Birdwave Atlas.
Discover
OrganisationsProductsPeopleProjectsBeta
OpportunitiesEvents
Birdwave.
ImprintPrivacy PolicyTerms of UseCommunity RulesReport Illegal ContentContact

© 2026 Birdwave. Aachen, Germany. v0.1.4

Back to productsElectric Linear Actuator

THK KR Linear Actuator

THK

Community
Back to productsElectric Linear Actuator

THK KR Linear Actuator

THK

Community

Compact linear actuator integrating an LM Guide and ball screw in one unit for precise, rigid linear motion in Cartesian robots and automation.

Save it, compare it, request a quote or record that you have used it — with an account.

Sign in to save or compare
Updated41d ago

Tags

linear-actuatorthkball-screwlm-guide

Photos, datasheets & media

Specs and sources stay open to everyone. Sign in to see the imagery and documents members contribute.

Sign in to view

Compact linear actuator integrating an LM Guide and ball screw in one unit for precise, rigid linear motion in Cartesian robots and automation.

Save it, compare it, request a quote or record that you have used it — with an account.

Sign in to save or compare
Updated41d ago

Tags

linear-actuatorthkball-screwlm-guide

Overview

The THK KR is a compact linear actuator that integrates an LM Guide rail and a ball screw into a single rigid unit, providing precise, high-rigidity linear motion. Paired with a servo motor it forms positioning axes for Cartesian robots, gantries and automation.

linear-actuatorthkball-screwlm-guide

Key features

  • Integrated LM Guide + ball screw
  • High rigidity & precision
  • Compact unit
  • For Cartesian axes

This product is part of the Birdwave Atlas community.

Contribute evaluations, share integrations and help improve compatibility data.

Community feed

Discussions, evaluations, integrations and updates

At a glance

Drive Mechanism
Ball screw + LM Guide

Manufacturer

T
THK

Ratingen, DE · Founded 1971

Linear motion systems

View organisation →

At a glance

Drive Mechanism
Ball screw + LM Guide

Manufacturer

T
THK

Ratingen, DE · Founded 1971

Linear motion systems

View organisation →