Workpiece clamping

Turning

Beispiel 1 Hydra-Clamping-Arbor

Actuation: Hand actuated Radially
Mounting: Flange; cyl. centering
Workpiece: Pulley
Machine: CNC-lathe
Application: Turning of the outer contour and the turned grooves
Advantage: High run-out accuracy<- 0,006 mm (0.00024") of the outer contour to the location hole; adjustable clamping force without work-piece deformation

Example 2 Hydra-Clamping-Chuck

Actuation: Hand actuated Radially
Mounting: Flange, cyl. centering
Workpiece: Bushing
Machine: CNC-lathe
Application: Turning of the inner contour
Advantage: High run-out accuracy <- 0,006 mm (0.00024") fromthe inner contour to the outer diameter; clamping with 2 clamping areas makes optimal centering and run-out accuarcy possible

Example 3 Hydra-Clamping-Arbor

Actuation: Power actuated axially
Mounting: Flange; cyl. centering
Workpiece: Transmission part with internal spline
Machine: CNC-lathe
Application: Turning of the outer contour
Advantage: High run-out accuracy<- 0,006 mm (0.0002") of the inner gearing to the outer contour; high precise clamping on form-grinded sleeve in the gearing; autom. loading; support by tailstock

Drilling + Reaming

Beispiel 4 Hydra-Clamping-Arbor

Actuation: Hand actuated Axially
Mounting: Cyl. shaft
Workpiece: Axle-Part
Machine: Drilling machine
Application: Drilling and reaming
Advantage: Precise squared and positioned clamping;
clamping high precise and reproducible

Cylindrical Grinding

Beispiel 5 Hydra-Clamping-Arbor - Actuation: Hand actuated Radially

Mounting: Flange; cyl. centering
Workpiece: Bearing bush
Machine: Profile-grinding machine
Application: Profile-grinding of the race-groove
Advantage: High run-out accuracy<- 0,002 mm (0.00008") of the bore to the race-groove; clamping dia. till 6 mm are possible

Example 6 Hydra-Clamping-Arbor - Actuation: Hand actuated Radially

Mounting: Morse taper 4
Workpiece: Run sleeve
Machine: CNC-cyl.-grinding machine
Application: Cyl.-grinding of the outer contour
Advantage: High run-out accuracy<- 0,002 mm (0.00008"); clamping of the workpiece internal in the ball-bearing seat; high accuracy from the ball-bearing seat to the outer diameter.

Example 7 Hydra-Clamping-Chuck

Actuation: Hand actuated Radially
Mounting: Flange; cyl. centering
Workpiece: Valve bush
Machine: CNC-internal grinding machine
Application: Grinding of the valve seat
Advantage: High run-out accuracy<- 0,002 mm (0.00008"); improvement of the running qualities of the valve piston

Example 8 Hydra-Clamping-Chuck

Actuation: Power actuated axially
Mounting: Flange; short taper centering
Workpiece: Steering nut
Machine: CNC-internal profile grinding machine
Application: Grinding of the race-groove
Advantage: High run-out accuracy and face run-out accuracy<- 0,003 mm (0.00012"); clamping on the built-in dia. with position fastening,therefore better running qualities of the race-groove after the mounting

Example 9 Hydra-Clamping-Chuck

Actuation: Hand actuated, radially
Mounting: Flange; cyl. centering and Hydra-Clamping-Chuck; support by tailstock
Workpiece: Rotor
Machine: CNC-profile-grinding machine
Application: Profile-grinding
Advantage: High run-out accuracy <- 0,003 mm (0.00012") of the rotor profile to the shaft of the rotor; Hydra-Clamping-Chuck will be fitted with the rotor outside of the machine. Following the Hydra-Clamping-Chuck with the rotor will be fitted into the machine location, which is designed as a Hydra- Clamping-Chuck, will be inserted and clamped autom. by the machine hydraulic.

Assembly

Beispiel 10 Hydra-Clamping-Arbor

Actuation: Hand actuated Radially
Mounting: Flange; cyl. centering
Workpiece: Turbine case
Machine: Vacuum-laser-welding machine
Application: Laser-welding
Advantage: High precise centering and clamping of the single turbine casing parts by 5 clamping areas; all 5 clamping areas will be actuated single; different location dia. will be covered with a interchangeable intermediate sleeve; axial clamping of the single parts with hydraulic axial clamping nut from Mytec-Hydraclamp-; after welding the single parts, the arrangement of the single location holes are in true alignment

Example 11 Hydra-Clamping-Chuck

Actuation: Hand actuated
Mounting: Flange
Workpiece: Driving flange
Machine: Balancing machine
Application: Balancing
Advantage: Actuation: High run-out accuracy <- 0,003 mm (0.0002"). High active force quality by centering without play at the workpiece connection. It is possible to actuate the Hydra-chuck also by a drawbar.

Balancing

Beispiel 12 Hydra-Clamping-Chuck

Actuation: Hand actuated
Mounting: Flange
Workpiece: Driving flange
Machine: Balancing machine
Application: Balancing
Advantage: Actuation: High run-out accuracy <- 0,003 mm (0.0002"). High active force quality by centering without play at the workpiece connection. It is possible to actuate the Hydra-chuck also by a drawbar.

Example 13 Hydra-Clamping-Arbor

Actuation: Hand actuated, axially
Mounting: on rolls
Workpiece: turbine wheel
Machine: Balancing machine
Application: Balancing
Advantage: High precise clamping; run-out accuracy <- 0,005 mm (0,0002") at the balancing action; clamping with 2 clamping areas.

Checking + Testing

Beispiel 14 Hydra-Clamping-Chuck

Actuation: Hand actuated Radially (rocker, lever)
Mounting: Flange; cyl. centering
Workpiece: Hub
Machine: Measuring fixture
Application: Checking of run-out accuracy and face run-out accuracy
Advantage: Run-out accuracy<- 0,003 mm (0,00008"); the Hydra-Clamping-Chuck is 0,002 mm (0.00008") accurately seated by using a preclamped bearing bushing and an axial bearing

Example 15 Hydra-Clamping-Arbor

Actuation: Power actuated axially
Mounting: Flange; cyl. centering
Workpiece: Gearwheel
Machine: Measuring machine
Application: Gear checking
Advantage: Run-out accuracy<- 0,002 mm (0.00008"); high capacity of resistance to wear at automatic loading by hard coating of the clamp. dia. with a surface hardness of the coating of 80 HRC

Example 16 Hydra-Clamping-Arbor

Actuation: Hand actuated axially
Mounting: Beetween centers
Workpiece: Adapter bushing
Machine: Measuring fixture
Application: Checking of run-out accuracy and face run-out accuracy
Advantage: Run-out accuracy<- 0.002 mm; no deformation of the workpiece because of a sensitive actuation