Metal forming & Presses

Precise drive and control technology for metal forming machines and presses

Sustainable and cost-efficient control technology – reliable and future-oriented

For over three decades, AXXERON has been developing and producing Hydrolux drive technology for the metalforming and press industry. Whether in motor vehicles, household appliances or in computer manufacturing – our technology ensures reliability, improved productivity, higher safety, lower energy consumption and higher part quality.

We offer technology-neutral products and cost-optimized, modular systems, and, if required, we can simulate these in advance with customer applications. This shortens development and installation times and helps to reduce your operating costs.

Powerful hydraulics for pressing and forming technology

Hydraulic systems are indispensable in metal forming technology because they enable high pressures and precise control. AXXERON Hydrolux offers flexible and reliable solutions for press and metal forming technology.

Our systems are used in hydraulic presses that meet the highest standards of precision and durability. With modular products and pre-simulated systems, we help our customers shorten development times and sustainably reduce operating costs.

Solutions for presses and metal forming

  • Bending machines – including wire, tube, sheet metal and folding machines
  • Deep-drawing presses
  • Forging presses – including forging machines
  • Recycling presses

We deliver technologies that meet the high standards of the metal forming and pressing industry. We offer flexibility, innovation and proven solutions for tomorrow’s applications.

Featured Products

(Servo-) Cartridge
Valves

Einbau- und Servocartridge-Ventile

Manifolds and Hydraulic Systems

Hydrauliksteuerblock-System

Modular
Die Cushion Systems

Contact us for customized hydraulic solutions

AXXERON Hydrolux is a leading technology company with unique design and manufacturing capabilities. Trust us with your challenges when accuracy and performance matter.