The Unano ironless linear motor is our smallest standard ironless motor. Purpose-built for high-end applications where size, precision, and reliability matter most.

Designed for when every millimeter matters, these ultra-compact motors deliver reliable, smooth and powerful performance in one of the smallest form factors on the market – 17mm coil unit. It’s more than ju... (read more)

Designed to take performance in Machine Tooling to the next level (read more)

QMT motors

The QMT torque motor series is specifically designed for the machine tooling market and combines excellent mechanical compatibility with a synergy of power and precision. This improves the motion capabilities and thus enhances the overall performance of your existing machine design.

The QMT series consists of two subseries: the LA and HA series. The superi... (read more)

Designed for when every millimeter matters, but high-performance cannot be compromised, the new Unano ironless motor series offer exceptional micrometer precision, smooth motion, and impressive power - all in one of the smallest form factors available on the market today. (read more)

UXA IRONLESS MOTORS

In contrast to iron core motors, these motors feature an ironless coil unit, so there is no attraction force or cogging between the coil unit and the magnet track. This is what gives ironless motors their light weight, superior precision, a linear force constant and extremely dynamic velocity, acceleration and deceleration. Continuous force ranges from 10N all... (read more)

Thermal resistance plays a critical role in setups featuring direct-drive motors. In this webinar, we give insight in the thermal behavior of the motor and why effective thermal management is essential for selecting the right motor and optimizing performance. (read more)

In this webinar, we outline the use of linear motor in back-end semiconductor production processes such as pick and place, hybrid bonding. These processes continuously require higher force and higher accuracy to shorten production time for maximizing your output. (read more)

The direct drive technology of a linear motor is a perfect way to enhance productivity, accuracy, and dynamic performance. Direct drive motors eliminate the need for mechanical transmissions like rack and pinion, belts, and speed reducers. Between coil unit and magnets there is no contact, this means no mechanical wear. The technology makes designs slimmer, and modular and reduces costs. (read more)

Brushless torque motors are permanent-magnet direct drive motors that rotate along an axis. They can be used wherever a rotary movement is required and offer numerous advantages over conventional servo drives. The technology lowers costs, makes designs slimmer, and reduces wear and tear. Brushless motors eliminate the need for mechanical transmissions like gearboxes, belts, and speed red... (read more)

Maximizing motor performance for specific applications can be a challenge. In this webinar, we would like to showcase how Tecnotion’s simulation tool can turn your application data into actionable insights. (read more)

Understanding the performance of direct drive motors under different thermal conditions (read more)

The new TxX iron core linear motors have an optimized force constant, making your system more efficient and capable of handling heavier loads or higher accelerations. The use of stronger magnet plates in the TxX series can allow for smaller motor size design reducing the space required in your system. (read more)

The new QTR 160 high stack motors give the most torque while remaining compact. (read more)

The perfect addition to our motor portfolio with two versatile variants. (read more)

Designed with an optimized force constant, these motors boost efficiency, enabling your system to handle heavier loads and achieve higher accelerations with ease. (read more)

It features a fully integrated, highly efficient cooling system which enables the TBW to reach even higher continuous forces than the standard version and sustain extreme accelerations while maintaining its sub micron position accuracy. (read more)

The high-end TB motors are heavy duty workhorses that combine high acceleration and speed, sub micron positioning accuracy and low power consumption with a superb force density. (read more)

Iron core motors for high acceleration, speed and accuracy.The mid-range TL is our most popular iron core motor. Suited for nearly any application, including those with long travel lengths, like printers for large digital formats. (read more)

Compact iron core motors for low cost of ownership. This motor is very versatile, reliable and efficient for a wide range of applications that do not require high forces. (read more)

Three ways of dissipationTecnotion’s G2 vacuum ironless motors move masses with a certain velocity and acceleration. The heavier the mass or the faster the movement, the more work the motors have to deliver. This effort results in more generated heat, which needs to be dissipated to prevent the motors from overheating.Conduction

There are three ways of dissipat... (read more)

Used in many industrial and (high-tech) fabrication applications, linear motors are an invaluable part of the fastest and most efficient processes. (read more)

Check out our latest iron core motors brochure! Packed with updated features and insights, it is your ultimate guide to help you maximize productivity and efficiency. Different languages are available to download now!

Tecnotion direct drive motors are seamlessly integrated in a wide range of applications such as semiconductors, machine tooling, robotics, display applications and p... (read more)

Maximize performance of the direct drive motor by lowering thermal resistance (read more)

Webinar Recording

This Webinar was presented on Marh 19, 2024

In this Webinar, we explained how ironless motors are used in semiconductor applications. The advantages of using these motors, as well as the challenges (such as cooling the motors and containing magnetic stray fields), were discussed. (read more)

Torque motors have a large diameter due to the hollow shaft. This makes it possible to run the z-axis rod of a SCARA robot, with the torque motor providing the rotation movement for the z-axis rod. The direct coupling of the motor with the z-axis rod enables high inertia payloads with faster acceleration in comparison to belt drive motors and conventional servo motors.

The large i... (read more)

Different motor types are used to provide rotary motion within industrial applications. Each application has different requirements for speed, torque and accuracy, as well as its constraints in build-in volume and budget. This page briefly introduces different types of motors and their performance in positioning/indexing applications. Please watch our webinar recording to find out... (read more)

5 questions answered

A perfect vacuum is an environment without any matter of gas in it. In industrial applications, a vacuum environment is considered to have a pressure much lower than the atmospheric pressure and is therefore formally only a partial vacuum. In the semiconductor market, vacuum systems are used at various manufacturing stages to reduce impurities and prevent cont... (read more)

Standard torque and linear motors may not always be sufficient for your application. In that case it is possible to have these motors customized in a variety of ways. (read more)

Biggest torque motors with space-saving electromagnetic design (read more)

Efficient design scaled up for even higher torque demands (read more)

With integrated cooling channels to reach very high continuous torque (read more)

Ready for highly dynamic movements in machine applications (read more)

Smallest QTL motor with higher torque than the QTR series (read more)

With integrated water cooling to reach very high continuous torque (read more)

Power and size combined to replace large factory machinery (read more)

High peak force with a large range of options (read more)

Large inner diameter with flat design (read more)

Small build-space and a large 29 mm inner diameter (read more)

Compact sizing and low voltage support (read more)

Efficient and with high motor constant. Ideal for heavy duty applications that demand ultra-precision and maximum force output. (read more)

High positioning accuracy and repeatability. Ideal for applications that require extreme accuracy. (read more)

High acceleration and dynamics. Ideal for applications that demand peak force or low heat output. (read more)

Integrate compact solutions for guaranteed uptime and high dynamics

Within a wide variety of industries, robotic manipulators can improve productivity, accuracy and reliability. Direct drive motors are ideal to advance the robot performance by improving the dynamics and force density.

Eliminate the gearbox in Delta robots

With a traditional delta robot, a gearbox is... (read more)

The TL48Q is perfect for printing solutions (read more)

The UF Series is built specifically to sustain very high continuous forces for its footprint, which is only marginally larger than that of the UC. It is exceptionally suited for applications with high duty cycles, for instance in the medical and semiconductor markets of for pick & place systems. Peak Force 42.5...85N Continuous Force 19.5..39N

Peak force 42.5..85N, continuous... (read more)