Motion Control Overview

Our force control feature enhances throughput and manages contact force across motion axes, boasting benefits such as zero stop time, sensorless capability, and precise force control in the sub-Newton range. The force control algorithm, integrated into the AccurET controllers, leverages computational power for swift transitions from position to force control, ensuring smooth landings to prevent overshoot…

Our AccurET position controllers offer a compact and versatile solution, covering a wide range of voltage and current levels, simplifying the integration of different direct drive axes types into machines. These controllers feature a modular mounting design, allowing each unit to drive two axes and share a single power supply, minimizing space requirements and simplifying cabling….

Discover the AccurET VHP (Very High Performance) position controller, which has been specially developed for the most demanding motion systems. AccurET VHP position controllers are engineered to deliver exceptional performance in precision motion applications. Leveraging specialized hardware and advanced software algorithms, these controllers ensure unparalleled accuracy, stability, and speed control. They seamlessly integrate with other AccurET…

The ACCURET+ Position Controllers represent the latest generation of motion control technology, offering outstanding performance and versatility. The ACCURET+ series stands for ultimate performance. This fourth generation of position controllers has been designed to meet the increasing demands of sophisticated motion control applications. Featuring models such as the ACCURET+100 and ACCURET+300, this series offers a wider…

The ComET software offers a user-friendly interface for the maintenance and commissioning of our position controllers and motion controllers, simplifying the set-up process of the equipment. ComET guides users through the setup process of their motion systems and provides a complete automatic setup function that streamlines tuning and configuration. It simplifies the setup and maintenance of…

WINGLET is a Windows-based software designed to work with our AccurET/UltimET controllers, offering robust performance visualization, automated testing, and efficient troubleshooting capabilities. This system serves various users throughout the process of device development and deployment, assisting them in design optimisation, manufacturing robustness and field service operations. Its functions are designed to improve machine performance, ensure manufacturing…

Our gantry control feature optimizes gantry motion systems for peak performance and mechanical reliability. This advanced feature harnesses the power of the TransnET real-time communication bus to synchronize data across multiple axes, ensuring precise control tailored to the stage position. By maximizing motion efficiency and bolstering mechanical integrity, our gantry control feature offers several key advantages….

The ETEL Device Interface (EDI) is an API facilitating seamless communication between our motion control system and customer applications. EDI offers a comprehensive set of functions granting users access to all functionalities of our products. It comes in the form of libraries for C, C++, and C# (.NET Framework version 4.8), ensuring compatibility with Windows 10…

UltimET Light motion controller, part of our TransnET architecture, offers seamless synchronization and control of up to 63 axes, ensuring optimal performance in motion control applications. UltimET Light motion controller serves as the master on the TransnET bus, facilitating communication with up to 63 axes while maintaining consistent performance regardless of the number of axes. We…

ULTIMET ADVANCED motion controller offers unparalleled performance and flexibility for advanced motion control applications. ULTIMET ADVANCED is a robust and versatile multi-axis motion controller, designed to meet the evolving demands of modern industrial processes. Featuring a quad-core processor with one core dedicated to user-defined control algorithms, it provides exceptional intrinsic performance and flexibility to tailor control…

The Interpolated Motion Planning (IMP) is a specialized trajectory generation and execution library tailored for optimal performance with UltimET and AccurET controllers. IMP offers a comprehensive solution for trajectory generation applications requiring high precision and performance. It excels in providing precise geometry fitting features and automatic transitions while adhering to various kinematic constraints like velocity, acceleration,…