Laser micromachining

The trend of today is speed, miniaturization and accuracy. For this reason, new technologies are constantly being sought that could process a wide range of materials in very small dimensions. Of course, there is a huge precision with which the object must be machined. Thanks to the focusing of the beam into micron dimensions, the use of lasers is very convenient.

Why choose our solution

Test in advance

We offer the possibility of testing samples or a feasibility study

Bespoke laser customization

We can individualize our machines according to your needs

Complete realization

We will arrange the turnkey contract, including installation and training

Fast service

We will quickly supply spare parts and provide a complete service

Case study
Key parameters when choosing a cleaning laser

In this article we explain the importance of the individual parameters of cleaning lasers, the fundamental principle of laser cleaning and the applications for which each power series is suitable.

Read case study
Case study
Restoration using a pulsed cleaning laser

Restoration, graffiti, dirt or soot removal, none of this is a problem for the ROD cleaning system. The laser is particularly suitable for very sensitive restoration of monuments or historical objects.

Read case study
Case study
Laser cleaning of industrial moulds

Laser mould cleaning covers a wide range of applications, including mould presses, tyre moulds, baking moulds, injection moulds and more.

Read case study

Advantages and functions of our lasers

Precision machining (<10 μm to several thousand holes per second)
High precision (micrometers), and machining of miniature products
Machining is contactless, dust-free and almost noiseless
Ability to process a wide range of materials , such as carbides, ceramics, glass
Low thermal impact on the machined area - deformations are prevented and the product cools down quickly
Significantly lower maintenance than machining.
Easy integration into the production line

Suitable materials

Kov
Dřevo
Plasty (PMMA)
Textílie
Papír
Materiály pro označení
Sklo

Advantages of laser micromachining over conventional methods

1
Contactless method

Laser is a non-abrasive method

2
Speed

Fully adjustable machining speed

3
Flexibility

Possibility to set machining details

4
Efficiency

Repeatable accuracy and possible process control

What can a machining laser be used for?

Microcutting
kevlar, tungsten carbide, diamond, carbon, polymers, etc.…
Microperforation
mobile phones, electronics
3D machining
engine parts, turbine blades
Scribing
cutting diamond, silicon wafers, sapphire, ceramics and more
Special applications
photovoltaics, glass machining, composite materials, kevlar, etc.

Our lasers offer

Veles CO2 workstation Fiber laser marking and engraving station Narran Veles
Wood
Plastic (PMMA)
Glass
Textiles
Paper
Station suitable for marking, engraving and cutting. Suitable for smaller operations and industrial environments. Manufactured in the Czech Republic.
On request
Veles Fiber workstation Fiber laser marking and engraving station Narran Veles
Metal
Station suitable for marking and engraving metals. Long service life. Manufactured in the Czech Republic.
On request
Scriba Laser for engraving and marking of metals and thermoplastics
Wood
Plastic (PMMA)
Glass
Textiles
Paper
Station suitable for marking, engraving and cutting. Suitable for smaller operations and industrial environments.
On request
Translate »