Laser Cutting

Laser Cutting for Plastics

Precision Cutting Solutions for Modern Plastic Fabrication

At Laser Lines, we offer high-performance lasers for laser cutting engineered to deliver fast, clean, and accurate cuts across a wide range of plastic materials. Our systems are ideal for industries including signage, packaging, product design, prototyping, and manufacturing—where detail and quality matter.

 

48-Series Lasers

The Novanta Synrad 48 Series is a compact 8–10 Watt CO₂ laser source designed for OEM integration into industrial marking, engraving, coding and small cutting systems. Reliable sealed technology provides consistent performance for demanding production environments. More

vi Series Lasers

The Novanta Synrad V / VI Series CO₂ lasers deliver reliable 30–40 Watt laser performance for industrial marking, engraving and OEM integration. Compact, efficient and designed for production environments, they provide a flexible CO₂ laser solution for modern manufacturing systems. More

ti-Series Lasers

The Novanta Synrad ti Series provides 60W to 100W sealed CO₂ laser sources for industrial marking, engraving, cutting and OEM machine integration. Offering excellent beam quality and reliable performance, the ti Series is ideal for demanding manufacturing applications. More

f-Series Lasers

200 Watts
Suitable for High Speed Cutting/Converting Systems
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i-Series Lasers

400 Watts
Suitable for High Speed Cutting/Converting Systems
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p-series Lasers

The Novanta Synrad p Series delivers high-performance 100 W to 400 W pulsed CO₂ laser sources for precision cutting, drilling and marking. Designed for OEM integration, the p Series minimises heat affected zones while maximising processing speed and quality. More

What Is Laser Cutting?

Laser cutting is a non-contact process that uses a focused beam of light to cut through materials with extreme precision. In plastic fabrication, the laser melts or vaporises the material along the cutting path, leaving smooth, sealed edges with minimal or no need for post-processing.

The process is controlled digitally, allowing complex shapes and intricate designs to be cut consistently and efficiently—perfect for both one-off projects and high-volume production runs.

How Laser Cutting Works (for Plastics)

  1. A high-powered laser beam is generated and focused onto the surface of the plastic.

  2. The intense heat melts, burns or vaporises the material precisely along the programmed path.

  3. An assist gas (usually air or nitrogen) helps clear away molten material for a clean edge.

  4. The result is a high-quality cut with little to no mechanical stress or material distortion.

Laser cutting is highly suitable for a wide range of plastic materials, including:

  • Acrylic (PMMA) – Ideal for signage, displays, and decorative items

  • Polycarbonate – Common in engineering and protective covers

  • PETG – Popular for packaging and medical applications

  • ABS – Used in enclosures and product casings

  • Polystyrene, Polypropylene & Nylon – For technical and industrial parts

⚠ Note: Some plastics (e.g., PVC) can release hazardous fumes when laser cut—always consult with our team to ensure material compatibility.

Benefits of Laser Cutting Plastics

  • Clean, polished edges – Especially effective on acrylics

  • No mechanical contact – Reduces wear, deformation, or breakage

  • Exceptional detail – Perfect for intricate patterns, logos, and fine cuts

  • Minimal waste – High material efficiency and nesting capabilities

  • High-speed operation – Great for production environments

  • Easy integration – Compatible with CAD/CAM software for seamless workflow

Why Choose Our Laser Cutting Machines?

✔ Precision-engineered for plastic processing
✔ Available in various power levels and bed sizes
✔ Intuitive software for fast setup and operation
✔ Built-in safety features and fume extraction options
✔ Backed by expert advice, training, and after-sales support

Cut sharper. Cut cleaner. Cut smarter.
Speak to our team today to learn more about our laser cutting machines for plastic