Direct metal deposition system
DMD 105D
DM3D Technology
The POM Direct Metal Deposition (DMD®) 105D is a 5 Axis fiber delivered laser system for depositing complex metal alloy powders on smaller components for rapid prototyping, manufacture and repair In industry applications. The DMD® 105D system offers a work envelope of 12" x 12" x 12". The system has successfully been applied to the restoration of sensitive components such as turbine blades, stub shafts, diaphragms, trim dies and punches using complex alloys such as Tool Steels, Stellites® and Inconel® The system also offers a evacuated chamber to allow processing of volatile alloys such as Titanium alloys for the Aerospace and Defense industry.
DMD 105D SYSTEM OVERVIEW
5 Axes performance through five linear (x, y, z, B, C) axes eliminates multiple setups and machines
1kW Fiber coupled Diode or Disc laser
Increase operator performance and productivity with POM's Windows ®- based Graphical User Interface.
DMD Closed Loop Control System®
DMDCAM®- The First 5 Axis deposition path generation software for additive manufacturing
DMDVision®- Vision software for generation of toolpath from images Turbine blade buildup is an example for this application (optional)
Flying optics beam delivery system
Multiple powder delivery hoppers (optional)
Hermetically Sealed Chamber for oxygen sensitive alloys (optional)
Production recipes for a variety of metal alloys
Class I enclosure with observation window
DMD 105D SYSTEM OVERVIEW
5 Axes performance through five linear (x, y, z, B, C) axes eliminates multiple setups and machines
1kW Fiber coupled Diode or Disc laser
Increase operator performance and productivity with POM's Windows ®- based Graphical User Interface.
DMD Closed Loop Control System®
DMDCAM®- The First 5 Axis deposition path generation software for additive manufacturing
DMDVision®- Vision software for generation of toolpath from images Turbine blade buildup is an example for this application (optional)
Flying optics beam delivery system
Multiple powder delivery hoppers (optional)
Hermetically Sealed Chamber for oxygen sensitive alloys (optional)
Production recipes for a variety of metal alloys
Class I enclosure with observation window
