Aluminum Tenon Gauge — durable, lightweight multi-tool for precise tenon adjustments and inspections Key benefits - Precision control: Designed for accurate setup and inspection of tenons, helping you achieve tighter, more consistent joinery. - Durable construction: Machined aluminum resists wear and holds calibration through heavy use. - Saves time and cost: Combines multiple functions into one lightweight tool to reduce the need for separate gauges and frequent tool changes. - Easy to use: Intuitive for beginners and efficient for experienced woodworkers; reduces setup time at the router table. What it does and how it solves problems - Sets and verifies tenon dimensions quickly so you get the correct fit without repeated test cuts. - Integrates with router tables to streamline fence and bit adjustments, reducing trial-and-error and material waste. - Provides reliable inspection during assembly to catch fit issues early and avoid rework. Important attributes - Material: Machined aluminum for durability and consistent performance. - Weight and size: Lightweight, compact multi-tool designed for easy handling and storage. - Compatibility: Designed to integrate seamlessly with router tables and general woodworking setups. - Performance: Stable, repeatable adjustments and inspections suitable for professional and hobby use. Who it’s for - Professionals, hobbyists, engineers, and students — suitable for all skill levels who want to improve tenon and joint quality. Practical applications (use scenarios) - Router table setup: Accurately set fence position and bit height for repeatable tenon thickness on production runs. - Fit verification: Check tenon width and shoulder alignment during dry assembly to ensure tight joints before gluing. - Educational and workshop use: Teach and practice mortise-and-tenon techniques in school workshops or prototype joinery in engineering facilities. What to expect - A single, dependable tool that reduces setup time, minimizes material waste, and improves the consistency of your tenons and joints without adding complexity.