成功事例

AMTOS Solutions integrated the RLS AksIM-2™ off-axis absolute magnetic encoder into its patented, fully electric Force Control Unit for adaptive force control in surface finishing applications.

INO integrates the Artos absolute linear encoder system into its PRINT M family of screen printing machines to achieve precise table positioning and eliminate time-consuming homing sequences.

Teledyne Gavia achieved precise and reliable AUV flap control in harsh subsea conditions using the compact RM08 rotary encoder.

Asruk improves efficiency and reliability of high-performance electric motors using RM44 magnetic encoders from RLS.

Spanesi partnered with RLS to redesign its Touch measuring system by replacing optical encoders with AksIM absolute magnetic encoders.

Alva Industries uses RLS AksIM encoders in its SlimTorq™ motors to deliver compact, high-torque performance with precise, reliable feedback.

RMB20 helps Graspian bring human-like dexterity to robotic gripping by providing precise, real-time motion feedback that enables adaptive, touch-sensitive control of each finger.

AIDIN ROBOTICS enhanced their quadruped robot's dynamic balance and precise motion control by integrating compact, reliable AksIM-2  encoders from RLS into each joint.

MS-Innov's MORFOSE cobot integrates AksIM-2 encoders for high precision, adaptability, and efficiency. 

AksIM‐2™ provides precise motion feedback for high‐performance motors.

The LA11 readhead with the SAS10 magnetic scale enhances Meltio’s 3D printer accuracy and reliability.

RoLin and OnAxis encoders provide precise position feedback in AMRs while optimizing system compactness.

RE:HOME uses AksIM-2 encoders to enhance exoskeletons for children with cerebral palsy, enabling natural movement.

Sparkfield enhances its robotic fitness device with AksIM-2 encoders, ensuring precise, safe, and adaptive strength training.

CALMFLOOR uses RLS encoders to mitigate floor vibrations without structural alterations, enhancing building performance and sustainability in repurposed spaces.

RLS encoders in Wavedrive solutions provide cost-effective, high-performance position feedback for custom precision drives and medical devices.

Zero Motorcycles integrates RLS sensors to optimize motor control and extend range, improving the reliability and efficiency of their electric vehicles.

RLS encoders enhance the performance of Revival Bionics' foot prostheses, enabling smooth, natural movement for below-knee amputees.

UIH leverages RLS encoders in its CT scanners to achieve high-speed, precise imaging, enhancing diagnostic capabilities globally.

Dynisma uses RLS encoders to achieve low-latency motion simulation, providing realistic driver feedback essential for automotive and motorsport applications​.

AFormX employs RLS encoders in its hybrid aerobatic flight simulators, offering advanced pilot training with precise control feedback​.

RLS encoders ensure precise joint control in Project MARCH's exoskeletons, aiding individuals with spinal cord injuries in mobility and independence​.

Marsi Bionics uses RLS encoders in exoskeletons to provide accurate, dynamic movement support for children and adults with mobility impairments.

RLS encoders in microrobots provide the accuracy and speed necessary for competing in and winning autonomous maze-solving contests​.

TQ-RoboDrive integrates RLS encoders in its ultra-light, high-torque motors for compact, efficient robotic applications​.

3DHISTECH integrates RLS encoders in its digital slide scanners to increase throughput and accuracy in large pathology labs.

RLS encoders help PAL Robotics achieve balance and precision in humanoid robots, enhancing their functionality in dynamic environments.

RLS encoders are integral to RND's wafer transfer robots, ensuring precision and reliability in semiconductor manufacturing processes.

Power Plus employs RLS encoders for precise camera positioning in VR setups, enhancing live virtual broadcasts with seamless integration​.