Laser drilling

Laser drilling, like marking or microperforation, is based on the evaporation of material at the place of drilling. As a rule, high-power pulsed lasers with high energy density and special drilling methodology are used – single pulses, repeated shock pulses, hole cutting, spiral drilling, etc.…

Why choose our solution

Testing 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
Marking laser for PrusaLab

In January of this year, we designed and delivered a unique marking custom-made Veles Fiber F30 workstation to PrusaLab – the open workshop of Josef Průša. The workstation is unique thanks to its large work area of ​​400x400mm. The unit was created from the ground up in our workshop in Vysočany, Prague.

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Case study
Principle of laser cleaning

Laser cleaning uses concentrated laser radiation to evaporate impurities from the layer. The impurities are affected by ultra-short laser pulses (μs-ms), which generate heat and heat-induced pressure - the high temperature inside the material creates a high pressure that causes it to evaporate.

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Case study
Delivery of a laser welding system for the repair of injection molds

We have newly installed the SISMA SWA 150 welding laser with a peak output of 10.5 kW.
Fully automated XYZ axes ensure a trouble-free automatic laser surfacing function with and without additional material.

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Advantages and functions of our lasers

Drilling very small holes (<10 μm to several thousand holes per second)
High precision (up to micrometers), and machining of miniature products
Drilling is contactless, dust-free and almost noiseless
Drilling of hard and brittle materials , eg carbides, ceramics, glass
The material is not significantly thermally stressed - deformations are prevented and the product cools down quickly
Significantly lower maintenance than mechanical drilling.
The drilling laser is easy to integrate into the production line

Suitable materials

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

Advantages of laser drilling over conventional methods

1
Diversity

Drilling of hard and brittle materials, eg carbides, ceramics, glass

2
Speed

Up to several thousand holes per second

3
Flexibility

Possibility to change the size, shape and angle of drilling during the process

4
Efficiency

Repeatable accuracy and possible process control

What can a drilling laser be used for?

Drilling ceramics
Drilling micro-holes (usually <100 mm in diameter) into alumina and aluminum nitride and similar ceramic materials.
Drilling of stainless steel, brass, molybdenum and alloys.
Circular and irregular shapes with a minimum diameter of 5 microns.
Polymer thermoplastic drilling
Through and blind holes in thermoplastics. Hole diameters up to 2 microns.
Glass drilling
Lasers with high repetition frequency and short wavelength are ideal for micro-drilling glass.
Drilling SiN cards
Laser production of variable shape and small holes (<100 microns), with controlled or zero taper.

Our lasers offer

Packmaster CW
Wood
Plastic (PMMA)
Glass
Textiles
Paper
The Packmaster OEM CW has been designed to meet today's needs in laser cutting, scoring, macro and micro perforation.
On request
Mercury Textile
Textiles
Top in the field of professional laser systems for cutting, marking and decoration of fabrics in industrial applications.
On request
Eureka
Wood
Plastic (PMMA)
Glass
Textiles
Paper
Compact system for cutting and marking, equipped with a CO2 laser with a power of 30-150 W. For materials in sheets and rolls.
On request

Non-binding inquiry

We are also available outside normal business hours - we arrive late in the evening, on weekends or on public holidays.