Laser Non-Metal Cutting
Precision Non-Metal Cutting in Singapore
Clean laser cutting for acrylic, polycarbonate, wood, rubber, foam, carbon fibre, ceramic and more. No tooling, no mechanical stress — smooth fire-polished edges on plastics, clean kerf on composites, any 2D profile from your DXF, from our Singapore facility.
Non-Metal Cutting Samples
Explore non-metal laser cutting samples for acrylic, wood, MDF, leather, rubber, paper, cardboard, and selected plastic sheets. Our non-metal cutting service supports clean edges, custom shapes, engraving details, and prototype-to-small-batch production for signage, packaging, displays, creative products, and industrial applications in Singapore.
What We Do
Cutting Capabilities
Our CO₂ laser system is the primary tool for non-metals — its 10.6 μm wavelength is absorbed efficiently by plastics, wood, rubber, and composites, producing clean cuts with minimal heat-affected zones.
±0.1mm
Cutting Tolerance
standard; ±0.05mm on rigid plastics on request
Consistent dimensional accuracy on plastics, composites and soft materials. Tighter tolerances achievable on rigid materials like acrylic and PC.
1500×1000 mm
Max Sheet Size
standard non-metal sheet format
Standard sheet formats processed without repositioning. Maximises material yield on large panels.
0.1 – 50mm
Material Thickness
acrylic; varies by material type
From 0.1 mm thin film to 50 mm thick acrylic blocks. Multi-pass cutting for thicker materials maintains edge quality.
Fire-polished
Edge Quality
on clear plastics — optically clear edge
Fire-polished, optically clear edges on acrylic and PC — no sanding needed. Clean kerf on wood, rubber and composites without fraying or delamination.
CO₂ + UV
Laser System
selected per material for optimal cut quality
CO₂ laser (10.6 μm) for organics and most non-metals. UV laser for PI film, thin FR4, and sensitive composites requiring minimal HAZ.
Any 2D
Complex Profiles
including internal holes and lattice patterns
Intricate shapes, internal cutouts, fine lattice patterns, and snap-fit geometry direct from DXF — no dies or jigs required, from 1 piece upward.
Materials
Non-Metals We Cut
30+ non-metal types processed in-house. Each material has different laser absorption, melting point, and fume characteristics — we use the right parameters and fume extraction per material type.
Acrylic (PMMA)
1 – 50mm
Cast and extruded acrylic
Fire-polished optically clear edges — no post-sanding needed. Signage, displays, diffusers, machine guards.
Polycarbonate (PC)
0.5 – 20mm
Impact-resistant
Clean edges — slightly frosted, not optically clear like acrylic. Enclosures, safety shields, clear panels.
Wood & MDF
1 – 25mm
Plywood, MDF, balsa, hardwood
Clean cuts with natural charred edge. Furniture, signage, prototypes, architectural models.
Carbon Fibre (CFRP)
0.2 – 5mm
Woven and UD carbon fibre sheet
Clean kerf with no delamination. Aerospace brackets, drone frames, sports equipment. Dust extraction mandatory.
Rubber & Silicone
0.5 – 20mm
Natural rubber, neoprene, silicone sheet
Clean gasket and seal profiles. No die tooling — any shape from 1 piece.
Foam & EVA
2 – 100mm
PE foam, EVA, PU foam, anti-static foam
Packaging inserts, cushion profiles, and custom case liners cut to tight shape tolerances.
Ceramic & Alumina
0.3 – 3mm
96% and 99.6% alumina ceramic substrates
Scribing and singulation for electronic substrates and thermal management components.
FR4 / G10 (PCB Substrate)
0.4 – 3.2mm
Fibre-glass epoxy laminate
Panel singulation, slot cutting, and custom board outlines. UV laser minimises delamination on thin FR4.
Working with a material not listed here? Send us a sample — we test-cut and confirm feasibility before committing to production. Note: PVC cannot be laser cut due to toxic chlorine gas emission.
Where Non-Metal Cutting is Used
Non-metal laser cutting spans from industrial components to creative installations — the common thread is precision shapes without tooling investment.
Signage & Display
Acrylic Signage & Display Components
Letters, logo cutouts, light-guide panels, and display frames in clear and coloured acrylic. Fire-polished edges transmit light cleanly for edge-lit illuminated signage without additional finishing.
Electronics & PCB
PCB Singulation & Substrate Cutting
FR4 board outlines, ceramic substrate singulation, and custom panel depanelling. UV laser minimises delamination on thin FR4 and preserves copper layer integrity on fine-pitch boards.
Aerospace & Defence
Carbon Fibre & Composite Parts
CFRP drone frames, aerospace brackets, and structural composite parts. Laser cutting eliminates tool wear and delamination from mechanical routing. Precision holes and slots in one pass.
Industrial & Engineering
Gaskets, Seals & Insulation Parts
Rubber and silicone gaskets, neoprene seals, foam insulation pads, and thermal interface material cuts. Any profile from DXF — no die tooling, no MOQ, production-ready from the first piece.
Architecture & Interiors
Decorative Panels & Architectural Models
Laser-cut acrylic and wood decorative screens, parametric wall panels, and scale architectural models. Complex lattice and perforated patterns cut precisely without mechanical cutter deflection.
Packaging & Logistics
Custom Foam & Packaging Inserts
PE foam, EVA, and anti-static foam case inserts cut to exact product profiles. Tight-tolerance recesses protect precision instruments, tools, and electronics during shipping and storage.
From Drawing to Delivery
Six steps, transparent at every stage. Most orders quote within 24 hours.
Upload Drawing
DXF, DWG, PDF, or STEP. We accept most 2D/3D formats.
Engineering Review
We check tolerances, material fit, and flag any DFM issues before quoting.
Quotation
Detailed quote within 24h — material, thickness, quantity, finish noted.
Production
Cutting run on our CO₂ laser. Parameters selected per glass type and thickness.
Quality Check
Dimensional verification. First-off approval for new jobs; batch sampling for repeats.
Delivery
Same-day dispatch for in-stock jobs. Local Singapore delivery or self-collect.
What Makes Our Non-Metal Cutting Different
Non-metal laser cutting looks straightforward — but fume management, correct laser selection, and parameter tuning per material make the difference between a clean cut and a burned, discoloured, or delaminated part.
Fire-Polished Acrylic Edges — No Post-Processing
Correctly tuned CO₂ laser cutting on cast acrylic produces an optically clear, fire-polished edge — no sanding, buffing, or flame polishing required after cutting. This only happens with the right power/speed ratio. Too fast leaves a frosted edge; too slow causes yellowing and burning. Our parameters are dialled in by material grade and thickness.
Carbon Fibre Without Delamination
Mechanical routing of CFRP causes tool wear, fibre pull-out, and delamination at cut edges. Our laser cuts through woven and UD carbon fibre cleanly — no physical contact, no delamination, no fraying. Dust extraction and nitrogen purge prevent resin re-deposition on cut surfaces.
No Tooling — Any Shape from 1 Piece
Die-cutting rubber gaskets, foam inserts, and plastic panels requires expensive hard tooling and minimum quantities of hundreds to thousands of pieces. We cut any shape from your DXF file with zero NRE cost — from 1-piece prototype through to production runs. Design changes cost nothing extra beyond the file update.
Safe Fume Extraction Per Material
Different materials produce different fumes — acrylic produces MMA vapour, CFRP produces carcinogenic carbon dust, rubber produces sulphur compounds. Our dedicated fume extraction and filtration systems are configured per material. We do not laser cut PVC — it produces toxic chlorine gas and we refuse all such jobs regardless of quantity.
Laser Cutting vs Other Non-Metal Cutting Methods
Understand why laser cutting beats die-cutting, CNC routing, and hand cutting for non-metal shapes.
| Criterion | Laser Cutting (Ours) | Die Cutting | CNC Router | Waterjet |
|---|---|---|---|---|
| Dimensional tolerance | ±0.1mm | ±0.2–0.5mm | ±0.1mm | ±0.2mm |
| Tooling / NRE cost |
None
|
S$300–3000+ per die |
None |
None |
| Minimum order quantity | 1 piece | 500–5000+ pcs MOQ | 1 piece | 1 piece |
| Edge quality on acrylic |
Fire-polished, clear
|
Clean but not polished |
Requires sanding |
Frosted, rough |
| Carbon fibre cutting |
Clean, no delamination
|
Not suitable |
Tool wear, delamination risk |
Good but wet |
| Internal cutouts |
Any shape
|
Limited by die |
Yes |
Yes |
Featured Projects
Non-Metal Cutting Work We've Delivered
A selection of recent non-metal cutting projects across signage, electronics, composites and industrial sealing.
Services That Work Well Together
Non-metal cutting often pairs with engraving or runs alongside metal work in the same order.
Laser Engraving
Engrave logos, text, and patterns onto cut acrylic, wood, and plastic panels in the same session.
Glass Cutting
Cut glass components alongside non-metal parts for display and optical assemblies in one order.
PI Film Cutting
Polyimide and flex circuit substrates cut alongside FR4 and ceramic in the same production run.
Metal Cutting
Combine metal and non-metal cutting in one order — single delivery, single invoice.
FAQ
Metal Cutting Questions
These are some of the common questions customers ask before sending drawings or requesting quotation.
Can you laser cut PVC?
No. Laser cutting PVC (polyvinyl chloride) releases hydrogen chloride gas — a toxic and corrosive fume that is harmful to operators and damages laser optics. We do not cut PVC under any circumstances. If you are unsure whether your material contains PVC, please check the datasheet or send us a sample for material verification before quoting.
What is the difference between cast and extruded acrylic for laser cutting?
Cast acrylic produces a fire-polished, optically clear edge when laser cut — ideal for illuminated signage, light guides, and display applications. Extruded acrylic produces a slightly frosted, less transparent edge and is more prone to stress cracking during cutting. For applications requiring optically clear edges, always specify cast acrylic. If you’re unsure which type you have, the material datasheet will indicate the manufacturing method.
Can you cut carbon fibre without delamination?
Yes — this is one of the key advantages of laser over mechanical routing for CFRP. Our CO₂ laser cuts through woven and unidirectional carbon fibre sheet without physical contact, eliminating the tool pressure that causes delamination. Nitrogen purge during cutting prevents resin re-deposition. Practical thickness limit is approximately 5 mm for single-pass cutting; thicker material can be cut in multiple passes. CFRP cutting is conducted under dedicated fume extraction due to carcinogenic carbon dust.
Do I need to supply my own material or can you source it?
We stock common grades of cast acrylic (clear, white, black in standard thicknesses), MDF, and natural rubber sheet. For polycarbonate, CFRP, engineering foams, and speciality plastics, we can source to your spec or you can supply your own material. If supplying your own, please ship it flat-packed with protection and include your order reference number. For unusual materials, sending a sample first allows us to test-cut and confirm parameters before committing to production.
How fine can you cut lattice and perforated patterns in acrylic?
On 3 mm cast acrylic, we can cut lattice patterns with struts as narrow as 1.5 mm and hole features as small as 1 mm diameter. Thinner acrylic allows finer features — 1 mm acrylic can support 0.5 mm struts. The practical limit depends on material thickness, the mechanical strength of the remaining material, and how the part will be handled. Send us your artwork and we’ll review and advise on minimum feature sizes before cutting.
Can you cut foam and rubber for packaging inserts without a die?
Yes — and this is exactly where laser cutting is most cost-effective versus die-cutting. We cut PE foam, EVA, PU foam, neoprene, and silicone sheet to any profile from your DXF, with no tooling cost and no minimum quantity. For packaging inserts, provide the 2D outline of the product recess and we’ll cut the foam to fit. Tight tolerances (±0.5 mm on soft foam, ±0.2 mm on rigid foams) are maintained across batches.
Blog
Non-Metal Cutting Work We've Delivered
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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.