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Anwendung

Direct-Drive Round Tables for Precise Positioning

High Dynamics and Versatility for Precision Applications

Round tables are direct-drive positioning systems designed for precise and dynamic rotary motion. They move loads directly without additional transmission mechanisms such as gearboxes or belts. Powerful torque motors, robust bearings, and encoder feedback enable precise positioning and reliable motion sequences, even in applications with demanding requirements for dynamics and load capacity.

Advantages of TDS Precision Products Round Tables

Direct drive without additional gearboxes or belts
Precise positioning through encoder feedback
High dynamics and reliable motion control
Compact designs with high system rigidity
Precise and smooth rotary motion even under load
[Translate to English:] Rundtisch

Flat direct drive rotary table

  • Very flat design
  • High torque
  • Large center hole
  • Integrated encoder as option
[Translate to English:] Rundtisch

Powerful rotary table

  • High torque
  • Very low cogging torque
  • Encoder integrated
  • Protection up to IP65
[Translate to English:] Rundtisch

Large hollow shaft rotary table

  • High torque
  • Big hollow shaft
  • Low cogging torque
  • Optional with absolute encoder
Miniature rotary table

Miniature rotary table

  • Very compact design
  • Integrated bearings and encoder
  • Very low cogging torque
  • High torque density
Ironless rotary table

Ironless rotary table

  • Small design
  • Small diameter
  • Zero cogging torque
  • Very good synchronisation
[Translate to English:] Rundtisch

Flat ironless rotary table

  • Very flat design
  • Zero cogging torque
  • Large through bore
  • Very good synchronisation

Applications for Torque Motors

Mechanical and Plant Engineering

for precise rotary and positioning tasks

Automated Manufacturing pProcesses

for dynamic and highly repeatable motion sequences

Measurement and Inspection Systems

for precise rotary positioning

Robotics and Automation

for compact, direct-drive rotary axes

Precision Machining

for applications with high requirements for accuracy and motion quality