M2

M2 systems stand out for their high productivity in the surface finishing of 3D-printed metal and plastic components, while also offering convenient and straightforward operation.

Thanks to their automatic operation and high adaptability to different applications, M2 machines are ideal for processing large volumes of workpieces with consistently repeatable quality. The high energy generated by centrifugal force enables faster media circulation, which provides a particular advantage when processing metallic components.

This versatility can also be combined with fully automated workpiece loading and drying systems, helping to reduce cycle times and improve overall cost efficiency.

ONLINE CATALOGUE

Kromaş Additive Manufacturing

Surface Finishing Technologies

Automatic monitoring of the gap between the centrifugal machine and the processing bowl, the gap temperature, process water, and compound tank fill levels ensures process safety and delivers consistently high surface finishing quality.

In addition to high cost efficiency and fully automatic operation, M2 systems feature a compact, space-saving design.

Key Features

Compact design
Fully automatic surface finishing
Integrated fine-media screen for advanced quality control
Large screening area and separation unit with tumbling steps
Highly economical alternative for smaller workpiece batches
Easy operation with intuitive controls
High process stability through automatic monitoring of all relevant equipment functions

Technical Specifications

Processing chamber volume: 65 l
Usable volume: 35 l
Motor power: 2.2 kW
Total installed power: 3.64 kW
Processing area: 440 × 580 mm
Ambient temperature range: +5 to +40 °C

Electrical Connections

Supply voltage: 400 V, 50 Hz, three-phase, N/PE
Control voltage: 24 V DC

Processable Workpiece Dimensions

Minimum dimensions: 1 × 1 × 1 mm (W × L × H)
Maximum dimensions: 200 × 150 × 100 mm (W × L × H)

Request Form

Lorem ipsum dolor sit amet consectetur. In massa malesuada arcu ut non sem. Tincidunt gravida nulla tempor morbi at mi sed. Et egestas cursus felis ipsum justo egestas vitae eu. Diam neque facilisi et auctor quis amet feugiat hendrerit.