CNC Rotary Tables

Unique design features provide maximum rigidity and proven reliability in high production operation.

 

Fast, precise programmable CNC rotary motion with outstanding capacity and performance.

The Fibroplan range of precision CNC rotary tables offer fast and precise positioning with very high load capacities, in horizontal, vertical and dual-axis applications. Unique design features provide maximum rigidity and proven reliability in high production operation. Designed for the highest possible metal cutting performance, Fibroplan has been tried and proven in a vast range of both machining and other applications.
Fibro high speed rotary indexing systems for automation

Fibroplan CNC rotary tables

Fibro high speed rotary indexing systems for automation
Each table may be supplied either with a Siemens or Indramat servomotor pre-installed, or may be prepared for the installation of another servomotor of your choice.

Fibroplan CNC rotary tables are available in a wide range of standard table sizes from 240mm to 1600mm diameter. Different motor drive configurations are available to suit different mounting spaces. Accuracy from 10″ is available with an indirect encoder and from 3″ with a direct encoder. Optional features include hydraulic table clamp and a through-hole centre bore.

Fibro high speed rotary indexing systems for automation
The Fibroplan range of CNC rotary tables provide a high performance solution for any application requiring high accuracy rotary positioning or rotary motion, with the precision and rigidity required for the most demanding machining operations.

In addition to the standard table range, special executions are also possible including multiple axis configurations.

For more information on Fibroplan CNC Rotary Tables or to enquire about a solution for your rotary machining application, call IS Tecnik on 1300 699 176.

Download Datasheet - CNC Rotary Tables

Download >

Please feel free to contact us. We look forward to your communication and will address your query as promptly as possible.