De-sta-co CPI-50FF-B-60 Flat Vacuum Pad 3/8 Npt

Product Description

The DE-STA-CO CPI-50FF-B-60 is a flat, vertical vacuum pad used in pneumatic gripping and workholding applications. Fitted with a 3/8 inch NPT female port, this pad mounts inline with the vacuum circuit and maintains a low-profile, flat contact face for secure part handling. The cup body is constructed from nitrile, a material well-suited to oily, lightly textured, or non-porous surfaces common in industrial automation and assembly environments. Automation technicians and industrial maintenance professionals typically install and service these components as part of vacuum-actuated end-of-arm tooling systems.

This vacuum pad is intended for use in automated pick-and-place systems, robotic end-of-arm tooling, and fixture-mounted vacuum gripping setups. The flat pad geometry is suited for smooth, flat workpiece surfaces. The vertical orientation positions the pad perpendicular to the mounting face, which is a standard configuration for overhead or side-approach gripping operations. The 3/8 inch NPT female port accepts standard pneumatic vacuum fittings used across industrial tooling platforms.

Key Features

• Flat pad face for consistent contact on smooth, non-porous surfaces
• Vertical mounting orientation for inline vacuum circuit integration
• 3/8 inch NPT female port for compatibility with standard pneumatic fittings
• Nitrile cup material suitable for oily and lightly textured surfaces

Compatibility

Designed as an OEM-style replacement or direct-install vacuum pad for pneumatic gripping systems using 3/8 inch NPT vacuum circuit connections.

Installation Notes

Installation is typically performed by automation technicians or industrial maintenance professionals. Isolate and depressurize the vacuum circuit fully before removing or installing vacuum pads. Use thread sealant appropriate for pneumatic fittings on the NPT connection and avoid overtightening, which can crack the pad body. Verify pad alignment and contact face seating before returning the system to operation.