Mobile Robot Designed for Targeted Hardening of Metal Surfaces
With the self-driving caterpillar track, users can move the laser on the Al-Rock from Alpha Laser right to the workpiece.
The Al-Rock from Alpha Laser is a mobile robot for targeted hardening of metal surfaces whether it be at a set work station or deployed on-site to a customer. With the self-driving caterpillar track, users can move the laser right to the workpiece. There is no need to remove the components to be hardened, and Alpha Laser says that the reworking cost is significantly reduced. The laser beam precisely follows the workpiece contour in free 3D movements. This enables weld edges, grain structures and localized areas to be hardened easily. Temperature-dependent control of the laser power brings the heat precisely to the desired location to achieve the exact degree of hardening needed.
Related Content
-
Five-Axis Graphite Mill With Automation Debottlenecks Electrode Machining
Five-axis electrode cutting enabled Preferred Tool to EDM complex internal screw geometry on an insert that otherwise would have had to be outsourced.
-
MMT Chats: Eliminating the Noise to Stay Focused on the Customer
Metro Mold & Design joins me to discuss the value of the 80/20 rule as a business strategy, its talented cross-functional team, the role of automation in mold building and molding, and the continuing impact of COVID-19.
-
Dynamic Tool Corporation – Creating the Team to Move Moldmaking Into the Future
For 40+ years, Dynamic Tool Corp. has offered precision tooling, emphasizing education, mentoring and innovation. The company is committed to excellence, integrity, safety and customer service, as well as inspiring growth and quality in manufacturing.