Description Product Overview The Crain 109 Pin Vise is a precision hand tool used for detailed scribing and marking during vinyl flooring installation. It is specifically designed for pattern layout work on sheet vinyl and for creating score lines on vinyl tiles, where accuracy is critical to achieving a clean fit and finish. The tool features a 5¾” handle fitted with a precision chuck that securely holds replaceable scriber needles. A screw-on cap at the end of the handle allows for safe storage and quick access to spare needles on site. The Crain 109 Pin Vise provides controlled handling for fine marking tasks, making it suitable for installers working on detailed cuts, tight joins, and complex layouts. Key Features Precision chuck securely holds replaceable scriber needles Designed for accurate scribing and scoring of vinyl materials 5¾” handle provides control for detailed work Screw-on cap allows storage of spare needles within the tool Compatible with standard Crain No. 129 scriber needles Lightweight design (approx. 1 oz) reduces hand fatigue Compact size fits easily into tool kits or pockets Applications Sheet vinyl pattern layout and scribing Scoring vinyl tile prior to cutting Detail work around edges, corners, and obstacles Marking precise cut lines in resilient flooring installations General fine marking tasks in flooring preparation Notes Ensure needle is securely tightened in the chuck before use Use light, consistent pressure to maintain accurate scribe lines Replace needles when worn to maintain precision Store spare needles in the handle cap to prevent loss Keep tool clean to avoid marking finished surfaces Additional Information This tool is designed for precision rather than force, allowing installers to create accurate reference lines that guide cutting and fitting processes. Its compatibility with replaceable needles ensures ongoing usability, while the compact and lightweight design supports ease of use during detailed work. It is a standard tool for vinyl flooring installers requiring consistent marking accuracy across installations.
