OR Laser Introduces Orlas Cube for Laser Cladding
Rapid 2018: The enclosed system is compatible with all laser sources and processing heads from OR Laser.
#metal #prototyping
The OR Cube is compatible with all laser sources and processing heads from OR Laser, enabling a range of applications.
Share
The Orlas Cube from OR Laser is designed for laser cladding applications using powder. The system is equipped with a high-quality, extremely precise axis system and a durable, stable granite processing table which enables even challenging tasks with high precision, the company says.
The Orlas Cube accommodates cost-efficient and high-quality laser processing of small or medium-sized components within a closed machining case for laser safety. The processing case is also removable, or can be moved to the back of the system for crane loading, enabling the processing of large or palletized workpieces.
The Cube system can be used with all laser sources and processing heads from OR Laser, meaning that it can be deployed as a welding system or compact cutting system as well as a powder cladding system.
The machine is controlled by a 10.2" touchscreen display, and machining strategies can be generated directly with the system using the built-in Orlas Suite CAM software.
RELATED CONTENT
-
Grinding Improves Surface Finish in 3D Printed Inconel, Study Shows
3D printed metal parts typically feature little stock remaining for finishing. Grinding is potentially an effective solution for meeting final tolerances. An abrasive technology provider investigates grinding as a complement to AM.
-
MarkForged Metal Printer: Sintering Can Wait
Separating 3D printing from high-temperature processing is part of how the company’s Metal X realizes a price less than established metal AM equipment.
-
In Automotive, Is Additive Manufacturing an Answer for Die Cast Tooling?
The largest high-pressure die cast tool builder in North America is 3D printing die inserts and water jackets for major automakers. It’s a tough sell, but one company is succeeding — and it’s just getting started.
