CAPTO DRAWBAR PDFCAPTO DRAWBAR PDF

Our Clamprite CAPTO Drawbar Gage Kits provide an easy, accurate, and economical method of checking the drawbar force of a spindle. CAPTO C3, C4, C5, C6. assemblies of Coromant Capto® size: C3, C4, C5, C6, C8 and C8X Spindle clamping set with a standard gas spring (max 90°C) and a drawbar with. In addition, the modal stiffness increases and the damping ratio decreases with the application of higher clamping forces (drawbar loads). With increasing.

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In this solution the wedge drive is rigidly connected to the clamping set via a drawbar. The wedge drive can be directly hydraulically or mechanically actuated.

Capto C6 Drawbar Clamping Force Gauges

The absolute self-limitation of the system guarantees high mechanical overall rigidity of the interface in conjunction with maximum clamping reliability. The direct hydraulic actuation, in particular, permits extremely small installation spaces with low operating pressures for the complete clamping and chucking system. Design Features A double-acting cylinder leads directly into a clamping cone which has a very low gradient.

During clamping this clamping cone presses the pressure elements resting on it drawbaar the similarly tapered housing hole. This displaces the wedge piece in the axial direction. As the wedge captp rest in windows of the main drawbar, they are also axially displaced clamping stroke.

The cone angle and surface properties are designed to guarantee absolutely reliable self-limitation.

ForceCheck Capto PSK (PSC) Drawbar Force Gauges

All systems are completely maintenance-free due to their respective surface properties! Accessories Adapters, hydraulic units, clamping force measuring device, volume flow measuring device for stroke control. How did you hear about us? Hydraulic, self-locking stationary swing-out style clamp for die clamping on slides and blackholders.

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When unclamping the draw bar swings out up to 15 degrees max. Hydraulic power stations for quick die clamping systems are designed for actuating hydraulic clamping elements in the forming presses.

The C-clamping hydromechanical self-locking hydrolock die clamping system is designed for clamping dies of various widths on press slides. The clamping actuator moves automatically in the T-slot of the press slide between the parking position and the respective die.

Clamping and unclamping are performed by a hydromechanical self-locking clamping gear.

Hydraulic pressure is at a maximum of 90 bar. The drawbar style hydromechanical hydrolock self-locking die clamping system is designed for clamping dies of various widths on press slides.

Hydraulic pressure is at a maximum 90 bar. SKVZ locking heads are designed for limiting the springing out resilience of the tools to the elastic yield of the connection elements when the axially acting cutting force components are larger than the clamping force on spring actuated tool clamping and chucking systems.

The hydromechanical self-locking hydrolock C-clamping die clamping system is designed for clamping dies of various widths on press slides. The clamping actuator can be moved manually drawar the T-slot of the press slide between the parking position and the respective die.

In this solution the wedge drive itself is rigidly connected to the clamping set via a dradbar.

The hydromechanical self-locking hydrolock drawbar style die clamping system is designed for clamping dies of various widths on press slides. Please leave your contact information if you would like a response.

Was this information helpful? Provide feedback or ask a quick question about this item. Stationary Hydraulic Self-locking Swing-out Style Clamping Systems Hydraulic, self-locking stationary swing-out style clamp for die clamping on slides and blackholders. Hydraulic Power Stations for Hydraulic Quick Die Clamping Systems Hydraulic power stations for quick die clamping systems are designed for actuating hydraulic clamping elements in the forming presses.

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Automatic Hydro-mechanical Self-locking C-clamping Systems The C-clamping hydromechanical self-locking hydrolock die clamping system is designed for clamping dies of various widths on press slides. Automatic Hydro-mechanical Self-locking Drawbar Style Clamping Systems The drawbar style hydromechanical hydrolock self-locking die clamping system is designed for clamping dies of various widths on press slides.

SKVZ Tool Clamping Cylinders SKVZ locking heads are designed for limiting the springing out resilience of the tools to the elastic yield of the connection elements when the axially acting cutting force components are larger than the clamping force on spring actuated tool clamping and chucking systems.

Manual Hydro-mechanical Self-locking C-clamping Systems The hydromechanical self-locking hydrolock C-clamping die clamping system is designed for clamping dies of various widths on press slides. Manual Hydro-mechanical Self-locking Drawbar Style Clamping Systems The hydromechanical self-locking hydrolock drawbar style die clamping system is designed for clamping dies of various widths on press slides.

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