Timing Belt Driven Linear Actuators

Timing belt driven linear actuators cover three series: TKB, TKR and TKS-B. The lineup is intended for high-speed, longer-stroke and multi-axis applications, with roller-guide and sealed structure options.

Features

The timing-belt-driven lineup covers three series: TKB, TKR and TKS-B.
The lineup is aimed at high-speed and longer-stroke motion, with roller-guide and sealed timing-belt options available.
TKR supports single-axis use and common multi-axis combinations; TKS-B adds sealed protection with side covers and steel belt.

Timing-belt-driven product lineup:

Series	Guide / Construction	Drive and Protection	Accuracy / Speed	Positioning in the Lineup
TKB	High-rigidity aluminum base with rolling linear guide.	Timing belt drive with synchronous pulley and cover.	Repeatability: +/-0.1 mm Max stroke: 3700 mm Max speed: 2 m/sec	Aluminum-construction timing-belt and linear-guide module for high-speed, longer-stroke motion.
TKR	Roller guide with rail-beam integrated aluminum base.	Timing belt and synchronous pulley drive.	TKR40/60/80/100 listed Speed: 0-2 m/s Acceleration: 0-10 m/s^2 Repeatability: +/-0.1 mm	High-speed roller-guide module suitable for single-axis use or multi-axis combinations.
TKS-B	All-sealed aluminum-base module with rolling linear guide.	Timing belt drive plus side covers and steel belt sealing.	Repeatability: +/-0.1 mm Max stroke: 3700 mm Max speed: 2 m/sec	Sealed timing-belt option for longer stroke, high speed and better dust / splash protection.

Structure Overview:

TKB

TKB136-200A1FL linear actuator render — TKB136-200A1FL

TKB170-400A1FL linear actuator render — TKB170-400A1FL

TKR

TKR80-300A1FRTS linear actuator render — TKR80-300A1FRTS

TKR100-300A1FRS linear actuator render — TKR100-300A1FRS

TKS-B

TKS136B-100A1FLD linear actuator render — TKS136B-100A1FLD

TKS136B-100A1FLU linear actuator render — TKS136B-100A1FLU

TKS136B-100A1FRD linear actuator render — TKS136B-100A1FRD

Applications

High-speed transfer, industrial sorting, palletizing, long-stroke automation axes and multi-axis handling systems. Final selection should be confirmed by load, stroke, speed and lifecycle calculations.