Torque on Output Flange (Nm)
Indexing Accuracy in Angular Seconds (")*
Axial Force on Output Flange (Nm)
Radial Force on Output Flange (kNm)
Tilting Moment on Output flange (mm)
Runout on the output flange (mm)
Axial Runout on Output Flange (mm)
Torque on Output Flange (Nm) 376
Indexing Accuracy in Angular Seconds (")* ±45
Axial Force on Output Flange (Nm) 11
Radial Force on Output Flange (kNm) 10
Tilting Moment on Output flange (mm) 0.6
Runout on the output flange (mm) 0.01
Axial Runout on Output Flange (mm) N/A
Torque on Output Flange (Nm) 322
Indexing Accuracy in Angular Seconds (")* ±35
Axial Force on Output Flange (Nm) 20
Radial Force on Output Flange (kNm) 17.5
Tilting Moment on Output flange (mm) 1.3
Runout on the output flange (mm) 0.01
Axial Runout on Output Flange (mm) 0.01
Torque on Output Flange (Nm) 508
Indexing Accuracy in Angular Seconds (")* ±30
Axial Force on Output Flange (Nm) 18.4
Radial Force on Output Flange (kNm) 23
Tilting Moment on Output flange (mm) 1.0
Runout on the output flange (mm) 0.015
Axial Runout on Output Flange (mm) 0.015
Torque on Output Flange (Nm) 833
Indexing Accuracy in Angular Seconds (")* ±25
Axial Force on Output Flange (Nm) 22.5
Radial Force on Output Flange (kNm) 20
Tilting Moment on Output flange (mm) 2.3
Runout on the output flange (mm) 0.01
Axial Runout on Output Flange (mm) 0.01
Torque on Output Flange (Nm) 1063
Indexing Accuracy in Angular Seconds (")* ±20
Axial Force on Output Flange (Nm) 25
Radial Force on Output Flange (kNm) 20
Tilting Moment on Output flange (mm) 2.9
Runout on the output flange (mm) 0.01
Axial Runout on Output Flange (mm) 0.01
Torque on Output Flange (Nm) 1572
Indexing Accuracy in Angular Seconds (")* ±16
Axial Force on Output Flange (Nm) 25
Radial Force on Output Flange (kNm) 22
Tilting Moment on Output flange (mm) 3.5
Runout on the output flange (mm) 0.01
Axial Runout on Output Flange (mm) 0.01
The RTX350/10 Indexing Rotary Table is a high-speed cam indexer, specifically designed to be the smallest and newest in a line of cam indexers. It features an index time of 0.25 seconds for 36 degrees, making it highly efficient for applications such as battery production in a manufacturing facility. The table’s design allows for gentle starting and stopping, making it suitable for applications where precise positioning and high load capacity are essential. Its versatility is further enhanced by the ability to operate in different modes and installation positions, making it a valuable asset for industries like automotive, microelectronics, food, medical, and cosmetics.
