Z-axis tool touch sensor for C engraving machines - Provides precise and automatic tool length adjustment to improve workflow efficiency, reducing manual probing during setup and tool changes. - Designed to enable consistent Z-axis zeroing, supporting reliable tool offset measurements for improved engraving accuracy. Automatic tool adjustment gauge - Constructed from sturdy, durable metal materials for long-lasting performance and reliability in demanding environments. - Built to withstand repeated tool changes and workflow cycles with stable, repeatable results. Wide compatibility and precision - Compatible with various C engraving machines. - Supports typically closed output mode for seamless integration with existing setups. - Repeat accuracy of 0.001 mm ensures high-precision tool length measurement and consistent results across runs. Durable and reliable performance - IP67 protective structure for dust and water resistance in workshop or production environments. - Contact force of 1.5N provides reliable sensing without excessive pressure, helping maintain tool integrity and measurement accuracy. - Compact and robust metal construction designed for dependable operation and extended service life. Key specifications and characteristics - Function: automatic Z-axis tool length sensing and adjustment for CNC engraving machines - Compatibility: widely compatible with various C engraving machines; usually closed output mode - Material: sturdy metal construction - Performance: repeat accuracy 0.001 mm; IP67 protection; 1.5N contact force Practical use scenarios - Fresh tool setup: use the sensor to establish accurate tool length after installing a new bit, enabling immediate high-precision engraving without manual probing. - Tool changes in multi-tool workflows: during tool swaps in a production run, maintain consistent tool offsets to preserve engraving quality and reduce rework. - High-precision engraving tasks: apply automatic tool length adjustment to minimize runout and improve edge quality and surface finish in detailed projects.