Laser Cutting Department
Industrial Laser Cutting for Steel, Stainless Steel & Precision Plate Fabrication
UCME provides high-capacity industrial laser cutting services for steel and stainless steel plate, supporting precision fabrication and custom component manufacturing. Our laser cutting capability handles material thicknesses up to 60 mm on a 2 m × 6 m cutting bed, with advanced bevel cutting for applications requiring angled and tapered edges.
Our Services — Laser Cutting Department
UCME provides high-capacity industrial laser cutting services for steel and stainless steel plate, supporting precision fabrication and custom component manufacturing. Our laser cutting capability handles material thicknesses up to 60 mm on a 2 m × 6 m cutting bed, with advanced bevel cutting for applications requiring angled and tapered edges.
Our equipment is suited to industrial components, structural parts, machine components, fabrication work and custom-cut plate, based on customer drawings and technical requirements.
- Steel Plate Laser Cutting — High-capacity laser cutting of carbon and mild steel plate for industrial and fabrication applications.
- Stainless Steel Laser Cutting — Precision cutting of stainless steel plate for engineered components and fabrication requirements.
- Thick Plate Laser Cutting — Cutting capability for steel and stainless steel materials up to 60 mm, subject to material grade and job requirements.
- Bevel Laser Cutting — Angled edge and bevel cutting for components requiring tapered or prepared edges.
- Precision Profile Cutting — Accurate production of custom profiles, holes, slots and component geometries from customer drawings.
- Custom Plate Component Manufacturing — Production of machine parts, brackets, structural components, base plates and other fabricated components.
- CNC Laser Cutting — Computer-controlled cutting for repeatable dimensions and consistent component production.
- Reduced Secondary Machining — Bevel cutting can reduce or eliminate additional chamfering by conventional machining or grinding where the application permits.
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Study → Analyze → Design → Test → Manufacture
Every requirement is approached with engineering discipline, testing and practical workshop experience. Contact UCME to discuss your application.
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