Custom Precision Laser Cutting
We provide fast and precise laser cutting services for a wide range of materials. We manufacture custom laser-cut components from carbon steel, stainless steel, and aluminum with clean cut edges and minimal kerf. Laser cutting is ideal for producing flat sheet metal parts, precision blanks, panels, brackets, flanges, covers, and semi-finished components for subsequent bending, forming, or welding.
What Can We Manufacture with This Technology?
- Typical components: laser-cut blanks, panels, brackets, flanges, covers, reinforcements, nameplates, and semi-finished parts for subsequent bending or welding
- Maximum sheet size: depending on machine capacity, typically up to 3,000 × 1,500 mm, with larger formats available through selected production partners
- Material thickness: depends on the material and required cut quality, ranging from thin sheet metal to heavy-gauge plates
- Typical tolerances: typically around ±0.1 to ±0.2 mm, depending on the material, thickness, and part dimensions
- Engraving and marking: part identification, reference marks, position numbers, bend lines, and simple engraving
Typical Materials and Manufacturing Capabilities
Laser cutting is used whenever fast, precise, and repeatable sheet metal cutting with clean cut edges is required. Its key advantages include flexibility when modifying part geometries and efficient preparation for subsequent manufacturing processes.
- Steel: carbon steel, structural steel, and sheet metal for subsequent bending, welding, or painting
- Stainless steel: standard stainless steel sheets for both functional and visible components, with an emphasis on clean, high-quality cut edges
- Aluminum: thin and medium-gauge sheets for lightweight structures, covers, and panels
- Other materials: galvanized steel, spring steel, brass, copper, Hardox®, and other materials according to project requirements
- Deburring / sorting / marking: edge deburring, part sorting, position marking, reference markings, and preparation for subsequent manufacturing processes
Related Manufacturing Processes
Laser cutting is often the first step in the manufacturing process. It is most commonly followed by bending, welding, or surface finishing.
- Bending
- Welding
- Surface Treatments
What We Need for a Fast Quotation
- DXF / STEP / technical drawing: preferably a DXF file with the flat pattern, or alternatively a PDF drawing or STEP model
- Material and thickness: required material, material grade, sheet thickness, and any acceptable alternatives
- Production quantity: quantity per item, batch size, and information about recurring production
- Marking, sorting, and packaging requirements: part marking, kit assembly, sorting by position, and preferred packaging method
- Subsequent bending or welding: information on whether the part will undergo press brake bending, welding, or any other subsequent manufacturing process
Why Is Manufacturing with PARTORY More Efficient?
40% Material Cost Savings: We purchase materials in bulk across our entire supplier network, giving you access to pricing that individual buyers typically cannot achieve.
Always the Right Manufacturing Technology: Our AI-powered platform automatically matches your project with the production equipment best suited for your component. You only pay for the machining capacity your part actually requires.
Hassle-Free Logistics: We manage just-in-time deliveries, safety stock, and complete transportation coordination.
These advantages help reduce your sourcing and manufacturing costs by at least 15%.
Where Do the Cost Savings Come From?
We reduce sourcing and manufacturing costs by at least 15% through:
Do You Have Your Documentation Ready?
Send us your drawing, 3D model, or technical requirements at rfq@partory.com. We will review the manufacturing options and get back to you with the next steps.
Prefer to Discuss Your Project First?
Register with PARTORY and we’ll contact you to review your project, discuss your documentation, and identify any additional information needed to prepare an accurate quotation.
FAQ
- Can you supply laser-cut parts without any additional operations?
Yes. We can supply laser-cut parts only, without any subsequent manufacturing processes, if you only require precisely cut components. - Which file formats do you prefer?
Ideally, we require a DXF file with the flat pattern, or alternatively a PDF technical drawing or STEP model. - Can you supply deburred and marked parts?
Yes. Upon request, we can provide edge deburring, part marking, sorting, and identification to prepare components for subsequent manufacturing or assembly. - Can you also provide bending and welding?
Yes. In addition to laser cutting, we can provide subsequent manufacturing processes such as press brake bending, welding, and surface finishing.