Custom Laser Cut and CNC Bent Sheet Metal Components for Precision Fabrication

Our custom sheet metal laser cutting and bending parts are engineered for applications requiring precise cutting, controlled forming, and reliable structural performance. Utilizing advanced laser cutting and CNC press brake technology, we transform flat metal sheets into finished components including enclosures, brackets, mounting plates, covers, chassis, frames, and machine panels.

We provide comprehensive manufacturing support throughout the entire process—from CAD drawing review and material preparation to cutting, forming, finishing, inspection, and packaging—offering customers a convenient one-stop solution for custom sheet metal fabrication.

Sheet metal components often require more than simple cutting. We carefully consider the relationship between cutting features, bend lines, hole locations, bend radius, material thickness, and final assembly during production.

Our manufacturing workflow enables flat sheet material to be precisely cut and then formed into three-dimensional components while maintaining required geometry.

Depending on your design requirements, we can produce:

• Sheet metal enclosures
• Equipment housings
• Electrical boxes
• Control cabinet components
• L-shaped and U-shaped brackets
• Mounting plates
• Protective covers
• Machine panels
• Metal chassis
• Support frames
• Structural brackets
• Connector panels
• Custom hardware components

We offer various materials to meet specific requirements for strength, weight, corrosion resistance, conductivity, and appearance.

After laser cutting, components are formed using CNC bending equipment. The bending process is precisely controlled according to material type, thickness, bend radius, and required angle.

This enables us to manufacture components featuring:

• Multiple bending angles
• Sequential bends
• Flanges and folded edges
• Mounting tabs
• Reinforcement sections
• Box-shaped structures
• Multi-sided housings

Proper bend sequencing is carefully planned during production to prevent interference and maintain final component dimensions.

Laser cutting and bending can be combined with additional processes to create ready-to-assemble parts. Available secondary operations include:

• CNC machining
• Drilling and tapping
• Countersinking
• Deburring
• Welding and riveting
• Threaded insert installation
• Hardware assembly
• Laser engraving and marking

This comprehensive approach allows multiple manufacturing requirements to be handled within a single production project.

We provide various surface treatments to meet functional and visual requirements of finished parts. Available options include:

• Powder coating
• Anodizing
• Brushing and polishing
• Electroplating
• Electropolishing
• Sandblasting and bead blasting
• Custom coating solutions

Powder coating is particularly suitable for sheet metal housings, cabinets, brackets, and equipment panels where both surface protection and appearance are important.

Our sheet metal fabrication service supports various production stages:

Ideal for verifying design, assembly, dimensions, and functionality before committing to mass production.

Suitable for customized equipment and products with moderate production requirements.

Perfect for repeated orders requiring stable dimensions, consistent bending, and reliable production efficiency. Production parameters can be standardized for repeat orders to improve consistency between batches.

Every project is manufactured according to customer drawings and technical specifications. Key characteristics inspected include:

• Overall dimensions
• Sheet thickness
• Hole diameter and position
• Bend angle and location
• Surface condition
• Assembly fit

For projects with demanding dimensional requirements, additional inspection documentation can be provided according to customer specifications.

Our custom laser-cut and bent sheet metal components serve a wide range of industries, including:

• Industrial automation
• Electronics and electrical equipment
• Robotics and telecommunications
• Power equipment and energy systems
• Machinery manufacturing
• Transportation equipment
• Control systems
• Commercial equipment

Combining these two processes provides an efficient method for manufacturing formed metal components from single sheets. This approach can reduce the number of individual pieces required in assemblies while delivering strong, clean finished structures.

For example, a flat sheet can be cut with mounting holes, ventilation openings, slots, and other features before being bent into a complete enclosure or structural bracket.

This makes laser cutting and CNC bending particularly suitable for custom equipment housings and precision sheet metal assemblies.

We accept customer-provided 2D drawings and 3D CAD models and can manufacture components according to specified material, thickness, tolerance, surface treatment, and quantity requirements.

Whether you're developing a new product or seeking a reliable supplier for existing components, we support projects from initial design review through finished production.

Send us your CAD drawing or 3D model, along with required material, thickness, quantity, tolerance, and surface finish specifications. Our engineering team will review your design and provide a customized manufacturing solution.