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Application of CO2 Lasers in Industry: Advantages and Prospects

June 10, 2024

The CO2 laser, or carbon dioxide laser, is one of the most versatile and effective tools used in industry. In this article, we will discuss the applications of CO2 lasers, what they are and how they work, and the benefits they bring to various industries.

Class 4 Laser – Health and Safety. Everything You Need to Know.

June 10, 2024

To ensure the safe use of these devices, lasers have been classified according to the potential risks they may pose to health and safety. The classification of lasers is based on their power and potential risk of eye and skin damage. In this article, we will focus on the 4th class of lasers and the associated health and safety (H&S) rules.

Laser Radiation Measurements – A Key Element of Safety

May 29, 2024

Why are laser radiation measurements necessary, how to implement them in accordance with current standards? About it in the article.

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Laser cleaning

Types of processing: laser cleaning Material processed: metallic materials Advantages: high process speed Laser cleaning Laser cleaning is a modern method of vapourising unwanted

Welding of plastic

Types of machining: welding of plastic Machined materials: plastic Adventages: minimal thermal and mechanical stress, high quality and durability of the weld, speed, aesthetics

Welding of metals

Micromachining

Types of processing: ablation, microdrilling, perforation, structuring Machined materials: metals, plastics, ceramics, semiconductors, paper Advantages: high precision, accuracy, repeatability of machining, no damage to

Marking

Types of processing: aser marking (engraving, decolorization, annealing) Machined materials: metals, plastics, ceramics, foils Advantages: ability to apply any shape, high speed and precision,

Cutting

Types of processing: laser cutting (gas, by melting, sublimation) Machined materials: metallic materials, glass, composites, plastics, wood, semiconductors Material thickness: up to 40 mm

Soldering

Types of processing: laser soldering Machined materials: metals Solder material: alloys of tin, bismuth, antimony and cadmium (soft soldering); copper, nickel, aluminum, silver, etc.

Surfacing

Types of processing: laser surfacing Machined materials: metals Advantages: compact coating structure, short processing time, small heat affected zone, high precision Industries: aerospace, automotive,

Structuring

Types of processing: Structuring Worked materials: metals, glass, plastic Advantages: change in the surface properties of the material Industries: electronics, medicine, manufacturing industry Modern

Applications

Cutting

Welding

Resurfacing

Soldering

Marking

Micromachining

Structuring

Laser cleaning

Industries

Automotive

Electronics

Medicine

Jewelry

Forms and tools

Aviation

Packaging

Tobacco industry

Other

BHP

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laser PRO Sp. z o.o.

NIP: 8943059146

VAT-Id: PL8943059146

REGON: 360599400

KRS: 539534

D-U-N-S: 427450869

Contact

ul. Ołtaszyńska 92c 53-034 Wrocław

+48 71 723 46 79

+48 734 497 670

biuro@laser-pro.pl

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