Minimum features
Treat D >= t as a starting point, then confirm small holes and narrow slots against the required edge quality.
Our Services
Laser Cutting Services
Precision laser cutting for sheet metal with exceptional accuracy, clean edges, and fast turnaround times.
Precision Cutting
Advanced Laser Cutting Technology
Our state-of-the-art laser cutting systems deliver unparalleled precision and speed for a wide range of sheet metal materials. With fiber laser technology, we can cut complex shapes with tight tolerances and minimal material waste.
Whether you need prototypes, small batches, or high-volume production, our laser cutting services provide consistent quality and fast turnaround times to meet your project deadlines.
Precision Cutting
Drawing-specific tolerances reviewed by material, thickness and feature
Clean Edges
Minimal burrs and smooth edges for ready-to-use parts
Fast Turnaround
High-speed cutting for quick production runs
Versatile Materials
Cut a wide range of metals including steel, aluminum, stainless steel, and more
Our Capabilities
Laser Cutting Specifications
Our laser cutting systems are equipped to handle a wide range of materials and thicknesses with exceptional precision.
Material Capabilities
- Steel below 20 mm, subject to grade and edge requirements
- Stainless steel, limit confirmed by grade and thickness
- Aluminium, limit confirmed by alloy and thickness
- Copper and brass, reviewed for reflectivity and thickness
- Other non-ferrous metals
Technical Specifications
- Tolerance: confirmed by feature and released drawing
- Maximum sheet size: 5' x 10'
- Laser power: 6kW fiber laser
- Cutting speed: Up to 200 inches per minute
- Automated nesting for material optimization
Applications
- Precision parts for electronics
- Enclosure components
- Brackets and mounting hardware
- Custom signs and displays
- Prototypes and production parts
Our Process
Laser Cutting Process
Our streamlined laser cutting process ensures precision results and fast turnaround times for every project.
1
File Preparation
Our team reviews your CAD files and prepares them for optimal laser cutting.
2
Material Selection
We select the appropriate material based on your specifications and project requirements.
3
Laser Cutting
Our state-of-the-art laser cutting machines precisely cut your parts with exceptional accuracy.
4
Quality Control
Each part undergoes rigorous inspection to ensure it meets your specifications and quality standards.
Why Choose Us
Benefits of Our Laser Cutting Services
Exceptional Precision
Tight tolerances and consistent results for every part
Fast Turnaround
High-speed cutting for quick production and delivery
Material Efficiency
Automated nesting to minimize waste and reduce costs
Versatility
Ability to cut complex shapes and intricate designs
Laser-cut part DFM
Design features the cutting process can reproduce reliably
Laser cutting can create fine geometry, but the useful minimum depends on thickness, alloy, assist gas, edge-quality class and downstream forming.
View the complete sheet metal DFM guideWebs and heat
Leave enough material between nearby cuts to avoid fragile webs, local heat distortion and handling damage.
Nesting intent
Simpler outlines and consistent spacing can improve sheet utilization without compromising part function.
Got Questions? We've Got Answers
Laser Cutting FAQs
Get answers to common questions about our laser cutting services.
S Services & Capabilities
Fabex provides laser cutting, CNC bending, TIG, MIG and spot welding, powder coating, assembly, and drawing-specific finishing. The accepted route and project size are confirmed from the material, geometry, quantity, quality requirements, finishing, handling, and freight plan.
Manufacturing lead time is quoted after we review the released scope, material availability, quantity, tooling, finishing, inspection, and approval requirements. The quotation defines when manufacturing lead time starts. Estimated freight transit is stated separately.
Fabex does not use one pieces-per-month figure because different sheet metal parts consume very different amounts of factory capacity. Small, simple parts may support production in the millions, while large parts requiring extensive welding, careful polishing, coating, inspection, or assembly take substantially more time per piece.
Capacity and manufacturing lead time are confirmed from part size and weight, material, operation count, tooling and setup, welding and finishing labor, coating batch constraints, inspection, assembly, order quantity, delivery cadence, forecast, and the current production mix. Send those requirements with your drawings; Fabex will propose the process route, batch plan, and manufacturing lead time for the specific workload.
D Design & Files
We accept STEP, IGES, DXF, DWG, PDF, and native CAD formats. STEP files are preferred for 3D data, while DXF works well for 2D flat patterns. Upload what you have — our engineers can work with most formats.
To provide an accurate quote, we need a drawing or CAD file with material specification, quantities, surface finish requirements, and tolerance callouts. The more detail you provide, the more precise your quote will be.
Yes, we can reverse-engineer a part from your physical sample. Our team will measure and create CAD data that matches your original part within tight tolerances.
M Materials & Specifications
Common materials include cold-rolled steel, stainless steel such as 304 and 316, aluminium such as 5052 and 6061, copper, brass, and galvanized steel. Other drawing-specified grades are reviewed for availability and process suitability.
Cut, formed, machined, and assembly tolerances are confirmed by feature and process during drawing review. The quotation identifies critical dimensions, coating allowances, and the agreed inspection method rather than applying one tolerance to every operation.
Fabex has in-house automated powder coating for light parts and a wet-paint shop for large or heavy fabrications. Specialist processes such as anodizing, galvanizing, passivation, plating, and related treatments are coordinated to the approved specification. Provide the substrate, colour or reference sample, gloss or texture, film build, masking, cosmetic surfaces, and corrosion requirement.
Ready to Get Started?
Contact us today to discuss your laser cutting project and get a free quote from our team of experts.
