Product Overview

Unleash more power with the LMS linear motors The LMS linear motors represent a significant advancement in motion control technology, offering substantially higher continuous force compared to the existing LMG range. Despite this enhanced power, the LMS motors maintain a mechanical integration similar to their predecessors, making them an ideal choice for seamless machine upgrades. Engineered…

Increased performance with the LMG linear motors The LMG linear motors represent a breakthrough in motion control technology, offering a compact yet powerful solution for high dynamic applications. Engineered for optimal performance, these motors boast a remarkable peak-to-continuous force ratio, making them ideal for demanding linear axis systems with mid- to-low moving masses. Their lightweight design…

Precision in Motion: Introducing ILF+ Ironless Linear Motors The ILF+ ironless linear motors cover applications demanding ultra-high dynamics and low moving masses. Designed with precision in mind, these small-sized motors offer exceptional speed stability, making them ideal for scanning applications where precise speed control is crucial. With zero force ripple and no attraction force between the…

Precision and performance with the ILM+ ironless linear motors The ILM+ ironless linear motors represent the pinnacle of motion control excellence, offering unmatched power and precision for demanding applications. Building upon the success of the ILF+ motors, the ILM+ series combines the advantages of ironless technology with high continuous force capabilities. Ideal for mid- to high-mass…

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,…

The TMB+ motor is a further development of the well-known TMB torque motor series that promises more power and new functions without compromising compatibility with existing motors. This motor represents a significant advancement in torque motor technology, boasting up to a 20% increase in torque density and a remarkable 30% reduction in power losses compared to…

The TMKi torque motor range introduces a revolutionary design that redefines the capabilities of torque motors, pushing speed levels to unprecedented heights while maintaining robust performance. TMKi family is a continuous improvement of the well-known TMK motors, which stand out with their advanced electromagnetic design, enabling them to achieve speed levels previously thought unattainable for torque…

The TMC torque motor series by ETEL sets a new benchmark in machine tool applications, combining innovation and performance in a compact footprint. While retaining the robustness, repeatability, and reliability of its predecessors, TMC offers an additional option beyond traditional torque motors like TMB+ and high torque/high-speed motors such as TMKi. The TMC series stands out…

The TML torque motor offers a cost-effective solution for applications requiring dynamic performance comparable to direct drive torque motors, without the need for water cooling. As a lighter and more economical alternative to the renowned TMB motor, the TML torque motor range caters to applications where continuous torque demands are less stringent. Ideal for scenarios where…

The TMM torque motor offers a cost-effective solution for applications requiring dynamic performance akin to direct drive torque motors, without the need for water cooling. As a lightweight and economical alternative to the renowned TMB motor, our TMM torque motor range caters to applications where continuous torque demands are less critical. Ideal for scenarios where water…

The IMTHP module ensures protection against overheating for our torque motors, maintaining operational safety even under demanding conditions. Designed to safeguard our torque motors from overheating, the IMTHP module offers precise temperature monitoring to prevent issues, particularly during strenuous motor operations like stall conditions. It compensates for intrinsic temperature measurement delays through software adjustments, providing real-time…

AQUARIUS is an actuator designed for applications where force, throughput, durability and reliability are required – all in a compact form factor. It is ideal for applications that require an independent Z-axis for testing handheld devices and offers optimal performance. This solution is suitable for various applications where precision and high dynamic are important. With a…

AQUARIUS ST is the latest generation of our short stroke actuators specifically designed for “Test & Scan” turret applications. This series offers improved force control repeatability and higher throughput, which ultimately reduces the total cost of ownership of the machine. In “Test & Scan” turret handler applications, where precision and high dynamic are paramount, the AQUARIUS…

Introducing TUCANA, an actuator that fulfils the requirements of applications that demand force, throughput, durability and reliability, all in a compact form factor. It is particularly suitable for independent Z-axes for testing handlers with high performances. This is a versatile solution that can be used in various scenarios where precision and high dynamic are paramount. With…

The TUCANA ST marks the beginning of a new era for our short-stroke drives, which have been specially developed for “test & scan” turret handlers applications. Compared to its predecessor, the ST series offers improved force control repeatability and higher throughput, which ultimately reduces the final cost of ownership of the machine. Key parameters such as…

The TBS linear axis by ETEL offers unparalleled precision and performance, making it the ideal solution for high accuracy applications across diverse industries. The TBS is a high-precision linear axis with 1 Degree Of Freedom, utilizing a mechanical bearing-based indirect drive system. This design provides exceptional accuracy and precision within its category. Controlled by a high-performance,…

The DynX Rotary Series offers a range of precision rotary positioning axes, providing high reliability, outstanding accuracy, low maintenance, and easy integration for various applications. Featuring three different diameters, the DynX rotary series serves as an ideal standard solution for applications requiring smooth motion, high speed stability, and precise positioning. These rotary stages are seamlessly integrated…

The DXR+ is a rotary module designed for mid-end applications in the semiconductor and electronics industries, featuring a compact design, light mass, and large hollow shaft to optimize performance to cost ratio. The system offers significant improvements in rigidity and directly increases the control bandwidth of the supporting XY tables. It operates over a wide range…

Our latest rotary axis solution, the DXRH, 1 degree of freedom (DOF) mechanical bearing design, is characterised by exceptional accuracy. The DXRH is characterised by its encoder system and unrivalled mechanical properties comparable to those of air bearing solutions – without the associated complexity. Supported by HEIDENHAIN best in class encoder and bearing technology and our…

This series offers high-precision indexing tables with five different active lengths, featuring our direct drive torque motors for exceptional performance in applications requiring high repeatability and short indexing times. Integrated with our direct drive torque motors, the RTMBi Series excels in providing high acceleration during indexation with low power dissipation. This standard solution ensures high duty…

The RTMB+ family offers high-precision rotary indexing tables in two different diameters, active lengths and windings per size. Our direct-drive TMB+ torque motors provide exceptional performance in applications that require high repeatability and short indexing times. By integrating our TMB+ direct drive torque motors, the RTMB+ series ensures high acceleration during indexing with low power dissipation,…

The ZT box module offers two degrees of freedom – Z and Theta – in a single unit, with both coarse and fine Z-axis adjustments available. Designed for wafer process control applications, it can function independently or be mounted atop an XY platform. This module provides versatile motion control capabilities, featuring infinite rotation and built-in vacuum…

The Z3TM module expands the range of motion platforms, offering four independent degrees of freedom for advanced semiconductor applications. Designed for advanced semiconductor applications, this module offers four independent degrees of freedom – 3 rotary axes (RX, RY, RZ) and one vertical (Z) – achieving exceptional performance in terms of wafer-level accuracy and dynamics in a…

The Z3TM+ module expands the range of motion platforms and integrates four independent degrees of freedom in an enlarged theta hollow shaft. This module revolutionises motion control in the semiconductor industry through its advanced design with four degrees of freedom housed in an enlarged theta hollow shaft. With optional coarse Z-axes, this module provides unprecedented control…

CHARON2 is our most popular motion system platform. Through its robust and reliable stacked architecture, designed with modularity and scalability in mind, it is recognised as a cost effective entry point for many turn-key motion solutions. The CHARON2 family comes in a multitude of different predefined configuration ranging from single X axis to complete 6 degree-of-freedom…

HD stands for high dynamics. With CHARON2HD, dynamics of the existing base product are doubled without compromise on performance. As for the CHARON2 family, the HD versions come in a multitude of different predefined configuration ranging from single X axis to complete 6 degree-of-freedom (DOF) motion system. The choice from our standard electronics makes the CHARON2HD…

VULCANO2 is our gantry stacked-axes architecture combining our renowned ironcore motors, mechanical bearing and high-end optical encoders to deliver great geometrical performance at high dynamics. When compared to our stacked CHARON2 family, the VULCANO2 mainly comes with higher duty cycle and payload capabilities. Its compact footprint maximises cost efficiency without compromising throughput and duty cycles. Whether…

Introducing METIS, a state-of-the-art hybrid planar mechanical/air bearing platform designed for step and scan applications, ensuring unparalleled accuracy, move & settle times and speed stability over 4 degrees of freedom. The METIS platform is a cutting-edge hybrid planar mechanical/air bearing platform, dedicated to step and scan applications with four-axis movement in X, Y, Z, and Theta…

TELICA, a cutting-edge multi-axes platform, is revolutionizing semiconductor back-end applications with its dual gantry architecture, offering unmatched accuracy and throughput for advanced die bonding applications and more. TELICA is a multi-axes platform designed for semiconductor back-end applications, featuring a dual gantry architecture that offers motion along four degrees of freedom (X, Y, Z, and Rz) with…

Experience unprecedented process stability with the QUIET active isolation system, neutralizing floor vibrations and cancelling out motion system reaction forces, ensuring flawless operation of your machine. In semiconductor applications, vibration can drastically affect machine accuracy and throughput performance. ETEL’s QUIET Series revolutionizes this, augmenting our Forward Integration Strategy by seamlessly integrating advanced motion systems and state-of-the-art…