Compact Cmount to CSmount adapter ring that allows mounting a CS lens on a Cmount camera by adding the required 5 mm spacing. Key benefits Restores compatibility between Cmount cameras and CSmount lenses by providing the precise 5 mm extension required for correct flange focal distance. Compact and lightweight design minimizes added bulk while maintaining alignment for sharp images. Precisionmachined for stable, wobble connection that preserves optical performance. Built from quality materials for durable, longlasting use in frequent assembly and disassembly. What it does Converts C mount camera bodies to accept CSmount lenses by inserting a 5 mm spacer ring between the lens and camera. Ensures correct lenstosensor distance for proper focus and image reproduction. Compatibility and size Designed specifically for Cmount camera to CSmount lens conversion. Height: 5 mm. Ring diameter: 25 mm. Compact form factor suitable for spaceconstrained installations. Material and performance Constructed from robust, corrosionresistant metal for steady mechanical connection and extended service life. Precision threading and tight tolerances reduce play and maintain optical alignment during operation. Installation Simple integration between camera and lens, using standard mount threads. Stable mechanical fit suitable for repeated mounting and removal. Practical applications CCTV and surveillance: Use when upgrading or combining camera bodies and lenses with different mounts during system maintenance or replacement. Industrial machine vision: Adapt existing Cmount cameras to work with specialized CS lenses for inspection, quality control, and automation setups. Research and laboratory imaging: Quickly reconfigure optical setups when experimenting with different lenses or sensors. Technical specifications Function: Cmount camera to CSmount lens adapter Height: 5 mm Ring diameter: 25 mm Material: quality metal construction This adapter provides a simple, reliable way to match Cmount cameras with CSmount lenses while preserving image alignment and mechanical stability.