electronics Quality Validation
- All screw terminal connections have crimped ferrules added
- Wiring cleaned up and secured
Infinite Z-axis: The CR-30’s rolling conveyor belt allows it to print continuously, increasing productivity, saving user interaction time, and making your prints more cost-efficient.
CoreXY motion system: The CoreXY system’s sturdy triangular structure provides exceptional stability
Nylon conveyor belt: The nylon conveyor belt provides outstanding adhesion and hassle/ hands-free print removal. Models simply roll off the edge of the belt when complete! A removable extension bracket is available to prevent longer models from falling over the edge during printing. Some printable versions are available and the belt is wear-resistant and durable, but should you need to replace it, the process is easy and intuitive.
45-degree printing angle: The hot-end is at a 45° angle. This allows complicated geometry to be printed without supports but nozzle choices are currently limited.
Filament runout sensor: The smart sensor suspends printing in the event your filament breaks or runs out. Printing can resume after new filament is fed in.
Ultra Silent Motherboard: TMC Stepper Drivers allow for quieter, accurate operation
200*170*∞ mm build volume: To better imagine the the cooridinate system of this machine when coming from a conventional FDM machine, picture the belt running vertically (Z) then the XY kinematics are CoreXY with left to right (X) and front to back at a 45° angle (Y)