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6-Axis Robot 3D Laser Cutting Machine for Automotive Interior Trims and Plastic Parts Trimming
6-Axis Robot 3D Laser Cutting Machine
,Automotive Interior Trims Laser Cutting Machine
,Plastic Parts 3D Laser Cutting Machine
What Is 3D Laser Cutting Used For?
A 3D laser cutting machine mounts a fiber laser cutting head on a 6-axis industrial robot, allowing the laser to cut and trim complex 3D plastic and composite parts directly from molded surfaces. Unlike flatbed laser cutters that process flat sheet, a 3D system reaches around curves, contours, and deep draws to trim injection-molded automotive interior parts, remove flash, and cut mounting holes after the molding operation.
This is the standard trimming process in automotive interior manufacturing. Robot 3D laser cells replace manual knife trimming and die trimming, which are slower, wear out, and leave sharp edges on visible surfaces. The laser follows the part's 3D contour with consistent path accuracy, producing clean trimmed edges that match the tool design.
What Parts Does It Trim?- Automotive door panels and door inner trims.
- Instrument panel clusters and dashboard components.
- Center console and armrest plastic parts.
- B-pillar and C-pillar interior trims.
- Plastic air ducts and under-hood components.
- Robot: 6-axis industrial robot, 20kg payload
- Reach: 2000-3000mm depending on cell size
- Laser type: Fiber laser
- Laser power: 500W, 1000W, 1500W options
- Cutting head: 3D cutting head with through-the-lens camera
- Position repeatability: +/-0.1mm
- Cutting speed: 1-15 m/min depending on material
- Work envelope: Up to 2.5m x 2m x 1.5m per cell
- Safety: Fully enclosed cell with light curtains
- Exhaust: Fume extraction for plastic cutting
- Power supply: 380V three phase
- Cell footprint: Approximately 6m x 5m
This system is for:
- Automotive interior Tier-1 and Tier-2 suppliers.
- Plastic injection molders trimming large automotive parts.
- EV interior manufacturers cutting dashboard and console components.
- Composite part manufacturers trimming SMC and GMT components.
- Furniture and appliance companies trimming 3D plastic housings.
Die trimming uses hardened steel cut tools that wear out and require regrinding. It is fast for very high volumes but requires new tooling for every part change. 3D laser trimming requires no dedicated tooling, handles part changes through program updates, and produces cleaner edges on visible surfaces. For programs with frequent model changes or lower volumes, laser trimming is more flexible.
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