Precise laser cuts in stainless steel – using state-of-the-art CNC laser technology, precisely cut to size, delivered on time.
laser cutting is one of the most precise and efficient separation process the modern one Sheet metal working and MetalworkingWith precise laser processing clean results Laser cutting, precise shapes and high quality Laser-cut partsParticularly in the food industry, mechanical engineering, and medical technology, the use of this technology is highly valued. Laser beam cutting, in order to manufacture sheet metal and metal parts precisely and economically.
Your advantages with STW:
- Maximum precision: Clean cut edges without rework – ideal for complex shapes & designs.
- Materials specialist: Stainless steel 1.4301 and 1.4404 – precisely machined.
- CNC laser cutting: Efficient and repeatable – for small series, prototypes and large orders.
- All-round service: Consulting, laser cutting, deburring, bending & welding from a single source.
- Reliable delivery: On time, securely packaged & available throughout Germany.
What is laser cutting?
The laser cutting is a modern, thermal separation process, in which a bundled laser beam Precisely cuts through metal, sheet metal, or aluminum. Compared to mechanical cutting, the Laser technology For clean cut edges, minimal heat input, and reduced material loss. As a specialist in stainless steel with CNC laser cutting We produce precise laser cutouts for every application.
Overview of our services
CNC laser cutting for stainless steel
We cut stainless steel in various material thicknesses – precisely and burr-free.
Custom laser cutting according to DXF or CAD file
You provide the drawing – we check, optimize & manufacture your Laser-cut parts Made exactly to measure.
Complete sheet metal fabrication including
From the Laser cutting From deburring to bending or welding – all from a single source.
Flexibility for any quantity
Whether individual parts, series production or contract manufacturing – we cut and deliver according to your requirements.
We will solve these challenges
- High waste and material costs?
Thanks to intelligent nesting, we maximize the utilization of your metal sheets. You pay for what you get = you only pay for the material you receive. Offcuts and/or leftover sheet metal are not charged.
- Burr & Deformation?
Modern laser parameters and minimal heat input prevent post-processing and material distortion.
- Long delivery times?
Short production times and automated processes ensure fast delivery – even for complex geometries.
- Missing CAD files?
We support you in data preparation and, if required, create exact laser designs from hand sketches.
These problems necessitate the use of modern technologies such as laser cutting.
Why are conventional cutting methods often inadequate?
- Precision: Mechanical processes such as sawing cannot produce cut edges as fine as those of a laser.
- Speed: Laser cutting is significantly faster than waterjet or plasma cutting.
- Material protection: Minimal heat input reduces deformation and post-processing effort.
- Flexibility: Complex geometries can be easily achieved with the laser.
Especially for stainless steel components with high requirements for hygiene and dimensional accuracy of the laser cuts, laser cutting is the only option.
This is how we optimize your production process
STW offers you a complete solution for your metalworking needs, without requiring your own welding expertise:
1. Consulting & Planning – The right strategy for optimal results
A detailed analysis of the requirements is the first step towards efficient production. Our experts review your project specifications and select the optimal process based on material, geometry, and application.
- Individual needs analysis: Coordination of material requirements and manufacturing tolerances.
- Technical advice: Optimization of component geometry for maximum efficiency in laser cutting.
- Data preparation: Review and adjustment of CAD drawings to ensure precise cutting results.
- Material selection: Stainless steel 1.4404 and 1.4301 as well as special materials such as 1.4571 on request.
2. Precision laser cutting – High-quality workmanship for exact results
The actual cutting process is carried out using state-of-the-art technology, ensuring the highest accuracy and quality.
- Precise cutting technique: The laser beam operates with high precision and minimal heat input, thus preventing deformations.
- Fast processing times: Automated processes enable efficient manufacturing, even with high production volumes.
- Material protection: Stainless steel grades 1.4404 and 1.4301 are processed with optimally matched parameters.
- Economics: High cutting speeds and optimal material utilization ensure cost efficiency.
3. Post-processing & further processing – Everything from a single source
Laser-cut parts are often ready for immediate use, but many applications require additional sheet metal processing.
- Welding: Precise joining processes for stable and durable connections.
- Thread cutting: Manufacturing of components with precise bores and threads for assembly components.
- Round bending: Adaptation of the shape for specific applications, e.g. for smaller vessels or containers.
This combination of further processing options and the high density of experts at STW makes numerous applications for the components conceivable.
4. Quality control – Precision to the highest standards
The quality of the manufactured components is crucial for their functionality and longevity. Therefore, we rely on comprehensive quality control according to strict standards.
- DIN ISO 3834 compliant testing procedures: Ensuring weld quality through standardized testing methods.
- Measurement and visual inspections: Verification of the dimensional accuracy and cutting quality of each component.
- Documentation and traceability: Material certificates for the raw materials and authorization for restamping ensure complete material documentation for finished parts. Documentation requirements are defined during the inquiry and quotation process and are then included in the scope of delivery.
That's why companies trust STW
- Cost efficiency: Optimized processes and fast processing save you time and money.
- Safety: Our solutions meet the highest industry and hygiene standards.
- Flexibility: Whether small series or large formats – we realize your wishes precisely.
Thanks to our many years of experience and modern manufacturing technologies, we are setting new standards in stainless steel processing.
Rely on maximum precision and efficiency – request a quote now!
Whether individual part or large project – we deliver tailor-made solutions for your stainless steel processing. Contact us now and find out how you can benefit from our modern laser cutting processes!
Laser cutting process – From design to finished component
Laser cutting is a high-precision process that requires detailed planning and exact process control. To ensure consistently high quality, production follows a structured procedure.
1. Analysis & Planning
Before the actual laser cutting begins, all requirements are precisely defined.
- Technical clarification: Materials, cutting contours and tolerances are agreed upon with the customer.
- Data preparation: CAD drawings (DXF, DWG, STEP) are checked or recreated if necessary.
- Optimize material usage: The components are arranged on the sheet metal panels in such a way as to minimize waste.
- Set cutting parameters: Laser power, cutting speed and focus are adjusted to the material and requirements.
2. Prefabrication & Test Runs
Before mass production begins, it is ensured that all processes run smoothly.
- Material testing: The chosen material is checked for quality and suitability.
- Cutting simulation: A digital simulation helps to identify potential sources of error.
- Test cuts: Test runs allow for fine-tuning of the cutting parameters.
- Customer approval: If required, the customer will receive sample parts for final approval.
3. Precision laser cutting
The cutting process is carried out using state-of-the-art laser technology and high repeatability.
- Precise cutting technique: The laser beam precisely cuts out the specified contours.
- Process control: Parameters such as power and speed are continuously monitored.
- Minimal heat exposure: The optimized energy supply prevents material distortion.
4. Quality control, rework & delivery
After the cutting process, final inspection and any necessary rework follow.
- Dimensional accuracy testing: The cut parts are checked for compliance with the specifications.
- Labeling & Documentation: Components can be marked with serial numbers or other markings.
- Packing & Shipping: The finished parts are securely packaged and delivered on schedule.
FAQ – Laser Cutting: Frequently Asked Questions
1. What is laser cutting?
Laser cutting is a high-precision thermal cutting process in which a focused beam of light cuts through materials such as metals, e.g., stainless steel or aluminum. It enables extremely clean and burr-free cut edges without any mechanical impact on the material.
2. Which industries use laser cutting technology for their components and systems?
Laser cutting is suitable for a wide variety of industries; application examples include:
- Engineering – Manufacturing of high-precision components – Body and engine components
- Medical Technology – High-precision surgical instruments
3. What advantages does laser cutting offer compared to other cutting methods?
- Highest precision – Ideal for delicate components and complex geometries.
- Clean cut edges – No burrs, no material deformation.
- High speed – Faster than waterjet or plasma cutting.
- Gentle on materials Minimal heat input reduces deformation.
- versatility – Suitable for a wide variety of materials and applications.
4. What post-processing is required after laser cutting?
In most cases, no extensive post-processing is necessary. If required, edges can be deburred, surfaces sanded, or blasted.
5. What tolerances are possible in laser cutting?
Thanks to state-of-the-art technology, tolerances of ±0,1 mm This can be achieved depending on material thickness and laser settings.
The three key advantages of laser cutting
- Maximum precision & efficiency – State-of-the-art laser technology enables the production of precisely fitting components with minimal material loss and little post-processing.
- Flexibility & Efficiency – From individual parts to series production: Rapid adjustments, optimized production times and reduced costs ensure high cost-effectiveness of the laser-cut parts.
- Guaranteed quality – Defined and rigorous testing procedures ensure the highest manufacturing standards and maximum process reliability.
Whether individual part, prototype or series production – we manufacture your Laser-cut parts fast, precise & economical.
Get in touch now & request a laser cutting quote!