Vacuum Generation 2 Motors – Manual
Tecnotion’s vacuum ironless linear motors can be placed in a high vacuum as a whole. We created this manual, to help you with the installation of the vacuum linear motor within your high-end application. It will give insight into what aspects to consider for the design.If you need further assistance, our support team can help…
Temperature monitoring and protection – whitepaper
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…
White paper | How can you calculate the moment of inertia?
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.
A short explanation of cogging in iron core direct drive motors
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…
Vacuum Generation 2 motors for powerful and precise processes
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
Calculate the expected amount of friction force for your application
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…
We direct drive innovation in delta robots
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…
Wat doet een industrial improvement engineer?
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]
Comparison of linear motion systems
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…
We direct drive innovation in delta robots
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…