Adjustable Door Hinge Jig for Carpentry, Red Hinge Mortising Template with Accurate Alignment

Color: Red Product overview A versatile Door Hinge Jig designed to make hinge mortising precise, repeatable, and faster. The jig fits a wide range of hinge sizes and door thicknesses, features an adjustable sliding mechanism with lock in pins for accurate alignment, and is made from durable pp for a lightweight, easy to handle template. Key benefits Accurate hinge placement: The adjustable slider and lock in pins hold the template steady and ensure consistent alignment, removing guesswork from hinge installation. Time savings: Eliminates manual chiseling by guiding router or mortising tools, producing clean recesses on both door and frame faster. Wide compatibility: Supports hinge sizes from 21/2 inch to 6 inch and door thicknesses from 13/8 inch to 21/2 inch, making it suitable for most residential and commercial doors. Durable and lightweight: Constructed from pp for impact resistance and easy handling during on site work. Simple to use: Ready for renovation and construction projects, suitable for professional carpenters, woodworkers, and DIY users. Features and specifications Hinge size compatibility: 21/2 inch to 6 inch Door thickness compatibility: 13/8 inch to 21/2 inch Adjustment: Sliding mechanism with lock in pins for repeatable positioning Material: pp Product size: 31.5 cm x 10.6 cm (12.40 inch x 4.17 inch) Package size: 33 cm x 11.5 cm x 3 cm (12.99 inch x 4.53 inch x 1.18 inch) Color: Red What is included 1 Door Hinge Jig Set Practical use scenarios Replacing hinges during a home renovation: Accurately mortise both the door and jamb to match hinges without multiple test cuts. Installing doors on site: Speed up hinge placement for consistent results across multiple doors in a project. Custom woodworking or door upgrades: Create clean, flush hinge recesses for solid mounting on interior and exterior doors. Additional notes Color may vary slightly due to individual monitor settings. Please allow small measurement deviations due to manual measurement.