Cutting processes

Precision laser and plasma cutting for stainless steel. Tight tolerances, clean finishes and minimal thermal distortion.

Industrial stainless steel cutting

Cutting at Eminox Tech is carried out with latest-generation laser and plasma technology, ensuring dimensional accuracy, quality finishes and minimal thermal distortion in the material.

We work across a range of stainless steel thicknesses, adapting the cutting parameters to each application. Our equipment handles complex cuts to very tight dimensional tolerances.

Materials and thicknesses Stainless steel AISI 304, 316, 430 in thicknesses from 0.5mm to 25mm
Dimensional tolerances ±0.1mm on laser cutting, ±0.2mm on plasma cutting
Batch production From one-off prototypes to production runs

Cutting technologies

Specialist equipment for different stainless steel cutting requirements.

Fibre laser cutting

Latest-generation fibre laser technology for the highest precision. Ideal for complex geometries and tight tolerances.

Technical advantages:

Minimal heat-affected zone (HAZ)
Clean cuts with no significant burr
Complex geometries and fine detail
High speed on thin and medium gauges
Exceptional repeatability across runs

Plasma cutting

A plasma cutting system for heavy gauges and large formats. An efficient solution for volume production.

Technical advantages:

Capacity for heavy gauges
Larger working area available
Cost-effective at high volumes
Versatility across different alloys
Productivity on large parts

Cutting facilities

Equipment and working environment in our precision cutting facilities.

Soldadura — Equipos de procesado — Laser cutting machine in operation

A fibre laser cutting machine processing stainless steel sheet to millimetre precision.

Operation and safety in cutting

Safe working procedures and operating protocols in our cutting facilities.

Safety and operating protocols

A demonstration of standard operating procedures, the personal protective equipment required, and the safety measures in place during laser and plasma cutting. Ongoing training for our technical staff.

Operational safety PPE and working protocols
Certified operators Qualified, trained personnel
Preventive maintenance Equipment kept in top condition

Industrial value of precision cutting

A direct impact on production efficiency and final product quality.

Less waste

Optimised nesting and maximum use of each sheet. Nesting software that minimises material waste, with a direct impact on raw material cost.

Optimal preparation

Clean cuts that ease later operations. Less set-up time in bending and welding. Edges ready for direct assembly.

Guaranteed repeatability

Stored CNC programs for recurring runs. Dimensional consistency between batches, making production planning and stock management easier.

Integration with bending

Bend lines pre-marked by laser. Geometries designed to ease forming. Seamless coordination between cutting and forming.

Ready for welding

Bevels and chamfers cut directly. Precise fits for assembly. Less manual preparation before welding.

Full traceability

Identification marking on parts. Digital record of every batch. Compliance with regulatory requirements and quality audits.

Later manufacturing stages

After cutting, parts move on to the following processes as the project requires.

Precision forming

Bending, rolling and forming of cut sheet to technical specification.

High-precision CNC press brakes
Tube and profile rolling
Strict dimensional control

Specialist welding

Joining components by certified TIG welding for stainless steel.

EN 1090 certified welders
TIG and MIG/MAG welding
Weld bead inspection

Need precision cutting?

Send us your drawings or DXF files. We assess technical feasibility, optimise the nesting and give you a detailed quote.

Get in touch Request a quote

Contact

For technical enquiries about cutting, drawings or quotations.