RD-M25

WATER COOLING - HOT ENVIRONMENT READY

The RD-M10 is able to operate in any environmental condition. The water-cooling loop keeps the whole system (motor, screw shank, reducer and feeding zone) at a constant temperature.

CUSTOMIZED EXTRUSION SCREW

The bimetallic customized screw design is optimized for high-resolution 3D printing. Two tapered bearings, which support the screw, allow a low friction rotation, a bore centering of the screw in the barrel and can handle the whole high axial force required to extrude in high-speed and pressure conditions.

MELTING ZONE SENSOR

The temperature sensors are placed only 0,5 mm away from the molten polymer. Readings are reliable and accurate.

TRI-ZONE HEATING SCREW CONTROL

The triple heat zone design helps to keep the polymer at a constant temperature. The feeding section receives cold pellets and generates more heat to melt them. Then, the compression zone stabilizes the polymer at a precise temperature ensuring the plastification process (all the solid pellets turn into a molten status). Finally, the metering heater ensures an even flow.

MULTIPLE NOZZLE SIZE

RD-M10 can be used with large nozzles from 2.5 mm up to 10.00mm. They can also be customized.

PRECISE TEMPERATURE CONTROL

The four K-type thermocouple sensors are class 1, high precision sensors. The circuit has been designed to use the best resolution between 20°C and 500°C.

UNIFORM HEATING

The spiral heaters wrap the whole heated barrel and ensure uniform temperature along the whole length end of the extruder.

HIGH-TEMPERATURE MATERIALS: PEEK, ULTEM, PSU

The high-temperature heaters, temperature sensors, and extrusion components enable printing up to 500°C.

2000 WATTS HEATING POWER

High flow means high energy. The 2000 Watts heating system ensures stable temperature in high-speed 3D printing conditions.

BREAKER

The fast speed of RD-M10 is managed by a breaker. Like the faucet filter does with the water, the breaker aligns the output flow in order to avoid the spiral effect created by high-speed.