Sheet Metal Cutting (Laser, Plasma & Oxyfuel)
Cutting capability for thin-to-thick plate: fiber laser for high precision, HD plasma for thick structural parts, and oxyfuel for very large thicknesses and heavy industrial plate.
Sheet metal cutting positioned for structural plate and welded assemblies where cut quality, geometry fidelity and downstream welding/machining alignment are critical.
Suitable for parts where edge condition, kerf effects and thermal input are considered in the drawing set.
Cut parts are prepared to support stable welding outcomes and clean machining references when required.
Process-specific risks (heat input, dross, taper, distortion) are addressed through method selection and parameters.
Structured technical interface for clarification of geometry, tolerance and process requirements, with disciplined communication throughout the quotation phase and the part lifecycle.
Fiber laser cutting is used for thin-to-medium sheet with high precision. HD plasma cutting targets thick plate and structural semifinished parts. Oxyfuel cutting is used for very large thicknesses, large shapes and industrial plate.
All parts are manufactured build-to-print, strictly according to customer drawings and specifications.
Values below reflect confirmed equipment coverage where explicitly available. Remaining parameters are aligned during RFQ review.
Fast conversion from evaluation parts to production-ready nesting and repeatability.
Plate parts cut for welding and downstream machining, aligned to datum strategy and assembly intent.
Stable output for platforms, frames and reinforcement parts within controlled process windows.
Practical overview for RFQ assessment. Detailed parameters are aligned after review of your drawing set.
