Lightblade FibreCut 1390: Fibre Laser Metal Cutting System

LightBlade FibreCut

Discover the Thinklaser LightBlade FibreCut Series – a premium range of high-precision fibre laser cutting systems, meticulously designed and engineered in the UK to meet the rigorous demands of industrial, engineering, and fabrication sectors.

The series includes three distinct models to suit a range of operational requirements:

  • FibreCut 4040 – a compact, space-efficient model ideal for smaller workshops or prototyping environments.

  • FibreCut 6060 – a versatile, mid-sized solution offering a balance between footprint and cutting capacity.

  • FibreCut 1390 – a high-capacity system built for larger-scale applications requiring maximum throughput.

Each machine in the FibreCut range features a robust configuration comprising:

  • Raycus fibre laser sources for reliable, energy-efficient performance.

  • Raytools auto-focus cutting heads to ensure consistent cut quality across varying material thicknesses.

  • FSCUT control systems offering intuitive operation and seamless software integration.

  • Precision motion systems, including Japanese-manufactured servo motors and Taiwanese linear guides, delivering smooth, accurate, and repeatable movement.

The LightBlade FibreCut series is capable of cutting a wide range of metals, including stainless steel, carbon steel, aluminium, and other non-ferrous materials with exceptional accuracy and efficiency.

Engineered to support a variety of production environments—such as subcontract manufacturing, sheet metal processing, prototyping, and bespoke manufacturing—these machines offer:

  • CE-certified build quality

  • Scalable power options from 1000W to 3000W

  • Optional fume extraction systems to maintain a safe and clean working environment

Whether you require compact flexibility or high-volume throughput, the LightBlade FibreCut range is your dependable partner for precision metal cutting.

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Other Products and Services from Thinklaser Ltd

CO2 Glass Laser Tubes

CO2 Glass Laser Tubes

Here you will find a range of EFR and RECI glass CO2 Laser Tubes.

We can supply the EFR narrow body (55mm diameter) and RECI large body (80~90mm diameter) tubes.

The following power tubes are available: 60W, 80W, 100W, 130W and 150W
Laser Materials

Laser Materials

Explore our premium range of laser materials, carefully selected to complement Thinklaser Limited’s cutting-edge laser systems. Designed to deliver exceptional results, our materials are ideal for engraving, cutting, and marking projects across a wide variety of industries.

Our selection includes high-quality acrylics, wood sheets, laminates, and other specialised substrates, all optimised for precise and efficient processing on Thinklaser’s laser systems. Whether you’re crafting intricate designs, creating durable signage, or prototyping for industrial applications, these materials offer consistent performance and professional finishes.

Each product in our laser materials range is rigorously tested to ensure compatibility with our Lightblade systems, guaranteeing reliability and outstanding results. For guidance on selecting the best material for your project or tailored advice on laser settings, our expert support team is always available to assist.

Browse our collection today and elevate your laser cutting and engraving projects with materials designed to inspire creativity and achieve perfection.
Lightblade Dual Source Laser

Lightblade Dual Source Laser

Laser engraving for metallic and non-metallic materials
Thinklaser Ltd Logo 001

Thinklaser Ltd

Unit 3, Perrywood Business Park, Honeycrock Lane, Redhill, Surrey, RH1 5DZ, United Kingdom

Thinklaser Ltd designs, develops, and manufactures laser marking, engraving, and cutting systems, offering desktop, standalone, and fully integrated solutions. They also provide third-party design services for laser optical modules. Additionally, Thinklaser offers subcontracting laser marking, engraving, and cutting services across various industries, utilising both Nd:YAG and CO2 technologies to process a wide range of materials, including thin films and foils.