OverviewBased on the IPG LaserCell platform, the LaserCell 2000 is an automated laser cleaning system engineered for surface processing tasks including cleaning, coating removal, stripping and texturing across a wide range of materials and part geometries. The system supports both part‑to‑process and process‑to‑part workflows via integrated robotic handling.
Key features- Automated laser surface processing for cleaning, coating removal, stripping and texturing
- 6‑axis robotic handling configurable for Part‑to‑Process or Process‑to‑Part operations
- Configurable part tooling (custom part trays and robot grippers)
- IPG mid‑power scanner beam delivery with up to 170 × 170 mm working area
- Compact footprint and mounted fume extraction module for integration in production environments
Clean faster with a sustainable processLaser processing vaporizes, sublimates or rapidly ablates surface contaminants, removing only the surface layer without degrading the underlying substrate. The process is high‑speed and highly repeatable, eliminating the need for abrasive media or hazardous chemicals and reducing process waste.
Applications and benefits- Pre‑cleaning to improve weld quality without substrate damage
- Surface texturing or pre‑adhesive cleaning to increase adhesion
- Pre‑cleaning before EB‑PVD or plasma‑spray to extend coating life
- Coating stripping for repair without affecting the base part
- Removal of dirt, scale and oxides from rotating components for inspection and repair
- Mold maintenance by removing release agents and residues
Software & ControlThe system is operated from an integrated operator station (17" monitor with keyboard & mouse) and uses IPGCore controller software for system control, user authentication and hierarchical system management utilities.
Technical specifications- Model / Commercial name: LaserCell 2000
- Robotic part handling: Process‑to‑Part or Part‑to‑Process
- Part tooling: Custom‑designed part tray & robot gripper
- Display & operation: 17" monitor with keyboard & mouse
- Controller software: IPGCore (.NET Core / JavaScript)
- Dimensions (standard): 2000 L × 1900 W × 2500 H mm
- IPG Laser Source: IPG nanosecond laser (or best match for application)
- Laser integration: Internal
- Beam delivery head: IPG mid‑power scanner
- Scanner working area: up to 170 × 170 mm
- Part loading options: Manual or sliding drawer
- Part positioning: Rotating horizontal stage; rotating vertical stage with headstock
- Fume extraction: Mounted fume extraction module
- Options / configurability: Configurable part handling and tooling to match part geometries and production needs
- Notes: Specifications represent standard system configurations; customized specifications available upon request. Product availability may vary by region.