Spi CDP1404 Micrometer Caliper Leather Holster

Product Description

The SPI CDP1404 is a leather holster designed to store and protect micrometers and calipers when not in use. It provides a secure, form-fitting enclosure that shields precision measuring tools from dust, debris, and impact damage in shop and field environments. At 0.15 pounds, the holster is lightweight and easy to carry on a belt or store in a tool bag. Machinists, metrology technicians, and quality control professionals who rely on handheld measuring instruments use this type of accessory to extend tool life and maintain calibration integrity by preventing accidental drops and surface contact.

This holster is suited for use in machine shops, fabrication facilities, inspection departments, and field service environments where micrometers and calipers are in regular rotation. It is a practical solution for technicians who need quick access to their measuring tools while keeping them protected between uses. The leather construction conforms over time to the shape of the instrument, providing a snug fit without causing damage to precision surfaces.

Key Features

• Leather construction provides durable, form-conforming protection for precision measuring tools
• Compatible with both micrometers and calipers for versatile storage coverage
• Lightweight at 0.15 pounds, suitable for belt carry or tool bag storage
• Protects against dust, debris, and incidental impact that can affect calibration
• Single-unit packaging for individual tool accessory management

Compatibility

Designed for use with micrometers and calipers as specified by the manufacturer. Verify instrument dimensions against holster sizing before use to confirm a proper fit.

Installation Notes

No installation tools or electrical shutdown is required for this accessory. Slide the micrometer or caliper into the holster with the measuring faces oriented safely away from contact surfaces. Inspect the leather periodically for wear or cracking that could compromise protection. Keep leather conditioned in low-humidity environments to prevent stiffening or splitting.