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YAMAHA R type Rotation axis model Pricing & Product Details
Ranked Nr. 58 of 33 Linear Motion Systems
R type Rotation axis model Pricing
Choose your model
F type- High rigidity frame model
Max. Stroke 2050mm
T type- Frameless structure model
Max. Stroke 1050mm
GF type Long stroke, High payload
Max. Stroke 2500mm
B type - Timing belt drive model
Max. Stroke 3050mm
N type Nut rotation type model
Max. Stroke 2500mm
R type Rotation axis model
Multi robots
Price indication:
R type Rotation axis model Overview
What is R type Rotation axis model?
Yamaha's R type Rotation axis model is designed for precise and reliable rotational movements. With a position repeatability accuracy of +/-30 seconds (0.0083°), it can deliver highly accurate and repeatable results for a variety of applications.
The R type rotational axis can be used in combination with other robots to achieve complex motions and orientations, or it can be utilized as a standalone device for a range of applications, including index tables, rotary tables, and other rotary motion systems.
The R type utilizes harmonic drive technology, which delivers high-strength and high-accuracy performance. This technology uses a flexible gear that can transfer torque with high accuracy and efficiency, even at high speeds. This makes it ideal for a variety of applications that require high precision and reliability, such as in the semiconductor, electronics, and medical industries.
Overall, the R type rotational axis model provides precise and reliable rotational motion, making it ideal for a variety of applications that require high precision and accuracy.
What applications is R type Rotation axis model product best for?
The R type rotational axis model is best suited for applications that require high accuracy and repeatability in rotational movements. This can include index tables, assembly lines, welding, and other manufacturing processes where precise positioning is crucial. The harmonic drive system also makes it ideal for applications where high strength and rigidity are required, such as in heavy-duty machining and automation processes. The R type can also be combined with other robots to create complex movements and improve overall system efficiency.