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You are here: UVA LIDKÖPING / High Precision Grinding Machines / UVA / UVA Customize

UVA Customize

Modules to customize your UVA Nomyline

Modules to customize the machine to the customers’ application.
The UVA Nomyline components have been specially designed by
KMT in order to satisfy customers’ unique precision needs.

Pivoting Spindle Holder for UVA Nomyline Grinding Machine

Pivoting spindle holder

Unique to UVA Nomyline. Proprietary technology that
compensates for quill bending, resulting in dramatically
higher grinding precision.

 

 

 

 

Spindles UVA Spindles

Grinding spindles

For grinding small bores and seats. Rotation speed of
45,000–150,000 rpm. Superb accuracy for superior
grinding quality.

 

 

 

 

Nomyline dressing tool

 Dressing

Proprietary grinding wheel dressing devices to insure
correct geometry and cutting characteristics.

 

 

 

 

 

UVA Nomyline Direct driven chuck

Direct driven workhead

Torque motor direct driven workhead spindle. Supported by hydrostatic radial and axial bearings.
Stepless programmable speed from 0 to 3,000 rpm.

 

 

 

 

 

UVA Nomyline measuring station

Measuring station

High resolution pneumatic measuring station for pre-process, post-process and match grinding.

 

 

 

 

 

UVA Nomyline Double cross slide

Double cross slide

Linear motor driven & hydrostatic. Positioning repeatability
< 0,1 μm. Straightness over 30 mm < 0,1 μm.

 

 

 

 

UVA Nomyline Palette loading system

Automatic loading

Standard option. Reduces cycle time and
improves component quality through extremely consistent loading.
Palett loading system – External loader with palett
handling system.

 

 

 

 

UVA Nomyline Chute loader

Automatic loading

Standard option. Reduces cycle time and
improves component quality through extremely consistent loading.
Chute  loading system – External loader with chute
handling system.

 

 

 

 

ScanItHMI_ProSeries UVA Scanning equipment

Scanning equipment

The system provides monitoring and graphical illustration of the entire measured profile. By scanning a bore, machine compensation can be made in order to correct for form issues.