DT130-SM
Rotary Stages

Rotary stage with worm gear drive and stepper motor for high selfretaining forces and repeatibility.
DT130-SM

 

Rotary stage with high resolution

The DT130 rotary stage has been designed to precisely position small loads. The worm gear drive guarantees very high selfretaining forces in the desired position and - due to the high resolution - simultaneous high repeatability.

Easy to control and combine

The DT130 is available with stepper motor oder DC motor and is easy to control with our innovative FMC series motion controllers. In addition, the rotary stage can be combined with the matching MT130 micro stage to form complex multi-axis systems.

Optimum for measurement engineering

The operating parameters of the DT130 rotary stage correspond with the special requirements in applications such as measurement engineering. It is also ideal for use in applications in laser machining, photonics or in research and development.

 

DT130   SM
Travel [deg] nx360
Repeatability unidirectional [deg] ± 0.007
Repeatability bidirectional [deg] ± 0.01
Accuracy [deg] ± 0.09
Excentric runout [μm] ± 5
Positioning speed [deg/s] 90
Max. acceleration [deg/s2] 900
Max. load Fz [N] 40
Max. load torque Mz [Nm] 0.5
Max. load torque Mx,y [Nm] 3
Weight [kg] 2

 


Angepasstes System für Ihr Gesamtkonzept

Your customized system

Stages for cleanroom and vacuum applications

Even more stage for your clean room and vacuum applications?

Almost all atmospheric standard axes are anodized with UHV lubrication for residual pressures up to 10-6 mbar and clean room class ISO 6 - or even better - available. Click here for the overview of our vacuum and clean room stages!


Are you looking for a technical solution for your application?

Get your first 3D Design in a few days:

 

Elger Matthes
Development, Consulting, Concepts, Innovation

T +49 (0) 351 88585-82
E-Mail

Francisco Samuel
Consulting &
Project Management

T +49 (0) 351 88585-85
E-Mail

Ronald Schulze
Consulting, Project Management & Engineering

T +49 (0) 351 88585-67
E-mail

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