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    Parallel-Slide Self-Centering Clamps

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    PARALLEL SLIDE CENTERING ELEMENT, D.A., CLAMPING FORCE 2.8 kN, 12 x 6 mm STROKE, 500 bar CL-CLR-4316-120-VS

    SKU: CL-CLR-4316-120-VS
    MPN: CLR-4316-120-VS
    Email Sales for Pricing
    These compact self-centering clamps are designed to center and clamp a workpiece using an exterior or interior contour as a reference surface. High-precision centering with +/-.0008" repeatability. By a clever arrangement of the center of rotation to the hydraulic piston, the resisting capacity of the clamping jaw is approximately three times greater than the clamping force exerted. This provides greater resistance to machining forces without distortion from excess clamping force.

    PARALLEL SLIDE CENTERING ELEMENT, D.A., CLAMPING FORCE 5.0 kN, 16 x 7 mm STROKE, 500 bar CL-CLR-4316-160-VS

    SKU: CL-CLR-4316-160-VS
    MPN: CLR-4316-160-VS
    Email Sales for Pricing
    These compact self-centering clamps are designed to center and clamp a workpiece using an exterior or interior contour as a reference surface. High-precision centering with +/-.0008" repeatability. By a clever arrangement of the center of rotation to the hydraulic piston, the resisting capacity of the clamping jaw is approximately three times greater than the clamping force exerted. This provides greater resistance to machining forces without distortion from excess clamping force.

    PARALLEL SLIDE CENTERING ELEMENT, D.A., CLAMPING FORCE 8.8 kN, 20 x 8 mm STROKE, 500 bar CL-CLR-4316-200-VS

    SKU: CL-CLR-4316-200-VS
    MPN: CLR-4316-200-VS
    Email Sales for Pricing
    These compact self-centering clamps are designed to center and clamp a workpiece using an exterior or interior contour as a reference surface. High-precision centering with +/-.0008" repeatability. By a clever arrangement of the center of rotation to the hydraulic piston, the resisting capacity of the clamping jaw is approximately three times greater than the clamping force exerted. This provides greater resistance to machining forces without distortion from excess clamping force.

    Parallel-Slide Self-Centering Clamps