Bevel gear testing machineGleason WELTER
GW 2000 T
Bevel gear testing machine
Gleason WELTER
GW 2000 T
Condition
Used
Location
Lahr/Schwarzwald 

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Machine data
- Machine type:
- Bevel gear testing machine
- Manufacturer:
- Gleason WELTER
- Model:
- GW 2000 T
- Condition:
- used
- Functionality:
- fully functional
Price & Location
- Location:
- Karl-Kammer-Strasse 7, 77933 Lahr, DE
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Details about the offer
- Listing ID:
- A19259366
- Update:
- 21.07.2025
Description
The bevel gear testing machine Gleason-Welter 2000 T was designed as a universal machine and is used by manufacturers of gears and transmission technologies for the single flank rolling test process of bevel and crown gears.
Technical Data
Diameter: 2000 mm
Spindle bore: 310/250 mm
Test speed: 5-100 rpm
Dimensions: approx. 4,200 x 4,500 x 2,300 m
Machine weight: approx.12,500 kg
*Specifications and data are non-binding, subject to prior sale
Special Features:
Angle-hypoid test device, suitable for testing larger sizes of bevel and hypoid gears with a diameter of up to 2,000 mm and shaft angles from 0 to 360 degrees, as well as straight, helical, and internal gearing.
Deviations in gear geometry, machining errors through defective tools, as well as damage to the gears, can thus be identified and eliminated before assembly.
Djdpfx Afjwn D Uhs Iocn
The following parameters can be measured here:
- Single flank rolling deviation Fi', fi', fl', fk'
- Pitch deviations Fp, fp, fu
- Runout and roundness
- Runout error Fr
- Backlash
- FFT analysis
For technical questions and further information, you can contact us at any time.
The listing was translated automatically. Translation errors are possible.
Technical Data
Diameter: 2000 mm
Spindle bore: 310/250 mm
Test speed: 5-100 rpm
Dimensions: approx. 4,200 x 4,500 x 2,300 m
Machine weight: approx.12,500 kg
*Specifications and data are non-binding, subject to prior sale
Special Features:
Angle-hypoid test device, suitable for testing larger sizes of bevel and hypoid gears with a diameter of up to 2,000 mm and shaft angles from 0 to 360 degrees, as well as straight, helical, and internal gearing.
Deviations in gear geometry, machining errors through defective tools, as well as damage to the gears, can thus be identified and eliminated before assembly.
Djdpfx Afjwn D Uhs Iocn
The following parameters can be measured here:
- Single flank rolling deviation Fi', fi', fl', fk'
- Pitch deviations Fp, fp, fu
- Runout and roundness
- Runout error Fr
- Backlash
- FFT analysis
For technical questions and further information, you can contact us at any time.
The listing was translated automatically. Translation errors are possible.
Seller
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Registered since: 2022
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