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Solutions

Laser technology delivers precise, efficient, and high-quality solutions for marking, engraving, cutting, and welding. Its versatility ensures durability and accuracy across various materials, making it essential for industries like automotive and medical technology to enhance production with speed and precision.

Parts & Materials


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Metals & Alloys

Reliable laser solutions for precision marking, engraving, and cutting on all types of metals and alloys.

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Plastic & Resins

Clean and durable marking on plastic components with minimal distortion or damage.

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Glass & Ceramics

Non-contact laser marking for delicate materials like glass and ceramics with high clarity.

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Others

Custom laser solutions for wood, leather, rubber, acrylics, and composite materials.


Industry & Applications


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Automotive

Laser technology for part marking, VIN engraving, and component serialization.

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Aerospace & Defence

High-precision laser solutions for traceability, compliance, and safety-critical components.

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Tooling & Industrial equipments

Durable marking for tools, dies, machine parts, and production equipment.

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Food Packaging & FMCG

Safe and efficient coding for expiry dates, batch numbers, and traceability on packaging.

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Medical Technology

Clean, permanent laser marks on surgical tools, implants, and medical instruments.

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Jewellery & Luxury goods

High-detail laser engraving for branding and design on premium materials.

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Electronics & Semiconductors

Precise, low-impact laser marking for PCB boards, chips, and electronic casings.

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Others

Tailored laser applications for emerging and niche industries.


Resources & References


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Traceability Importance

Learn why laser traceability is essential for safety, compliance, and supply chain control.

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Explore the Laser Technology

Explore how the laser technology redefines the almost every industry.

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Why Laser Technology

Laser technology is superior for marking, engraving, cutting, and welding due to its precision, speed, durability, and minimal material damage compared to traditional methods.

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Traditional and Conventional Methods

Before lasers, industries used traditional marking and cutting methods that lacked precision and speed. Laser technology offers a faster, more versatile alternative.