STIEFELMAYER effective – a new generation of laser cutting equipment

The STIEFELMAYER effective laser cutting machine integrates three innovative technologies: High power fibre laser, carbon fibres components and linear drives. This unique combination makes it one of the most efficient, productive laser cutters on the market.

Energy

Modern fibre lasers require less power for cutting yet have three times the degree of efficiency and are ideal for thinner sheets. But not only is their energy utilisation severalfold better, they also allow much higher cutting speeds.

Machine dynamics

You can’t win a race at a crawling pace. Delay and acceleration are important factors.

To translate the higher cutting speeds into shorter production times, the machine itself was upgraded to use the latest technology, setting new standards for dynamics and precision.

The weight of all moving parts was optimised by using modern materials developed for aerospace and racing applications.

These contain carbon fibres to achieve superior strength with minimal mass. This is a prerequisite for high contour accuracy at high cutting speed.

In combination with high-performance linear motors, products are manufactured quickly with great precision.

Beam guidance

But what use is the superior precision of the machine axes if the laser beam wobbles through the machine?

The fibre guide transfers the precision of the machine to the component without deviation.

Fibre systems are completely sealed and thus require no maintenance. This means: No flushing of the beam path, no reflectors to adjust, no special gas for the laser - no more time-consuming maintenance of the laser and beam guide system with reflectors.

Handling

If a machine is a pleasure to work with, efficiency and profit will be at a higher level.

A conveniently operated table system with fast table changeovers and a user-friendly operating interface along with superior technical characteristics contribute to achieving this.

STIEFELMAYER effective opens new perspectives for high precision laser cutting of thin sheets. Modern fibre laser combined with carbon fibre components and linear drives lead to a convincing solution: highly precise laser cutted parts and an extraordinary process efficiency.