Tecnotion is the global authority on linear motor technology. We are the world’s only unbundled manufacturer of linear motors. A former part of Philips, we specialize solely in the development and production of linear motors. Because of this, our expertise, customer service and product quality are unmatched.
Linear motors can be used in a wide range of production processes and are especially useful for the semiconductor, electronics, lcd, automotive and robotics industries, as well as providing solutions for printing and cutting various materials with pinpoint accuracy.
We have a global presence, with production plants in The Netherlands and China and local representation around the world. This ensures short delivery times and high quality support, wherever you are located.
When you do business with Tecnotion, you will have a team of highly skilled sales and application engineers at your disposal. They will help you from your initial prototype all the way to the application of our products and beyond.
Whatever your needs are, you can count on Tecnotion as a solid, reliable partner.
Please have a look at our Iron Core & Ironless Linear Motor Series brochure.
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.
Our torque motors as shown in the below pictures are extremely compact, provide an extremely stiff drive train, eliminate the need for time-consuming mounting procedures, are virtually maintenance free and can be integrated directly into the machine structure, while the spacious open inner diameter enables wire and cable feedthrough. To top things off the entire series comes with completely sealed stators and integrated temperature protection and measurement sensors.
Our Philosophy
At Tecnotion we recognize that each application of our linear motors is a unique case with specific requirements and demands. When you’re doing business with Tecnotion you have a highly skilled team of sales engineers at your disposal. Our team will help and support you throughout the entire process, from initial concept right to the application of our products and beyond.
We strive to continuously improve our organization by remaining focused on our customer’s needs. We can assist you with our extensive knowledge and high degree of specialization. The better we understand your company with its objectives and difficulties, the better we are able to provide an optimal solution.
By focusing our manpower on research, development and manufacturing of the finest linear drive systems on the market, we ensure you have a flexible, reliable partner that can collaborate with you on a high level in all standard or tailor-made solutions.
Furthermore we are dedicated towards achieving and maintaining the highest quality standards possible, of which our ISO 9001 certification can attest.
Worldwide Logistics
By operating from both The Netherlands and China and with excellent service level agreements with transport companies across the globe our products can be delivered to you quickly and safely, wherever you are situated.
Temperature monitoring and protection – whitepaper Not all the energy put into a linear motor can be converted into movement. The excess energy is mostly dissipated through flux losses in the coil windings, in the form of heat. The more force you want the motor to produce, the more energy you need to supply, and the more heat is generated. Proper heat transfer is essential. Find out in this white paper about the three ways to protect your linear motors from overheating! Read more
And how does it affect the selection of a torque motor in your application? The moment of inertia is a key concept in understanding the rotational behavior of objects. Check out our white paper with an explanation of this topic.
Cogging force is a phenomenon caused by the attraction of the iron lamination stack of the motor to the permanent magnets. The direction of this force is either the same or opposite to the moving direction. By moving the motor over the magnet track the cogging effect can be noticed, the motor has a preferred position above the track and will move towards a permanent magnet. Read more
Generation 2 vacuum ironless linear motor series is designed with the unique challenges of vacuum applications in mind and based on years of collaboration with high-end semiconductor manufacturers. The portfolio is suitable for even the strictest vacuum requirements with a large force range. Read more
When designing an application the expected amount of friction is an important specification to consider. Friction directly dictates how much force a motor must overcome to reach the desired motion parameters like acceleration. Friction is defined as the force that is opposite in direction to the speed that is generated by the motor. Knowing how much friction the motor will encounter at what stage in the movement profile is therefore paramount. Read more
The new generation of delta robots have one thing in common. Direct drive torque motors replace the well-known servo motors with gearbox. Brom Mechatronics worked together with Tecnotion on their newest innovative design. They used Tecnotion torque motors for the automation line to plant bulb flowers in pots. The torque motors play an important role in increasing productivity and reducing costs, resulting in a better ROI for the customer. Watch the video
Techniek is overal en voor iedereen! In onze rubriek medewerker uitgelicht interviewen we collega’s van onze 12 hightech bedrijven. Hoe werkt het precies in de techniek en wat is er zo leuk? Deze week interviewen we Rika. Zij werkt als Industrial improvement engineer bij Tecnotion. Waarom zij voor techniek koos lees je hier [Bron: ontdekhightech.nl]
Do you know the difference between linear motors, rack and pinion, timing belts and ball screws in linear motion? It is critical to understand functionality and intelligence of drive systems in linear motion. In this video, it shows the differences between different drive systems, their pros and cons so as to choose the perfect one for your application. Watch the video
The new generation of delta robots have one thing in common. Direct drive torque motors replace the well-known servo motors with gearbox. Brom Mechatronics worked together with Tecnotion on their newest innovative design. They used Tecnotion torque motors for the automation line to plant bulb flowers in pots. The torque motors play an important role in increasing productivity and reducing costs, resulting in a better ROI for the customer. Watch the video
Our customers direct drive their motion technology with our linear and torque motors. With over 20 years of experience, we are used to design and build any movement question with unparalleled quality. Watch our video and experience what Tecnotion direct drive motors can do for your application.
Linear motors are the best fit in digital cutting applications with a high force density and more accurate control. The high force density provides best-in-class acceleration and top speed to increase throughput and the accuracy improves cutting quality. Read more
The TL48Q is a coil unit especially suited for applications with a high force demand and long strokes. The high force generation allows it to accelerate very quickly to the desired velocity. Read more
Hightechbedrijf Tecnotion verhuist naar het XL Businesspark. De onderneming stampt daar komend jaar een kolos van 20.000 vierkante meter uit de grond. Het bedrijventerrein tussen Bornerbroek en Almelo zit nu zo goed als vol. Lees verder [Bron: tubantia.nl]
Finding the best motor is paramount to your application but it can be a daunting task. In this tutorial, we will show you how correct motor sizing can enhance your development process by singling out the most suitable motor for your need. Also, it will demonstrate the basics of how to do proper motor sizing, based on your application, with Tecnotion’s simulation tool, and which parameters influence the sizing. The simulation tool can make very accurate calculations on the fly, which results in a variety of parameters. Watch the video
The most difficult mechanical parameter in torque motor sizing tends to be the moment of inertia. It is the rotative equivalent of moving mass. Its value is determined by the value of the moving mass and the distance of the mass to the axis of rotation. Calculating the moment of inertia correctly can even be difficult with a straightforward system. Read more
The new office is the sixth sales office and is an important step towards continuous international expansion. With their local sales offices and a worldwide network of distributors, Tecnotion can deliver fast and customized service and support. Read more
In order to generate motion in a three-phase linear motor there must be switching between the phases to energize appropriate windings. The process of switching between the phases is called commutation. Read more
in 2019 a new design of torque motors was released at the sps smart production solutions fair. called the qtl-a series, it is a motor that accommodates applications where high continuous torque in combination with a compact design is paramount. now tecnotion expanded upon the same design with two new series with even higher torque generation. the qtl-a 385 and qtl-a 485. Read more
Coupling two linear motors is an easy and effective way of increasing the available force. Herewith you are not just limited to using identical motors. Various combinations can be made, as long as the motor force constant is the same. This note discusses some details of a ‘coupled application’. Read more
Machine throughput and production rate is a key factor for efficient manufacturing. It is well known that building machines that move back and forth result in lower efficiency than unidirectional movements. Read more
Apart from the features carried over from our regular ironless motors: light weight and ultra precision, this series is also capable of incredibly smooth motion and achieves the lowest amount of outgassing possible for a series product of this type. Read more
Wat hebben (3d) printers, robots, drones, lasersnijders en productiemachines van tv-schermen gemeen? In het hart tref je vaak een motor aan van Tecnotion! Direct aangedreven motoren zoals torque- en lineaire motoren – al dan niet in vacuüm omgeving- spelen een steeds prominentere rol in allerlei hightech-ontwikkelingen. Lees verder over de stage van Jordy Holland bij Tecnotion.
Ben je net als Jordy op zoek naar een leuke stageplaats met interessante technische vraagstukken? Of net afgestudeerd en op zoek naar een uitdagende baan? Aarzel niet en mail naar hrm@tecnotion.com of kijk eerst op www.tecnotion.com voor meer informatie.
In the case of clean room and vacuum applications, any particle-generating components must be positioned outside of the controlled environment to avoid degrading the environment. For applications that involve the presence of hazardous chemicals, safety requirements demand that electrical components be located outside of the work area. The moving magnet system, jointly developed by Tecnotion and a motion control partner, provides the perfect solution to these requirements. Read more
One of the most critical quality measures of large format printers is the spacing of pixels, since the human eye can detect pixels that are not evenly spaced. This means that the motion of the printer should be extremely smooth and the velocity of the print head very stable. To achieve this, a majority of large format printer manufacturers use linear motors, which can increase the accuracy of the ink jetting. Read more
Hardened steel racks are often required in order to withstand the forces resulting from this high acceleration rate. This can add significant cost to the machine. To avoid this extra cost, machine builders are replacing rack and pinion systems with linear motors. While the cutting speed is determined by the cutting source, the time it takes to reach this speed – the acceleration rate – and the movement time between different parts have a significant effect on machine throughput. Read more
This video shows in 10 steps a system installation method to mount a Tecnotion QTL motor with cooling ring to the infrastructure.
1. Mount the O-rings on the stator, and do not twist them.
2. Remove the two fixation brackets on the side of the assembly that enters the housing first.
3. The rotor is now connected to a rotor back plate by bolting.
4. Place the assembly around the shaft.
5. Fasten the rotor to the shaft.
6. The stator assembly is now bolted to the stator back plate.
7. Remove the other two fixation brackets and the spacers. The stator is held in place by the magnetic attraction.
8. Place the housing around the assembly, while paying attention to the O-rings. The cable exit must be aligned with the water cooling inlet and outlet.
9. Check that the motor can make a full revolution without interference.
10. Mount the water cooling channels, and if desirable other accessories.
This video shows a housing installation method, in 10 steps.
It describes one way to mount a Tecnotion QTL motor with cooling ring.
1. Mount the O-rings on the stator, and do not twist them.
2. Remove the two fixation brackets on the side of the assembly that enters the housing first.
3. The rotor is now connected to a rotor back plate by bolting.
4. Insert the motor assembly. The cable exit must be aligned with the water cooling inlet and outlet.
5. Fasten the rotor to the shaft.
6. Remove the other two fixation brackets. The stator is held in place by the magnetic attraction.
7. The stator assembly is now bolted to the stator back plate.
8. The spacers can now be removed.
9. Check that the motor can make a full revolution without interference.
10. Mount the water cooling channels, and if desirable other accessories.
Tecnotion introduces a new series of torque motors. The QTL-A motor series is Tecnotion’s largest torque motor series up to date, yet very compact and thus a high torque density for the generated torque. The motor is now available for applications that have high torque and thermal management requirements. Read more
Tecnotion launched its new online simulation tool. This new online tool replaces our offline tool. With the new calculation tool, you can simulate motor behavior under different conditions and with different movement profiles. All in a very dynamic environment. Read more
Rotational electric motors have been around for ages but a lot has changed since then. How did electric motors change? What innovations have been made? Torque motors have benefitted greatly from the knowledge gained making linear motors.
Utilizing a brushless 3-phase design they can provide even greater efficiency and power, especially at low rpm. Meanwhile minimizing maintenance requirements.
Tecnotion introduces a new series of smaller QTR torque motors at the SPS IPC Drives 2017. A new 65 mm and 78 mm diameter motor make the quality and torque of Tecnotion QTR series motor available for even smaller applications.
What is commutation? In order to generate motion in a three-phase linear motor there must be switching between the phases to energize appropriate windings. The process of switching between the phases is called commutation.
How does a linear motor move over a curved track? A seemingly complicated question with straight forward answers. Where traditionally different motion systems can be used to follow up on a linear motion, Tecnotion develops curved magnet tracks. These tracks allow more complicated curved movements using a ‘traditional’ iron core linear coil unit.
How does a linear motor move over a curved track? A seemingly complicated question with straight forward answers. Where traditionally different motion systems can be used to follow up on a linear motion, Tecnotion develops curved magnet tracks. These tracks allow more complicated curved movements using a ‘traditional’ linear coil unit.
When installing a drive, available power and various other factors play an important role. The cable outlet of the motor may be a decisive criterion, particularly when space is limited. For this reason the smallest ironless linear motor from Tecnotion -the UC3- is also available with a cable output in the travel direction.
Does your machine need a power upgrade or do you want to expand an existing design? Coupling two linear motors is an easy and effective way of increasing the available force. Herewith you are not just limited to using identical motors. Various combinations can be made, as long as the motor force constant is the same. This note discusses some details of a ‘coupled application’. For more information our support team is always on standby and detailed manuals are available at our download portal.
Tecnotion, the direct drive specialist offers both small iron core and ironless linear motors for low voltage purposes. In addition to 230 Vac and 400 Vac motors for industrial applications, drives are often sought for low-voltage applications of 60Vdc and less.
Tecnotion the direct drive company, introduces a digital hall sensor for the QTR Series Torque motors. The sensor enables simple commutation of the motors.
Thanks to the digital hall sensor there is no need for costly or complex drives. It allows a quick start up of an application without wake & shake procedures. When it comes to applications which only require basic accuracy or a stable speed, for example in conveyor belts and high speed doors, there is no need for an expensive external sensor at all.
Interactieve verkeersregelinstallaties (iVRI’s) gaan informatie leveren aan automobilisten. Om met VRI’s te communiceren wordt een universeel protocol ontwikkeld en krijgt elke VRI een netwerkverbinding. Via diezelfde verbinding kan de beheerder VRI’s op afstand programmeren en instellingen wijzigen. Technolution controleert en toetst het protocol en test de werking vanuit de verkeerscentrale.
Selection of the right motor is critical to Linear motor application success. The linear motor specialists at Tecnotion have a free comprehensive simulation and modelling tool available to make motors perform in any customer defined application. Simple, Accurate and fast, finally a tool is offered that gets you the precision you define!
TECNOTION is pleased to announce the opening of a new North American Sales office in NY, to expand and support the North American Customer base.
Tecnotion is a recognized world leader in the manufacturing of direct drive components, both linear and rotary for Life Sciences, Semiconductor, Printing and Machine tools motion platforms.
The rare earths present in the permanent magnets of linear motors are a cost-intensive factor. Against this background, the linear motor specialist Tecnotion expands its product portfolio with a new iron core motor: the TM18 is the fourth in the TM series, producing the same force as motors containing larger, more expensive magnets.
Linear motors as drive solutions have found their way in to various industries over the past decades. Their performance is also reckognized for drive solutions where space is limited. Tecnotions TM3 and UC3 linear motors are the motors to choose when extreem compact build size is required.
The mid-range linear motor of Tecnotion, the TL series are characterized by their excellent ratio between size and performance, which makes the TL very useful in a variety of applications for different industries.
