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Laser Cutting

Our laser cutting solutions deliver unmatched precision and speed, using high-powered lasers to cut through metals, plastics, and other materials with minimal waste. The process involves directing a focused laser beam onto the material, which either melts, burns, or vaporizes, creating clean, accurate cuts. Ideal for industries requiring intricate designs, our laser cutting technology ensures consistency, efficiency, and a high-quality finish.
Laser cutting uses a concentrated laser beam to slice through materials, providing superior accuracy and smooth edges without physical contact. The process is highly efficient, with the ability to cut complex shapes and fine details. Suitable for applications in automotive, aerospace, and electronics, our laser cutting systems are engineered for reliability and precision, reducing material waste and optimizing production workflows.

Laser Cutting Technology

advantages of laser Cutting

High Precision and Accuracy

Laser cutting allows for extremely precise cuts with tight tolerances, enabling complex designs and intricate details that are difficult to achieve with traditional cutting methods.

low wastage & cost saving

The focused laser beam reduces material waste by producing narrow kerf widths, maximizing the use of raw materials and lowering production costs.

EXTREMELY FLEXIBLE

Laser cutting can handle a wide variety of materials, including metals, plastics, wood, and ceramics, making it suitable for diverse applications across multiple industries.

Faster Cutting Speeds

Compared to conventional cutting techniques, laser cutting operates at higher speeds, increasing production efficiency and reducing turnaround times, especially in high-volume manufacturing.

types of laser Cutting

Fusion Cutting

In fusion cutting, the laser melts the material, and an assist gas (typically nitrogen or argon) is used to blow the molten material away from the cut. This method is used for materials like stainless steel and aluminum, where oxidation needs to be minimized.

Flame Cutting

This process uses oxygen as the assist gas. The laser heats the material to ignition, and the oxygen assists by creating an exothermic reaction that helps cut through thicker materials like carbon steel.

Vaporization Cutting

In vaporization cutting, the laser beam heats the material to its boiling point, causing it to vaporize and create a cut. This method is ideal for materials like wood, plastic, and certain metals where material removal by vaporization is desired.

Sublimation Cutting

Similar to vaporization, sublimation cutting involves turning solid materials directly into gas using the laser’s heat without passing through a liquid phase. This method is common in cutting materials like paper, textiles, and polymers.

Thermal Stress Cracking

Used for cutting brittle materials like glass or ceramics, this method uses the laser to heat the material, creating a thermal gradient that causes controlled cracking along a precise path.

laser vs alternate

Laser Cutting
Cutting Speed 90%
Accuracy 100%
Material Saving 90%
Material Versatility 95%
Low Heat Affected Zone 95%
Eco-Friendly 90%
Plasma cutting
Cutting Speed 85%
Accuracy 60%
Material Saving 70%
Material Versatility 60%
Low Heat Affected Zone 50%
Eco-Friendly 65%
Waterjet cutting
Cutting Speed 60%
Accuracy 85%
Material Saving 85%
Material Versatility 95%
Low Heat Affected Zone 100%
Eco-Friendly 75%
mechanical cutting
Cutting Speed 40%
Accuracy 65%
Material Saving 60%
Material Versatility 70%
Low Heat Affected Zone 100%
Eco-Friendly 70%

product brochure & magazine​

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Laser 4.0

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Pioneering the Path Forward

Scantech Laser combines cutting-edge laser technology with exceptional problem-solving expertise to empower customers and partners in advancing the future of industrial manufacturing.

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