Choosing a 4.hydraulic Swing Clamp

  • Saturday, 03 June 2023
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Choosing a 4.hydraulic Swing Clamp

If your factory relies on repetitive work holding, the 4.4.hydraulic swing clamp hydraulic swing clamp can be a key component to accelerating production. These power tools allow the attached clamp arm to begin the cycle at a position offset from the workpiece to facilitate unobstructed loading and unloading. When hydraulic pressure is applied, the arm then swings down to apply the clamping force. The motion speeds up your fabrication process and increases efficiency.

Power swing clamps are available in a wide variety of sizes and capacities.4.hydraulic swing clamp Each one is designed to meet specific application requirements. Considerations include the type of clamping area, clamping force and stroke, sensor placement, and more. You can also choose between flange-mounted or post-mounted units.

Flange-mounted units feature a swivel foot at the end of the clamp screw that decreases vibration and shock to the fixture and workpiece.4.hydraulic swing clamp They are often the preferred option when converting to hydraulics for short or medium run production. They can be used to replace manual clamps or other power-workholding devices and offer the benefits of automation and reduced cycle times.

For heavier applications, a robust swing clamp may be needed to withstand higher working pressures.4.hydraulic swing clamp These are small, low-cost heavy-duty clamps that feature a reinforced swing mechanism and heavier, longer clamping arms to exert high clamping force in comparison with their size — especially important at lower working pressures.

Some applications require that clamping elements be activated in a specified order to minimize the chance of deformation of parts. This is where automatic sequencing comes into play. Power-workholding systems handle sequencing with a sequence valve in the hydraulic circuit that activates each device at just the right time to minimize overlapping movement of the clamping and supporting components.

Another consideration when choosing a power swing clamp is its ability to support sensors for positioning and monitoring workpieces during machining. This is especially important for automated, repeat production. The presence of sensors on the machine reduces setup times and improves accuracy, quality, and reliability. The design of a power swing clamp can be configured to accommodate sensors and other electronic devices, such as a pressure switch, without compromising the integrity of the hydraulic system or requiring additional piping.

Most power swing clamps are installed by fastening them to a workbench or similar stable surface using bolts. The number of bolts varies by model. The mounting method is crucial to the overall strength and stability of your power swing clamp. It’s best to consult your manufacturer for the correct installation method for a specific model.

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