Frameless torque motors
Lin Engineering offers frameless torque motors for direct incorporation of rotor and stator into a machine. Evaluate torque density in the context of the thermal path and duty cycle.
Technologies
Lin Engineering
Engineered Motion
Frameless motors and configurable motion platforms for integration-led semiconductor, medical and robotics projects.
Technology / Lin Engineering
DriveCore platform
Lin describes DriveCore as housed motor and actuator solutions based on its frameless technology, with configurable mechanical and feedback options.
Build-to-spec discussion
Start with the torque-speed duty, available space and interfaces. Explore a custom motor or actuator approach, with feasibility and delivery scope agreed by the manufacturer.
Stepper motors
Hybrid stepper motors for controlled positioning. Discuss frame size, winding, speed and the load profile.
BLDC motors
Brushless DC motors for rotary motion. Match the motor, feedback and drive to the operating duty.
Gearheads
Planetary gearheads for geared motion. Specify reduction ratio, output loads, backlash and the mechanical interface.
Integrated motors
Integrated stepper options combine the motor with electronics and model-specific feedback. Confirm controller and communication requirements.
Linear actuators
Motor-based linear actuation options. Define stroke, force, speed and installation envelope.
Coreless brushed DC motors
Coreless DC motors for compact rotary motion. Review torque-speed requirements, supply and duty cycle.
Additional motion and electromechanical options are available from H2W Technologies and Guardian Electric.
View additional specialistsWhat to bring to the discussion.
A drawing is useful. A well-defined requirement is a starting point too.
- 01Torque-speed profile and continuous or intermittent duty
- 02Mechanical envelope, load and bearing arrangement
- 03Thermal path, power supply and control interface
- 04Feedback, brake, transmission and production requirements
Manufacturer references
No torque, power, efficiency or lifetime values are asserted here. Continuous and peak performance, thermal assumptions, actuator scope and qualification must be confirmed for the selected design.