Precision machinery alignment table for woodworking — accurate to 0.01" increments Key benefits Reliable accuracy: Fine adjustment in 0.01" increments ensures repeatable, measurable alignment so your blades and fences stay true cut after cut. Saves time and effort: Fast, intuitive adjustments let you tune blades and fences in minutes instead of repeatedly fiddling and test-cutting. Consistent performance: Reduce wasted material, rework, and frustrating setup time by calibrating once and trusting the result. Easy integration: Designed to work with woodworking machinery alignment tasks—primarily for aligning table saw blades and fences—so you can apply it directly where you need precision. What it does (function) Aligns and calibrates table saw blades and fences with high-resolution incremental control (0.01"). Provides a simple, repeatable method to achieve parallelism and correct blade-to-fence relationships required for accurate ripping and joinery. Compatibility and use Intended for woodworking machinery alignment — especially table saw blade and fence setups. Fits typical workshop workflows and can be used during setup, maintenance, or after relocating equipment. Performance and practical advantages Fast setup: Make accurate adjustments in minutes to restore or improve machine accuracy. Repeatable precision: Small, measurable increments allow tight control over alignment and minimize guesswork. Reduces errors: Proper alignment decreases blade drift, binding, and uneven cuts, improving final work quality. Common use scenarios Setting up a new table saw: Achieve blade-to-fence parallelism before making your first cuts. Routine maintenance: Re-calibrate after blade changes, fence adjustments, or moving equipment to a new shop location. Home improvement or furniture builds: Ensure straight rips and consistent joinery when building cabinets, shelving, or fine furniture. Tone and reliability Simple, practical, and focused on measurable results. Designed for woodworking enthusiasts and professionals who need quick, dependable alignment without unnecessary complexity.