Mild Steel
General-purpose fabrication steel
A cost-effective and widely used sheet material offering good strength, availability, and reliable laser cutting performance.
Ideal ForBrackets, frames, enclosures, machine parts
Laser Cutting
Precision cut parts.Built for production.
High-accuracy laser-cut components for clean profiles, complex geometries, consistent dimensions, and efficient production across a wide range of sheet materials.
Independently Certified
Engineering Workflow
From sheet design to precision cutting
We take your sheet metal part from design review and cutting preparation through laser programming, first article inspection, process validation, and final production, with each stage building on the last.
01
DFM Review
Reviewing the layoutWe review sheet thickness, material, part geometry, hole sizes, edge conditions, and minimum feature requirements before cutting. Required changes are identified to improve cut quality and production reliability.
Sheet ThicknessHole SizesEdge ConditionsMinimum Features
Deliverables
- DFM Report
- Design Recommendations
- Production Feedback
02
Laser Programming
Preparing the cutting processOnce the design is approved, we prepare the cut path, nesting, lead-ins, and machine parameters around the material, thickness, and part geometry. The program is prepared for production.
Nesting LayoutCut PathLead-InsMachine Parameters
Deliverables
- Cutting Program
- Nesting Strategy
- Production Setup
03
First Article
First cut partsThe initial parts are cut and inspected to verify dimensions, profile accuracy, edge quality, and feature locations. Required process adjustments are made before production approval.
First Article InspectionDimensional CheckEdge Quality CheckFeature Check
Deliverables
- First Article Parts
- Inspection Report
- Production Approval
04
Quality Control
Checking productionDuring production, cut parts are checked for dimensions, edge condition, profile accuracy, material requirements, and consistency to ensure every batch meets the required standards.
Dimensional InspectionEdge VerificationProfile VerificationMaterial Verification
Deliverables
- Quality Report
- Batch Verification
- Approved Parts
05
Full Production
Manufacturing at scaleOnce the cutting process and quality checks are approved, full production begins using the validated process. Finished parts are inspected, deburred, packaged, and prepared for delivery.
Production RunFinal InspectionDeburringPackaging
Deliverables
- Finished Components
- Quality Documentation
- Shipment Ready
Material Selection
Laser cutting materials
Choose the right sheet material based on strength, weight, corrosion resistance, thickness, cut quality, and the requirements of the final application.
Stainless Steel
Corrosion-resistant sheet
Provides excellent corrosion resistance and clean cut edges for parts used in demanding or exposed environments.
Ideal ForEnclosures, food equipment, medical parts, industrial components
Aluminium
Lightweight sheet material
A lightweight material with good corrosion resistance and excellent strength-to-weight performance for laser-cut components.
Ideal ForElectronics, automotive, lightweight structures, enclosures
Galvanised Steel
Protected steel sheet
Zinc-coated steel providing improved corrosion protection for fabricated components used in indoor and outdoor applications.
Ideal ForEnclosures, HVAC components, brackets, general fabrication
Copper
Highly conductive sheet
Offers excellent electrical and thermal conductivity for specialized fabricated components and electrical applications.
Ideal ForElectrical components, busbars, thermal parts, conductive hardware
Brass
Machinable decorative sheet
Provides good corrosion resistance, machinability, and a distinctive appearance for functional and decorative components.
Ideal ForFittings, hardware, decorative parts, electrical components
Production Capabilities
What laser cutting delivers
Laser cutting combines high-speed cutting, repeatable accuracy, material flexibility, and clean geometries to produce precise sheet metal components for prototypes and production.
01
± 0.1 mm
Typical Precision
Laser cutting provides consistent dimensional accuracy for sheet metal parts requiring clean profiles, accurate holes, and repeatable features.
02
Thin to Thick Sheet
Material Range
Laser cutting supports a wide range of sheet materials and thicknesses, including mild steel, stainless steel, aluminium, and other sheet metals.
03
High
Cutting Repeatability
Controlled laser parameters and programmed cutting paths produce consistent parts across repeated production runs.
04
Complex
Profile Capability
Laser cutting can produce detailed 2D profiles, holes, slots, cutouts, tabs, and complex contours with minimal tooling requirements.
05
Low to Medium
Production Volumes
Laser cutting is well suited to prototypes, low-volume production, and repeat manufacturing where flexibility and speed matter.
06
Low
Tooling Requirement
Digital cutting programs reduce the need for dedicated dies or hard tooling, helping lower setup requirements for custom parts.
Typical values shown are general industry guidelines. Actual results may vary depending on material, thickness, part geometry, machine capability, cutting parameters, and tolerances.
Surface Finishes
Every finish has a purpose.
Laser-cut parts can be finished to improve edge appearance, corrosion protection, durability, and overall part presentation. The right finish depends on the material, application, and final performance requirements.
Clean & Safe Edges
Deburring
FinishSmooth, Edge-Refined
ProcessMechanical Deburring
Ideal ForLaser-cut parts, brackets, panels, enclosures
Directional & Clean
Brushed
FinishLinear Satin
ProcessAbrasive Brushing
Ideal ForStainless steel, aluminium, panels
Durable & Colored
Powder Coated
FinishSmooth or Textured
ProcessPowder Coating
Ideal ForBrackets, enclosures, equipment
Protective & Custom
Painted
FinishCustom Color
ProcessIndustrial Painting
Ideal ForPanels, enclosures, equipment
Global Applications
Where laser cutting performs.
From automotive and industrial equipment to enclosures, panels, and consumer products, laser cutting produces accurate profiles, clean edges, and repeatable parts across a wide range of applications.
Automotive & Mobility
Brackets, mounting plates, shields, panels, and vehicle components.
Industrial Equipment
Machine panels, brackets, guards, frames, and fabricated components.
Electrical & Enclosures
Electrical enclosures, control panels, covers, mounting plates, and equipment housings.
Consumer Products
Panels, brackets, decorative components, product housings, and custom parts.
Construction & Infrastructure
Structural plates, mounting components, supports, and fabricated metal parts.
General Fabrication
Prototypes, custom profiles, production parts, fixtures, and fabricated assemblies.
FAQ
Questions we hear before every project
What types of parts can you manufacture with laser cutting?
We can manufacture custom laser-cut parts including brackets, panels, plates, enclosures, mounting components, and complex profiled parts.
What materials can you laser cut?
We can support common sheet metals including carbon steel, stainless steel, and aluminium, with material selection based on part requirements and application.
Can you handle different sheet thicknesses and part sizes?
Yes. Laser cutting can be used across a range of material thicknesses and part sizes, depending on the material, geometry, and required cut quality.
Can you deburr or finish laser-cut parts?
Yes. Parts can be deburred, cleaned, brushed, powder coated, or painted based on the required edge condition, appearance, and application.
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Ready to build?
Let’s move your laser-cut parts into production
From design review and cutting planning to first article inspection, finishing, and production, we provide complete laser cutting support for projects of every scale.