Laser Cutting Robot

Complex Geometries: Cuts curved panels, internal cutouts, ventilation slots, and nested designs without re-fixturing.
Multi-Material Capability: Supports steel (≤12 mm), stainless steel (≤8 mm), aluminum (≤10 mm), copper (≤5 mm), and titanium (≤4 mm).
High Yield: Narrow kerf and low thermal impact reduce scrap by up to 35%.
Continuous Production: Integrated automatic sheet feeding, conveyors, and vacuum tables enable 8–24 hour operation.
Flexible Deployment: Modular design supports single-cell or multi-cell setups with conveyors and jigs.

Laser Controller: Centralized management of laser power, cutting paths, and safety interlocks.
Robot Electric Control Cabinet: Integrates robotic arm motion with laser operation, allowing synchronized cutting and positioning.
Laser Cutting Torch: Adjustable focus and precise positioning.
Laser Cutting Table: A vacuum or fixed table ensures stable material placement and facilitates multi-part nesting.

Automotive: Body panels, exhaust covers, interior enclosures
Electronics: Chassis, brackets, precision housings
Industrial Machinery: Control panels, decorative panels, sheet frames
Aerospace: Aircraft brackets, housings, structural components

Figure 2.1On-site Physical Object Diagram

Laser controller

Robot electric control cabinet

Laser cutting torch

Laser cutting table