Fiber Laser Cutting Services for Sheet Metal & Tube
Likai Metal provides laser cutting services for sheet metal, tube, and structural profiles. We cut carbon steel, stainless steel, aluminum, brass, and copper for industrial frames, enclosures, brackets, and custom OEM sheet metal parts, delivering clean edges, accurate dimensions, and fast turnaround.
Ready to request a laser cutting quote? Send us your DXF, DWG, STEP, or PDF drawings with material grade, thickness, quantity, edge quality notes, and any bending or welding requirements. We can review your files and confirm the most practical cutting and fabrication route. Contact Likai Metal to send your drawings.
Likai Metal provides laser cutting services for custom sheet metal parts, tube parts, brackets, panels, guards, frames, and OEM fabrication projects. Laser cutting is often used as the first step before bending, welding, machining, surface finishing, or assembly, especially when accurate profiles and repeatable production are required.
For laser cutting projects, buyers can provide DXF or DWG files for flat profiles, STEP files for formed or assembled parts, material grade, thickness, tolerance requirements, finish requirements, quantity, and any critical edge quality notes. Clear project information helps us review cutting feasibility, material use, bending needs, welding sequence, and quotation accuracy. Send us your DXF, DWG, STEP files, or drawings to review laser cutting feasibility before production.
Our Laser Cutting Capabilities
- Sheet metal laser cutting for carbon steel, stainless steel, and aluminum
- Tube and structural profile laser cutting
- Clean, burr-free edges suitable for downstream powder coating or anodizing
- Material nesting to reduce waste and lower part cost
- Prototype and batch production
Materials We Cut
Carbon steel, stainless steel, aluminum, brass, copper, and other sheet and tube metals on request.
Why Buyers Choose Likai for Laser Cutting
- Fast quotation on standard sheet metal cuts
- Cutting, bending, and welding under one roof to eliminate handoff delays
- Accurate dimensions and consistent edge quality
- Flexible volumes from prototypes to production runs
Lead Times
Lead times depend on material, thickness, quantity, and any downstream processing. We confirm a delivery schedule for your specific order together with every quotation.
Common Laser Cut Parts
Our laser cutting service is used for a wide range of custom metal parts, including brackets, mounting plates, machine guards, panels, covers, gussets, flanges, frames, tube structures, and welded assemblies. Many projects start with laser cutting and then move to bending, welding, machining, surface finishing, and final inspection.
For OEM buyers, laser cutting is often the fastest way to produce accurate sheet metal blanks before forming or assembly. If your parts require multiple processes, you can also review our full metal fabrication capabilities.
Files and Information Needed for Quotation
Clear files help us quote faster and reduce production risk. For most laser cutting projects, please send:
- DXF or DWG files for flat cutting profiles
- STEP files for tube parts, bent parts, or assemblies
- PDF drawings with dimensions, tolerances, and notes
- Material grade, thickness, and quantity
- Surface finish requirements such as powder coating, anodizing, plating, or brushing
- Critical dimensions or inspection requirements
If you are unsure whether your drawing is ready for production, we can review it and provide practical DFM feedback before cutting. For design details, see our guide to laser cutting tolerances for sheet metal parts.
Tolerances and Quality Control
Laser cutting accuracy depends on material, thickness, part size, geometry, and downstream processing. For many sheet metal parts, practical cutting tolerances are often around +/-0.10 mm to +/-0.20 mm, while thicker plates, long profiles, dense hole patterns, or parts that require bending and welding may need project-specific tolerance planning.
Our team checks key dimensions, edge condition, hole quality, and part quantity before delivery. When parts require bending or welding after cutting, we review the full process instead of treating cutting as an isolated step. This helps control final assembly fit and reduces rework.
Laser Cutting FAQ
What materials can you laser cut?
We commonly cut carbon steel, stainless steel, aluminum, brass, copper, galvanized steel, and other sheet or tube metals depending on the project requirements.
Can you provide bending and welding after laser cutting?
Yes. We can provide laser cutting, sheet metal bending, robotic or manual welding, machining, surface finishing, and assembly under one roof. This is useful for OEM parts that require more than a flat cut profile.
What file format is best for laser cutting?
DXF and DWG files are best for flat sheet cutting. STEP files are helpful for tube parts, bent parts, and assemblies. A PDF drawing should also be included when tolerances, material notes, or inspection requirements are important.
Can you support prototypes and batch production?
Yes. We support prototypes, small batches, and recurring production orders. Quantity, material availability, finishing, and downstream processing will affect lead time and price.
Get a Quote
Send us your DXF, DWG, or STEP files along with material and thickness requirements, and our team will provide a quotation quickly.
For OEM buyers with approved drawings and material specifications, our laser cutting service can be part of a build-to-print manufacturing workflow for custom sheet metal and tube parts.
For OEM buyers deciding how much design input a supplier should provide, this guide explains build to print vs build to spec for custom metal parts.