Laser Surface Modification with Robotic Automation | LaserCell 2000 Demo

Описание: Robotic Laser Surface Modification for Medical Device and Industrial Manufacturing

This video demonstrates robotic laser surface modification using the LaserCell 2000, an automated laser processing system designed for precision surface texturing, cleaning, and modification.

Laser surface modification offers manufacturers an advanced alternative to traditional processes such as grit blasting, sandblasting, plasma spray, and chemical etching. Using controlled laser energy, manufacturers can create repeatable surface textures without consumables or environmentally harmful media.

The LaserCell 2000 integrates high-performance fiber laser technology with robotic automation to deliver consistent, scalable surface processing for production environments.

Key Benefits

• Energy Efficient Processing – Laser energy applied only where needed
• Environmentally Friendly – No blasting media, chemicals, or secondary waste streams
• Automated Consistency – Robotic precision for repeatable surface structures
• Production Ready – Designed for manufacturing environments and scalable automation

Applications include:

• Medical device manufacturing
• Orthopedic implant surface texturing
• Aerospace component surface preparation
• Industrial component surface modification

Learn more about laser automation solutions from IPG Photonics.

Product details:
🔗https://www.ipgphotonics.com/en-us/pr...

Contact our automation team to discuss your application:
📩 https://www.ipgphotonics.com/contact-us