World-wide example projects and satisfied customers speak for the fully automated systems from Neuson.

Our hydraulic technology and motion control engineering constitute the key to your success. They only become innovative with comprehensive electronic fine-tuning systems. Automation or mechatronics – the intermeshing of mechanics, fluid technology, electrics and electronics are developed in modular systems according to your particular application in the form of stationary or mobile controls for the hydraulic and motion control technology of the future.

Neuson Hydrotec mechatronics engineers use measurement, sensor and system parameters (position, pressure, flow, temperature and rotational speed etc.) to create digital evaluation, closed loop and open loop control solutions which sensitively make a major contribution to boosting the dynamic response and power of your complete system with the aid of digital logic. By programming, it becomes easy to operate and control your entire system or part of the system from an intuitive user interface. Precision diagnostic systems guarantee absolutely cost-efficient control of procedures and processes, ensuring that levels of power exactly meet the customer's requirements in terms of energy efficiency.

You

• develop your optimised system concept in accordance with state-of-the-art international guidelines to suit specific requirements
• implement electric and electronic solutions in theory and practice at low cost
• digitally merge the various future technologies in accordance with the state of the art
• integrate processes and cycle motions with countless mechanically, hydraulically and electrically controlled components in a profitable complete system
• work with extremely sensitive servo valve technology
• regulate the starting characteristics and performance characteristics of your machines with electronic control cards and CAN bus interfaces in valves, pumps and motors
• have many years of experience in applying reliable open and closed-loop control components along with associated peripheral equipment
• ensure greater industrial safety with position sensing systems and sensors
• develop software and programmable logic controls
• graphically design optimised interfaces for intuitive operator guidance
• are prepared at all times to optimise existing systems and processes, including other makes