Powerful smart servos Nanotec’s intelligent compact drives combine motor, controller and encoder in a space-saving package. Both the BLDC and the stepper motor offer a wide range of fieldbus options.
Small plug-in motor controllers The controllers of the CPB series are ideal for integration into customer applications and custom boards. Three variants with a rated power of 150 W, 300 W and 750 W are available.
Brakes BCD These spring-loaded brakes keep the motor in position when power is disengaged. They are ideal for use in vertical applications, conveyor belts or medical devices.
GP80 planetary gearboxes High-torque planetary gearboxes with straight-cut and hardened gears. The GP80 gearboxes come in one- and two-stage versions and with four different reduction ratios.
Flat motor with encoder With its 45 mm diameter, integrated encoder and 4,840 rpm rated speed, the DF45-E is ideal for positioning tasks in tight installation spaces. It is easy to control via digital Hall sensors.
Linear actuator with drive The PSA56 combines the LSA56 linear actuator with the intelligent drive of the PD4-E motor. The integrated encoder supports field-oriented control via CANopen.
Low-noise gearbox The GP42-N low-noise gearbox is designed for BLDC and stepper motors with NEMA 17 flange and the DF45 external rotor motors. They come in a single- and a two-stage version with seven gear ratios.
External linear actuator with 14 mm flange With its compact design, 3.5 mm thread diameter and 15 N maximum force, the LSA14 is ideal for medical applications, laboratory automation and optical technology.
Robust multiturn encoder Equipped with an SSI interface, the NMM1 magnetic absolute encoder offers a resolution of 17 bits single-turn and 16 bits multi-turn. Two shaft diameters are available.
Wheel drives for service robots The WD wheel drives consist of a wheel, integrated planetary gearbox and bearing in one unit. Combined with Nanotec’s motors and controllers, they are ideal for use in service robots or AGVs.
Compact EtherCAT drive The CM-CPB3-44 drive is designed to control four BLDC or stepper motors with up to 150 watts per axis. Hall sensors, incremental or SSI encoders provide feedback on the motor position.
Easy software integration The software library NanoLib facilitates the integration of Nanotec’s motor controllers/drives into existing software applications. It supports C++, C# and Python and communication via fieldbus.
Captive linear actuator with 56 mm flange Due to its optimized design the LGA56 linear actuator reaches speeds of up to 150 mm/s. Nanotec offers a number of thread types, stroke lengths and thread leads to choose from.
For I/O-based applications With the CSL3, Nanotec now offers an easy-to-configure controller with 16 movement profiles for brushless DC motors with up to 72 W rated power and 3 A rated current.
New PD4-E/EB with brake The PD4-E/EB brushless DC motors with integrated controller are now available in a version with integrated holding brake. They are ideally suited for use in Z axes and robotics applications.
Webinars Whether a motor, controller, encoder, or linear actuator, in our webinars the Nanotec product specialists will show you how to most efficiently integrate our drive solutions into your system.
Explore the virtual product Combine a motor with encoder, gearbox and brake in 3D! View and download the CAD models for your combination in many formats and free of charge.
Precise steering performance Team KA-RaceIng is on a path to success with their autonomous racing vehicle. Nanotec supports the Karlsruhe students with the brushless DC flat motor DFA90 and controller C5-E-2.
Auto setup with the P&D Studio How do you commission the motor controllers from Nanotec with the help of the Plug & Drive Studio? The tutorial shows how to practically perform the auto setup step-by-step.
Captive linear actuators – how they work The integrated linear guide is the main characteristic of captive linear actuators. The lead screw travels back and force in a linear motion as our video shows. Just watch.
Non-captive linear actuators – design Linear actuators without linear guide need an external guide to prevent the lead screw from rotating. Watch our video to learn more about the movement of the rotor and the lead screw.
External linear actuators – how they work The threaded nut traverses back and force on the lead screw and is secured against rotating by an external guide. Play our video for more details.
