Introduction
Nanomotion is a leading designer and manufacturer of motion systems, subsystem modules, and piezo motor/drive components. Nanomotion’s unique motion solutions have been used in applications such as robotics, industrial automation, and medical devices. Our products are custom designed to meet your specific needs. We offer turnkey service and support
Nanomotion’s unique motion systems and subsystems feature:
Nanomotion’s unique motion systems and subsystems feature:
- Ultrasonic standing wave piezoelectric technology. The piezo element can be used in a wide range of petronics to semiconductor applications, with the highest efficiency and lowest power consumption. The unit has a high output torque at low speeds with low friction losses, making it suitable for robot applications where high-speed operation is required.
- Subsystems and modules can be used in a wide range of petronics to semiconductor applications. In addition, Nanomotion offers motors and motion solutions that are suitable for use in practically every type of sensor or controller system on the market today including micro-electro-mechanical systems (MEMS), opto-electronic sensors (OTS), image processing systems such as cameras, etc., positioning systems such as GPS receivers, etc., actuators such as DC motors, etc., positioning devices like inductive loops, etc., optical sensors like photodiodes, etc., MEMS accelerometers; even more numbers like thermocouples could be added depending on which ones are needed most often!
Nanomotion’s modules and piezo motor/drive components feature:
Nanomotion’s modules and piezo motor/drive components feature:
- High-performance piezo motors with a wide range of operating frequencies, from DC up to 1,000 Hz.
- High-performance piezo drivers with a wide range of operating frequencies, from DC up to 1,000 Hz.
- High-performance piezo actuators with a wide range of operating frequencies, from DC up to 1,000 Hz.
- High-performance piezo positioners for positioning precision within microns or tens of microns (depending on the application).
- High-performance gyroscopes for measuring angular momentum at speeds approaching 1 million RPMs (300 kHz per second) or 2 million RPMs (500 kHz per second). A Gyroscope is an instrument that uses spinning mass elements instead of magnets or springs as in conventional mechanical systems such as watches or clocks which have limited stability due to friction between moving parts etc. It can be used either as an absolute reference measurer like a pendulum clock where the rate produces an angle measurement similar to what one sees on any analog dial indicating the time elapsed since resetting its counterweight wheel dropping off its anchor point onto the ground below; alternatively, it could be used as an enclosed inside device containing electronics connected by wire leads running along tracks between two points marked out by vertical rails mounted one atop another above ground level so they’d remain stationary even if vibration shook things around outside – this would mean less risk involved when working near noisy machinery than trying anything else!
Nanomotion’s motors include:
Nanomotion’s actuators include a variety of high-torque, low-profile, and low-inertia motors. These motors are designed to be used in a wide range of applications including:
- Medical device testing
- Industrial automation and robotics, for more information Nanomotion designs and manufactures
Nanomotion’s piezo motor/drive components include:
Nanomotion’s piezo motor/drive components include:
- Piezo motors (1)
- Piezo motor/drive assemblies (2)
Nanomotion has a new closed-loop rotary actuator – the EL-C-010, a lightweight, high torque, low profile, and low inertia actuator.
The EL-C-010 is a new closed-loop rotary actuator, designed to meet the needs of today’s applications. With its high torque, low profile, and low inertia, it offers an ideal solution for applications where space is at a premium or where payload weight requirements are minimal.
Nanomotion has developed this unique configuration of piezo motors with their unique capabilities which allow for both high torque and speed control without sacrificing efficiency or reliability. The result is a system that can provide virtually infinite rotation speeds with very little energy consumption so when you need your robot to move fast but doesn’t want it too heavy then this may be just what you need!
Piezoelectric motion systems for petronics to semiconductor applications
Piezoelectric motion systems for petronics to semiconductor applications
Nanomotion’s piezoelectric motion systems are an exciting addition to our existing portfolio of products, providing a complete solution for the development of low-power and high-performance applications. The piezo technology can be used in many different ways including actuators, motors, and drive components. The Nanomotion piezo motor/drive includes:
- A highly efficient drive system with low power consumption and vibration levels that are below or similar to those produced by gears or shafts
- High-speed operation at up to 1kHz (1 million cycles per second) which allows it to operate at low speeds while delivering robust performance
Conclusion
Nanomotion continues to push the boundaries of motion design and manufacturing. We have a strong R&D team and are always looking for new technologies that can improve our products.