Motion & Control Engineering
Designing advanced control solutions that enable high-performance precision motion systems.
Servo control
Feedforward control
Disturbance rejection
Passive and active vibration suppression
System identification
PRECISION POSITIONING FOR COMPLEX HIGH-TECH SYSTEMS
From concept development and modelling to realization and validation of ultra-precise positioning systems.
PUSHING THE LIMITS OF PRECISION, STABILITY AND CONTROL
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DEVELOPING NEW SYSTEMS
Creating next-generation positioning systems from the ground up, combining precision mechanics, mechatronics, software and control engineering. From concept studies to fully validated solutions.
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IMPROVING EXISTING SYSTEMS
Enhancing the performance of existing positioning systems through advanced modelling, control optimization and multidisciplinary engineering. We help customers increase accuracy, throughput and robustness while leveraging existing investments.
Positioning challenges
Dynamic System Behaviour
Balancing high speed and extreme precision as flexible structures, resonances and increasing system complexity affect positioning performance.
Environmental Disturbances
Maintaining positioning accuracy and system stability despite temperature variations, vibrations, acoustics and other environmental influences.
Faster Time-to-Market
Reducing development cycles while maintaining the performance, reliability and manufacturability of advanced positioning platforms.Expertise
Motion & Control Engineering
Designing advanced control solutions that enable high-performance precision motion systems.
Servo control
Feedforward control
Disturbance rejection
Passive and active vibration suppression
System identification
Precision Mechanics
Developing mechanical architectures that deliver stable, ultra-accurate positioning performance.
Precision structures
Lightweight constructions
Thermal and flow stability
Dynamic behaviour
Design for manufacturability (DfM)
Mechatronic Architecture
Creating integrated system architectures that combine mechanics, electronics, software and control.
Concept development
System architecture
Requirements engineering
Multidisciplinary integration
Performance optimization
Modelling & Simulation
Predicting system behaviour through advanced modelling before physical prototypes are built.
Dynamic simulations
Predictive modelling
Optimal setpoint generation
Performance analysis
Virtual validation
Measurement & Validation
Validating positioning performance through advanced measurement techniques and system testing.
Precision measurements
System validation
Performance verification
Root cause analysis
Test automation
Expertise
Precision Mechanics
Developing mechanical architectures that deliver stable, ultra-accurate positioning performance.
Precision structures
Lightweight constructions
Thermal and flow stability
Dynamic behaviour
Design for manufacturability (DfM)
Mechatronic Architecture
Creating integrated system architectures that combine mechanics, electronics, software and control.
Concept development
System architecture
Requirements engineering
Multidisciplinary integration
Performance optimization
Modelling & Simulation
Predicting system behaviour through advanced modelling before physical prototypes are built.
Dynamic simulations
Predictive modelling
Optimal setpoint generation
Performance analysis
Virtual validation
Measurement & Validation
Validating positioning performance through advanced measurement techniques and system testing.
Precision measurements
System validation
Performance verification
Root cause analysis
Test automation
