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Workpiece Fixturing

Whether for tactile, optical or X-ray applications: Fixing the component on the measuring device is decisive in order to achieve meaningful and accurate measuring results. ZEISS clamping devices and accessories are designed to be universal: They are suitable for a wide variety of geometries and measuring devices. You can choose from well thought-out kits, the components of which can also be purchased separately, as well as universal clamping devices such as vices and three-jaw chucks.
Read more about Workpiece Fixturing
OmniFix Vise, 170 x 420
626109-9220-280
17.576,00 krSales tax not included
 Express: Shipment today
Delivery information
OmniFix Three-jaw ring chuck ultra-flat Ø55 mm
626109-9220-081
14.084,00 krSales tax not included
 Shipment within 2 Working days
Plastic clamping system for O-INSPECT
626109-9511-100
7.634,00 krSales tax not included
 Shipment within 2 Working days
THETA 32 Set grid M6 with chuck
626109-9220-140
22.475,00 krSales tax not included
 Shipment within 2 Working days
OmniFix® Kit lite – M6, 240x240mm
600062-0351-022
10.534,00 krSales tax not included
 Shipment within 2 Working days
OmniFix Three-jaw ring chuck aluminum Ø110 mm
626109-9220-085
21.185,00 krSales tax not included
 Shipment within 2 Working days
OmniFix Vise, 120 x 270
626109-9220-245
18.167,00 krSales tax not included
 Shipment within 2 Working days
OmniFix Vise, 120 x 270
626109-9220-240
15.800,00 krSales tax not included
 Shipment within 2 Working days
Column D10 M6 MF - L22,5
600062-0215-026
Length (L)
22,5 mm
115,00 krSales tax not included
 Shipment within 2 Working days
Plastic knuckle joint for plastic jaw chuck Ø70 mm
626170-0011-155
1.763,00 krSales tax not included
 Shipment within 2 Working days
164 Items
Clamp or hold?

Clamp or hold?

Clamp or hold: These are the variants used to position components for measurement. Frictional clamping devices are used when probing forces are applied in tactile metrology or machine movements can influence the position of the workpiece (e.g. active damping). In optical metrology or CT applications the body is held, i.e. brought into a defined position, without exerting force. This corresponds to the VDI guideline 2860, among others.
Statically determined

Statically determined

In all cases, the aim is to achieve static determinacy: For non-deformable workpieces, static under-determinacy is avoided by defining them in all six degrees of freedom - translatory in three directions and rotary around three axes. For deformable workpieces, such as objects made of sheet metal or plastic that deform before assembly, static overdeterminacy must be avoided.