We know you understand your plastics. Our job is to provide the laser technology that unlocks their potential in your production.

Achieve clean, sealed edges on acrylic, ABS, polycarbonate, and more. This isn’t just about cutting shapes; it’s about ready-to-assemble parts for displays, prototypes, and architectural elements.

For components where surface integrity is critical, our UV and fiber laser markers deliver pristine, permanent codes and logos. They create high-contrast marks on sensitive plastics like ABS or PET without heat stress or melting.

Your Material, Your Application, with Better Solutions

Laser machine
Laser machine
Laser machine
Laser machine
Applications
Advantages

Laser Processing for PP, PE, PC, ABS, and More

You know the properties of your plastics. We provide the laser technology to process them with precision, speed, and reliability for your specific production needs.

From Prototype to Production Line
Whether you’re adapting packaging, manufacturing electronic parts, or producing medical items, our laser solutions are built for your throughput. Tell us your application; we’ll match you with the laser capability that meets it.

Laser Cutting: Complex Shapes, Ready-to-Use Parts

Our systems deliver instant, all-directional cuts on sheets and components. Achieve clean, sealed edges on everything from flexible packaging prototypes to rigid polycarbonate enclosures without secondary finishing. This means faster turnaround from design to assembly for your custom parts, displays, or medical device components.

Laser Engraving: Functional Marking and Visual Impact

Laser Engraving: Functional Marking and Visual Impact

Go beyond simple etching. By precisely controlling laser power and beam focus, we enable depth-specific engraving for vivid serial numbers, instructional text, or branding. This creates permanent, wear-resistant identifiers and high-contrast visuals directly on your product.

Laser Marking: Permanent Codes Without Damage

For sensitive components like electronic housings or medical parts, our fiber and UV laser markers ensure critical data, batch numbers, barcodes, logos, is applied permanently and clearly. The process is non-contact and low-heat, preserving material integrity and preventing stress or melting on delicate plastics like ABS and PE.

Popular Laser Machine for Plastic

F130-L Laser Cutter Machine

F130-L Laser Cutter Machine

Built for High-Throughput Plastic Production:

The F130-L is engineered for shops that process volume. Its full-sheet work area and high-power options handle large panels and thicker plastics with speed, transforming high-volume orders for industrial components, commercial signage, and architectural elements from a bottleneck into a profit center.

Engineered for Precision at Scale:

This machine is built for the long run. The heavy-duty servo drive system and water-cooled optical assembly ensure consistent, reliable cuts shift after shift. Features like the zoned fume extraction and knife-strip table guarantee cleaner edges and protect material finish, so your output maintains a professional standard without extra labor.

Suitable for:

Manufacturers and fabricators running high-volume batch jobs on large-format plastic sheets.
Industrial shops that require the ability to cut thicker plastics cleanly and quickly.
Businesses needing a robust, production-grade machine for continuous operation with minimal downtime.

  • Working Area: 1300 x 2500mm (51.1″ x 98.4″)
  • Laser Power: 100W – 600W
Fiber Laser Marking Machine

Fiber Laser Marking Machine

Built for Precision Plastic Marking:

This fiber laser excels where precision and surface integrity are critical on plastics. Its non-contact, high-speed beam creates permanent, high-contrast marks on sensitive components without heat stress or melting. This is the solution for adding flawless serial numbers, barcodes, logos, or intricate graphics to finished plastic parts.

Engineered for Speed and Repeatability:

The 3D galvanometer system marks at speeds up to 8000mm/s with a repetition precision within 0.01mm. This ensures fast, batch-after-batch consistency for high-volume production of electronic housings, medical devices, and precision instruments. The process requires no fixtures or inks, delivering clean, permanent marks directly from your digital file.

Suitable for:

Manufacturers of electronic components, medical devices, and automotive parts requiring permanent, high-contrast marks on plastic.
Job shops and contract manufacturers needing a fast, reliable system for part identification and traceability.
Businesses adding value through precise customization or branding on finished plastic products.

  • Working Area: 110mm x 110mm (4.3” x 4.3”)
  • Laser Power: 20W / 30W / 50W
UV Laser Marking Machine

UV Laser Marking Machine

Built for Precision Marking on Sensitive Plastics:

UV laser delivers a “cold” marking process ideal for sensitive and engineered plastics. Its high-energy, ultra-fine beam creates crisp, permanent marks without the heat that can melt, warp, or stress materials like ABS, polycarbonate, and medical-grade plastics. This ensures material integrity and pristine results on finished components.

Engineered for Detail and Speed:

With a miniscule 10µm beam diameter and marking speeds up to 15000mm/s, this machine achieves intricate detail and high throughput simultaneously. It excels at applying high-resolution graphics, micro-text, data matrix codes, and logos with exceptional repeatability, making it perfect for high-value, precision parts.

Suitable for:

Manufacturers in medical, electronics, and aerospace requiring flawless, high-contrast marks on sensitive plastic components without thermal damage.
Producers of precision instruments and consumer electronics where surface finish and detailed legibility are critical.
Any operation marking engineered plastics where traditional methods risk compromising the material’s properties or appearance.

  • Working Area: 100x100mm or 180x180mm
  • Laser Power: 3W, 5W, 10W

What Can You Make with a Plastic Laser?

Turn your material expertise into a production advantage. Our laser systems deliver the precise, clean, and efficient processing that transforms plastics like acrylic, PET, ABS, and polycarbonate into finished components and products, eliminating secondary steps like edge finishing.

From Prototype to High-Volume Production
Your application drives our solution. Whether you’re producing durable industrial parts, intricate architectural signage, or clean-room-ready medical components, our lasers handle the task. The result is smooth, sealed edges and precise features directly from the digital file, accelerating your time-to-market.

Creative & Commercial Applications

Laser processing unlocks both customization and scalability. Create detailed custom displays, brand-specific packaging prototypes, and finely engraved panels. Simultaneously, achieve consistent, high-quality results for batch production of electronic housings, product labels, and technical parts.

  • Jewelry
  • Printed circuit boards (PCB)
  • Films
  • Automotive parts
  • Foil
  • Identification tags
  • Decorations
  • Switch and button
  • Keyboards
  • Plastic reinforcement
  • Packaging
  • Electronic components
  • Models
  • Plastic degating
  • Custom phone
  • Sensor
  • ABS (acrylonitrile butadiene styrene)
  • PET(polyethylene terephthalate)
  • PMMA (PolymethyImethacrylate)
  • PP (Polypropylene)
  • Delrin (POM, aceta)
  • PSU (Polyarylsulfone)
  • PA (Polyamide)
  • PEEK (Polyether ketono)
  • PC (Polycarbonate)
  • PI (Polyimide)
  • PE (Polyethylene)
  • PS (Polystyrene)
  • PES (Polyester)

Video: Laser Cut Plastic

Conquer complex 3D plastic parts with dynamic auto-focus. This video shows how our CO2 laser, equipped with a laser displacement sensor, automatically adjusts in real-time to cut bevels and curved car panels with precision. It ensures consistent quality on automotive components and polymers, while integrated fume extraction maintains a safe workshop environment.

Need a definitive guide to laser cutting plastics safely? This video covers critical materials like ABS and PVC, detailing how to avoid toxic fumes with proper machine settings and integrated extraction systems. Learn the process for high-precision work on automotive components and medical parts, ensuring both superior quality and a safe workshop environment.

Why Choose a Laser for Your Plasticworking Business?

Laser processing adapts to your production, not the other way around. It handles diverse plastics, sizes, and shapes, from thin films to thick sheets, flat panels to formed parts.
Our pass-through design and custom worktables eliminate material format limits, enabling seamless cutting and engraving on your terms.

MimoWork Laser: Enhancements for Your Success

Our machines are built for performance. These optional upgrades solve specific production challenges to boost your output and consistency.

Autofocus: Achieve the ideal focal point at the touch of a button. Switch materials or jobs without manual guesswork, guaranteeing optimal results and reducing setup time.

CCD Camera Recognition System: Perfect for high-volume precision work. The camera automatically scans and aligns your design to pre-printed marks or part contours, enabling accurate processing of pre-fabricated items like labeled panels or injected parts.

Dual Laser Heads: Double your throughput. Use one head for high-power cutting and another for high-speed engraving simultaneously, dramatically increasing output for complex, multi-step projects.

Table Concepts: Match your material needs. Choose a honeycomb bed for universal support or a knife-edge table to prevent back-side marking on sensitive or finished surfaces.