OmniFix three-jaw ring chucks for rotary table applications Ø125 mm
000000-0642-568
15 619,00 NOK
excluding VAT
In stock
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Overall
Product type
3 Jaw Chuck
Application
Mount
Material
Steel
Details
- Body made of high-strength steel, burnished, black
- - Outer diameter Ø125 mm
- - Repeat clamping accuracy 0.01 mm
- - Torque max. 36 Nm
- - Total clamping force max.3,5±15% kN
- - Weight approx. 4.6 kg
- - Clamping range:Turning jaws 3 – 125 mm
- - Drill jaws 3 – 123mm
- - Largest swing diameter (with max. clamping diameter) 157 mm
- - Adapter plate made of aluminium, hard coated, black
- - Outer diameter 270 mm
- - Fastening possibility with M8 - Ø180 mm / 120°
- Scope of delivery:
- - 1 set = 3 hardened drilling jaws, stepped outwards
- - 1 set = 3 hardened turning jaws, stepped inwards
- - 1 clamping key and, depending on the lathe chuck, corrosponding fastening screws or bolts
Product note
ZEISS chucks are tested by our application engineers on ZEISS machines and guarantee the best possible measuring accuracy. The components to be measured are optimally fixed at all times so that a reliable sequence of the measuring programs is guaranteed. To maintain the function and quality of the chuck, it must be serviced at regular intervals. Chuck must be as free of fast and silicone as possible.
Three-jaw ring chucks are mainly used for clamping cylindrical or ring-shaped parts at low clamping forces. In contrast to chucks for the machining of workpieces, the clamping force must be significantly lower in metrology, otherwise there is a risk of deformation of the components. By clamping by hand with the clamping ring, the components can be clamped with exactly the required clamping force. With interchangeable jaws, you can easily adapt the ring chuck to your requirements. Special jaws manufactured in-house can also be adapted. The versions with a base plate allow easy mounting on ZEISS rotary tables.
3-jaw ring chuck for rotary table applications
Extremly flat design
Optimal accessibility
With adapter plate for ZEISS rotary tables
Optimum flexibility through the use of interchangeable jaws