You can find some application examples of our P01 motor on our website under this link: linmot.com/products/linear-motors/linear-motors-p01/#application

Thank you for your interest in our linear motors. Please send your enquiry to [email protected]. We will then contact you for further clarification.

You can contact our local distributor who will be able to assist you with your enquiry: linmot.com/contact/

@@LinMotEurope thanks for getting back so quick

It's true that the maximum available force of the motor is indeed dependent on very high speeds, e.g. due to back EMF (back electro-magnetic fields). However, in the application shown, this phenomenon is not relevant because the motor is only in acceleration phases and a "high" speed is not reached for this type of motor. Users can easily simulate their application using the LinMot Designer tool and also observe if the relationship between speed and force is important for their application. Our support team ([email protected]) will also be happy to help.

Maybe from 0:46 to 0:51

This is from a video we made to show the force sensor for the DM01 linear modules. A full video can be found here kzbin.info/www/bejne/Zn62mKpnq7Z9i8k For more information visit this page linmot.com/products/linear-guides-linear-modules/linear-modules-dm01/

You can contact our local distributor who will be able to assist you with your enquiry: linmot.com/contact/

Yes, our motors are capable of achieving forces ranging from a few Newtons to almost 3 kilonewtons (3kN). If you have specific inquiries or require more detailed information, feel free to get in touch with our local partner. You can find their contact details on our website: LinMot Contact Page. While our motors offer impressive force capabilities, if you are interested in brake-by-wire technology or have specific braking system inquiries, our local partner can provide you with more tailored assistance.

Yes, the statement 'strokes up to 2000mm' is not a typo. We can confirm that our motors can achieve strokes up to 2 meters (2m) in length. If you need further details or have specific inquiries, please feel free to contact your local partner linmot.com/contact/. It's worth noting that our motors are capable of speeds well above 2m/s, reaching up to 11m/s, showcasing their high-performance capabilities.

You can find your local contact, which can answer you your question precisely, on this page: linmot.com/contact/

Do you have suppliers in India?

@@LinMotEurope Any contact in India ?

We use a custom sin/cos sensor integrated into the stator which allows us to achieve a repeatability of +-0.05mm without the need for external sensors.

To solve this problem, please contact our support. You will find your regional contact on the following page: bit.ly/45bRUcZ

I agree that linear motors have reached a level of maturity, but that doesn't diminish the significant benefits they offer. While they might not be considered disruptive in the traditional sense, they do play a crucial role in enhancing productivity and enabling greater flexibility in various industries. Linear motors indeed open up new possibilities for innovation. They provide the capability to monitor and update hundreds of parameters and variables in real-time, enabling process monitoring, predictive maintenance, data collection, and aggregation, among other functionalities. This level of advanced control and precision empowers industries to optimize their operations, improve efficiency, and make data-driven decisions, ultimately leading to more streamlined processes and improved overall performance. So, while linear motors may not be disruptive in the same way as groundbreaking inventions, they do offer a wealth of opportunities to innovate and advance various industrial applications.

@@LinMotEurope You can do all of that with a rotary motor and a linear translation stage, and people do use such devices and have done so for decades or longer.

We understand your concerns regarding price, maintenance, and the Right to Repair issues you mentioned. At LinMot, we take pride in the reliability and longevity of our motors, which can endure billions of cycles without compromising performance. Our motors are designed with a simple tubular structure, eliminating the need for complex mechanical transmission components such as gearboxes, timing belts, pulleys, cams, or lead screws. This streamlined design not only ensures smoother and quieter operation but also contributes to reducing maintenance requirements significantly. We aim to provide solutions that offer long-term value and in providing reliable, sustainable, and economical solutions that align with the needs of our customers. If you have any specific concerns or questions, please feel free to reach out to our support team; we are here to assist you in any way we can.

A collar and a reed switch is about as cheap as it gets

One of the key strengths of LinMot motors lies in their remarkable reliability, not just in terms of motion precision but also in their exceptional lifecycle, which can extend into the billions of cycles. With proper sizing, our motors are engineered to withstand demanding conditions without experiencing any breakdowns. Moreover, their elegantly simple design ensures fewer components that could potentially fail, further enhancing their overall dependability. You can trust that our motors are built to last and deliver consistent performance, providing you with cost-efficiency in the long run.

Yeah, making any motor isn’t black magic proprietary thing at all, motor design and analysis and construction is so well documented. So many books on it!