Materials Guide
Metal & Non-Metal Processing
From stainless steel enclosures to PI film precision parts — explore every material we process, and find the right match for your project.
Not Sure Where to Start?
Material Categories
Three Material Families
We process a broad range of metals and non-metals — from common structural alloys to specialty electronic films and precision display materials.
Common Metals
Structural & general use
Best for: Enclosures, frames, structural parts, brackets, covers
Processes: Cutting, bending, welding, engraving, polishing
Electronic / Specialty
Precision & tech materials
Best for: Semiconductor components, display parts, precision thin-film circuits
Processes: PI film cutting, glass cutting, precision laser engraving
Material Directory
Popular Materials We Process
Click any material card to learn about grades, compatible processes, typical parts and design considerations.
Stainless Steel
Corrosion-resistant alloy for precision and structural parts
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Aluminium
Lightweight metal for structural and decorative applications
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Mild / Carbon Stee
Cost-effective structural steel for industrial fabrication
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Brass / Copper
Conductive metals for electrical and decorative components
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Glass
Borosilicate, tempered and display glass for high-precision cuts
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PI Film / Kapton
High-performance polyimide film for electronics and semiconductors
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Acrylic
Transparent thermoplastic for display, signage and enclosures
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ABS
Tough engineering plastic for housings, covers and functional parts
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Ceramic Substrates
High-temperature insulating materials for power electronics and precision parts
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Wood / MDF / Plywood
Popular non-metal materials for panels, prototypes and decorative products
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Conductive Glass / Film
Transparent conductive materials for display, touch and optoelectronic devices
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Rubber / Silicone
Flexible materials for gaskets, seals and protective applications
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Stainless Steel
Corrosion-resistant alloy for precision and structural parts
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Aluminium
Lightweight metal for structural and decorative applications
View Material →
Mild / Carbon Stee
Cost-effective structural steel for industrial fabrication
View Material →
Brass / Copper
Conductive metals for electrical and decorative components
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Glass
Borosilicate, tempered and display glass for high-precision cuts
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PI Film / Kapton
High-performance polyimide film for electronics and semiconductors
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Acrylic
Transparent thermoplastic for display, signage and enclosures
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ABS
Tough engineering plastic for housings, covers and functional parts
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Plastics & Composites
Engineering-grade polymers and composite panels for varied needs
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Wood
Natural and engineered wood for engraving, cutting and decorative work
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Mild / Carbon Stee
Cost-effective structural steel for industrial fabrication
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Brass / Copper
Conductive metals for electrical and decorative components
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Material Comparison
Compare Materials
Key properties at a glance — to help you confirm material suitability before sending your drawing.
| Material | Strength | Corrosion Resistance | Weight | Best Processes | Best For |
|---|---|---|---|---|---|
| Stainless Steel | Cutting Bending Welding Polishing | Marine, Medical, Electronics, Enclosures | |||
| Aluminium | Cutting Bending Engraving | Automation, Panels, Lightweight Structures | |||
| Mild / Carbon Steel | Cutting Bending Welding Cleaning | Construction, Industrial, Structural Frames | |||
| Brass / Copper | Engraving Precision Cut | Electrical, Decorative, Precision Parts | |||
| Acrylic | Non-metal Cut Engraving | Signage, Displays, Covers, Prototypes | |||
| PI Film | PI Film Cut Precision Laser | Semiconductor, Electronics, Flexible Circuits | |||
| Glass | Glass Cut Engraving | Display Panels, Optical Parts, Electronics |
Process & Industry
Material Compatibility
Find the right process for your material, or see which materials are most common in your industry.
Metal Cutting
Fibre laser cutting for sheets and tubes
Stainless Steel/Aluminium/Mild Steel/Brass
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CNC Bending
Precision press-brake forming
Stainless Steel/Aluminium/Mild Steel/Brass
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Laser Engraving
Permanent marking and surface texturing
SS/Aluminium/Brass/Acrylic/Wood
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Laser Welding
High-precision, low-distortion joins
Stainless Steel/Mild Steel/Aluminium
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Non-metal Cutting
CO₂ laser cutting of plastics and composites
Acrylic/ABS/Plastics/Wood
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Glass Cutting
Precision cuts for fragile optical glass
Standard Glass/Borosilicate/Tempered
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PI Film Cutting
Ultra-fine cuts on flexible thin films
PI Film / Kapton/Thin Polymer Films
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Polishing & Cleaning
Surface finishing and oxide removal
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Semiconductor & Electronics
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Marine & Offshore
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Industrial Automation
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Medical / Cleanroom
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Construction & Infrastructure
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Process & Industry
Projects by Material
A sample of completed work across material types — showcasing the results achievable through our processing services.
FAQ
Material Selection Questions
Still unsure? Our team reviews your drawing and recommends the right material and process path — no charge.
How do I choose the right material for my part?
Start with your application requirements: load-bearing or decorative? Indoor or outdoor? Electrical or thermal conductivity needed? Share your drawing and application details — our team will recommend a suitable material and process path within 24 hours.
Which materials are best for outdoor or corrosive environments?
Stainless steel (304 or 316 grade) offers the strongest corrosion resistance for marine and outdoor environments. Aluminium with anodized finish is also a strong choice. Mild steel requires a protective coating for any outdoor application.
Can you help recommend a material based on my drawing?
Do different materials affect tolerances and finish quality?
Yes. Material type and thickness influence achievable tolerances and edge quality. Stainless steel and aluminium generally hold tighter tolerances. Thicker materials may require wider kerf allowances. We account for material-specific properties in our process setup.
Can one project combine metal and non-metal parts?
Yes. Many assemblies combine materials — for example, a stainless steel frame with acrylic window panels. We can process both within the same project order, simplifying your supply chain.
What file information should I provide for material selection?
Please include: your drawing file (DXF / DWG / PDF / STEP), material preference or application description, required thickness, target quantity, and any surface finish requirements. The more detail you provide, the faster we can quote accurately.
Need Help Choosing the Right Material?
Send us your drawing, target application and quantity. We’ll recommend a suitable material and process path for your project — at no charge.
Confidentiality Note
We understand the value of your design files. The information you submit will be used only for project evaluation, quotation and production communication. We take customer confidentiality, data security and intellectual property protection seriously.
We understand the value of your design files. The information you submit will be used only for project evaluation, quotation and production communication. We take customer confidentiality, data security and intellectual property protection seriously.