UVG-CNC

ROTARY TABLE UNIVERSAL GRINDING CENTRES

RANGE

 

The UVG-CNC rotary table universal grinding centres provide the ideal solution for universal grinding of large diameter, heavy components which require internal, external and face grinding – for example motor casings, gears, bearings and turbines found in sectors such as  power generation, aerospace and marine.

 

Using the UVG-CNC for heavier components has a distinct advantage over a horizontal grinder in that, rather than constantly fighting gravity, the weight of the component actually makes it easier to load and position on a rotary table.

 

 

As well as the standard wheel head configuration, the UVG-CNC can offer a wide choice of wheel spindle combinations, together with a large variety of accessories to enable each machine to be tailored to an individual customer’s production requirements.

 

Standard Wheel Head Configurations

• 2 x vertical spindles for internal and external grinding.

• 1 x horizontal spindle for surface grinding.

• 1 x measuring probe to enable precise size control of internal and external diameters and component height.

UVG-6

600

800

500

2.000

0 - 130

N1

N2

N3


N4

19.000

4,7x3,4x4

5,9x4,2x4,6

6,7x4,6x4,6

7,2x5x4,6

20.000

30.000

31.500

35.000

38.000

Horizontal cartridge type spindle for plane surface grinding driven

by 13 KW digital motor  with 400x50x127 mm wheel.

Vertical ø140 mm cartridge type spindle for cylindrical surface grinding

driven by 13 KW 4000 r.p.m digital motor  with 300x50x76,2 mm wheel.

Vertical ø100 mm cartridge type spindle for cylindrical surface grinding

driven by 6,5 KW 8000 r.p.m digital motor  with 200x20x50,8 mm wheel.

Maximum grinding height limited to 500 mm.

Vertical Renishaw gauging arm for part height, internal and external

diameter measuring. The arm has pneumatics surface cleaning assistance

UVG-10

1.000

1.200

700

3.500

0 - 100

UVG-8

800

800

500

2.000

0 - 130

UVG-12

1.200

1.200

700

3.500

0 - 130

UVG-15

1.500

1.500

700

3.500

0 - 85

UVG-18

1.800

1.800

700

4.000

0 - 50

CHARACTERISTICS

Table dia (mm)

Max grinding dia (mm)

Max grinding height (mm)

Max job weight (kg)

Rotary table speed (r.p.m)

 

 

Standard grinding stations

Machine weight (Kg)

Machine size

(Length x Width x Height)

Software

UVG-CNC

 

The machines are equipped with the latest generation FANUC 0i-TF control, motors and equipment.

 

The powerful user-friendly 15” touch screen control uses graphic-based software specially created by GER.  The interactive software helps make it easier for less experienced operators to use.

 

Touch-screen programming with user-friendly GER graphic based grinding cycle screens to guide the operator.

 

MAIN FEATURES:

• Intuitive programming allows difficult grinding and dressing programmes to be linked to create pre-defined simple cycles.

• The step-by-step programming philosophy makes it easier to programme complicated jobs.

• USB and Ethernet connections enable programme input and saving.

• A useful feature enables the operator to modify the process during automatic cycle without affecting the original programme.

• Software page application for grinding time calculations.

• On-screen messages help the operator to choose the most suitable grinding operation for the process.

• Data base screen which allows customers to create and save the characteristics of grinding wheels and diamond tooling.

• Wheel dressing is made easy with pre-defined graphic profiles.

• Powerful software allows on screen graphic visualization and direct input of complex non-standard profiles to be programmed using ISO code.

• Possibility of grinding different profiles using the profile following cycle.

• Measuring probe enables precise size control before, during and after each grinding operation.

La empresa Ger Máquinas-Herramienta, S.L. Unipersonal participa en el Programa “ ICEX-BREXIT” financiado por todos los fondos de la Unión Europea, para mitigar las consecuencias adversas de la retirada del Reino Unido de la Unión. Ayudas concebidas por Icex en 2023