Page 219 - MiSUMi 2025

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Economy series Product Overview Product Overview Economy series
Single Axis Robots Precision Belt Drive Single Axis Robots Precision Belt Drive

Q Belt Tension Adjusting QBelt Specification Electric Cylinders / Actuators Linear Motor Actuators /
Mechanism Timing belts come in two types: AT5 and 2GT.
Uniquely designed two-ends belt adjustment Comparison Table
mechanisms to prevent belt holder from
loosening. Tooth Profile AT5 2GT Actuators Linear Motor
Material Polyurethane Rubber
Positioning accuracy Low High P.01-005
Noise Large Small
10/14
Series 17/22 5/6 Cylinders Electric

QConvenient oil nozzle design P.01-045
The use of a single oil nozzle on the slide block allows
for simultaneous lubrication and maintenance of both the
nuts and blocks, making maintenance more convenient Actuators Single Axis
and efficient.
P.01-073

Guide Built-in Type
P.01-089
Single Axis Robots
QSensor Position Screw Drive Single Axis Robots

P.01-117

External Sensor Belt Drive Single Axis Robots

P.01-181
Sensor Flag

QMotor Brand
Compatible with servo motors from various brands
Motor Brand
Misumi Mitsubishi Panasonic Yaskawa Delta
Q Special part number for *Motors can also be prepared by customer.
low-dust application
Adopts a special vacuum joint and low-dust QMotor mounting position
grease suitable for low-dust environments, Multi-directional motor mounting is available for
ensuring reliable performance in dust- flexible mechanical design of the actuator.
controlled conditions. IReducer (standard type)
Q High-rigidity base / High-rigidity top cover
High-rigidity base:
By using an integrally formed Top Cover
aluminum extrusion structure and
applying finite element analysis,
the structure was designed to L Left Side R Right Side LD Motor On Lower Left Side
achieve the optimum ratio of
rigidity to weight.
High-rigidity top cover: Base
A special anti-twisting design ensures that the top cover is RD Motor On Lower Right Side LU Motor On Upper Left Side RU Motor On Upper Right Side
01-181 less prone to twisting or deforming during long-stroke use. 01-182