From engineering plastics to technical laminates and metals — we cut your materials to exact specifications, fast and reliably.
Three precision cutting methods to handle any material, thickness or shape — with tolerances down to ±0.1 mm.
Ultra-high pressure water jet cuts through any material without heat. No heat-affected zone (HAZ), ideal for plastics, metals, composites, stone and laminates up to 200 mm thick.
Request Waterjet QuoteHigh-precision computer-controlled milling and routing for complex 2D and 3D shapes in engineering plastics, technical laminates and soft metals. Tolerances to ±0.1 mm.
Request CNC QuoteFast, clean straight cuts for plastic sheets, blocks and rods up to 6000 mm. Ideal for large-format panels, right-angle cuts and high-volume rectangular parts.
Request Saw QuoteFrom standard engineering plastics to high-performance technical laminates — we stock and cut over 50 materials.
Excellent optical clarity, UV resistance. Ideal for displays, signage and lighting.
High impact strength, optical clarity. Perfect for protective guards and enclosures.
High stiffness, low friction, excellent dimensional stability. Ideal for precision mechanical parts.
Exceptional wear resistance and low friction. Ideal for sliding guides, liners and wear parts.
Good mechanical strength, self-lubricating. Widely used for gears, bushings and structural parts.
Chemical resistant, rigid or flexible. Used in chemical industry, construction and electrical applications.
Lowest friction coefficient, extreme chemical resistance and high temperature tolerance up to 260°C.
Highest performance thermoplastic. Excellent mechanical strength at temperatures up to 250°C. Aerospace and medical grade.
Glass-epoxy laminate. Excellent electrical insulation and mechanical strength. Standard for PCB and electrical components.
High-temperature glass-epoxy laminate. Retains properties at elevated temperatures. Ideal for transformers and switchgear.
Paper-based phenolic laminate. Good electrical insulation, easy to machine. Cost-effective for electrical panels.
Cotton fabric reinforced phenolic laminate. Higher mechanical strength than Pertinax. Good for structural insulation parts.
Natural mica-based insulation sheet. Exceptional heat resistance up to 900°C. Used in furnaces, heaters and high-voltage equipment.
Electrostatic dissipative grades for sensitive electronics environments. Prevents static discharge damage.
Lightweight closed-cell foam for packaging, insulation and cushioning applications. Waterjet cut to any shape.
Weather and ozone resistant rubber sheets. Waterjet cut for gaskets, seals and vibration dampening.
We combine technical expertise, fast turnaround and reliable logistics to deliver cut parts across Europe and North Africa.
CNC-controlled cutting ensures consistent accuracy across every part, every time.
Upload your file or describe your needs — we respond with a detailed quote within 24 hours.
From standard PMMA to high-performance PEEK and technical laminates — ready to cut.
Reliable logistics partners for delivery across Southern Europe, Morocco, Algeria and Tunisia.
Not sure which cutting method fits your project? Use this quick comparison to find the best option for your material and requirements.
| Technology | Best For | Max Thickness | Tolerance | Heat-Affected Zone | Ideal Materials |
|---|---|---|---|---|---|
| Waterjet Cutting | Heat-sensitive materials, thick metals, complex shapes | 200 mm | ±0.1 mm | None (cold cut) | PMMA, PC, POM, metals, stone, composites, laminates |
| CNC Routing | 3D shapes, pockets, engravings, soft metals | Varies by material | ±0.1 mm | Minimal | Engineering plastics, technical laminates, aluminium |
| Panel Saw | Straight cuts, large rectangular panels, high volume | Up to 6000 mm length | Standard | Low | Plastic sheets, blocks, rods — all thermoplastics |
Not sure which technology is right for your project? Send us your requirements and we will recommend the best option.
Common questions from engineers and procurement managers about our precision cutting services.
Waterjet cutting can process materials up to 200 mm thick without creating a heat-affected zone (HAZ). It is ideal for engineering plastics (PMMA, PC, POM, PTFE, PEEK), technical laminates (G10, FR4, Pertinax), metals, stone and composites. Because it uses only water and abrasive, there is no thermal distortion or material hardening.
Our standard cutting tolerance is ±0.1 mm for both waterjet and CNC routing. This precision is maintained consistently across all materials and part sizes, making our services suitable for precision mechanical components, electrical insulation parts and structural elements.
Yes. We deliver custom cut parts across Southern Europe and North Africa, including France, Belgium, Morocco, Algeria and Tunisia. We work with reliable logistics partners to ensure safe and timely delivery of your cut parts, regardless of quantity.
We accept DXF, DWG, STEP, STP, PDF, and common image formats (JPG, PNG) for cutting requests. For complex 3D parts, STEP files are preferred. If you only have a sketch or dimensions, our team can prepare the cutting file for you — just describe your requirements in the quote form.
Waterjet cutting uses ultra-high pressure water mixed with abrasive to cut through materials without heat, making it ideal for heat-sensitive materials and thick cross-sections up to 200 mm. CNC routing uses a rotating cutting tool and is better suited for 3D shapes, pockets, engravings and complex profiles in plastics and soft metals. Both achieve ±0.1 mm tolerance.
We respond to all quote requests within 24 hours. Simply fill in the quote form with your material, dimensions, quantity and preferred cutting technology — or upload your technical drawing. Our team will review your requirements and send you a detailed price offer by email.
Fill in the form with your cutting requirements. We will review your request and send you a detailed quote within 24 hours.
