Marking Gage - General Tools & Instruments

Specifications

• Manufacturer: General Tools & Instruments
• Model Number: 820
• Product Name: Marking Gage
• Weight: 3 lbs

Key Features

• Durable Construction: Built to withstand regular use in demanding workshop environments.
• Adjustable Beam: Features a sliding beam that allows for precise depth adjustments, accommodating various material thicknesses and marking requirements.
• Hardened Scribing Pin: Equipped with a sharp, hardened steel pin designed to create clear, fine lines for accurate layout on wood and other materials.
• Secure Locking Mechanism: A knurled thumbscrew securely locks the beam in place, ensuring consistent measurements and preventing accidental shifts during use.

Applications

The Marking Gage is an essential tool for precise layout tasks across various crafts and trades.

• Woodworking: Ideal for marking precise cut lines, shoulders, and tenons for joinery, including dovetails and mortise and tenon joints.
• Carpentry: Used to scribe parallel lines along edges, aiding in consistent material removal and accurate fitting of components.
• Cabinet Making: Facilitates the exact transfer of measurements, ensuring symmetry and precision in cabinet construction.
• DIY Projects: Provides a reliable method for marking accurate lines for cutting, routing, or drilling in a range of home improvement and crafting endeavors.

Benefits

• Enhanced Accuracy: Delivers precise, repeatable markings, significantly improving the quality and fit of your joinery and cuts.
• Increased Efficiency: Speeds up layout processes by allowing quick and consistent marking of parallel lines and depths.
• Consistent Results: The secure locking mechanism ensures measurements remain constant, leading to uniform outcomes across multiple pieces.
• Versatile Use: Effectively marks on various wood types and surfaces, making it a valuable addition to any workshop for diverse projects.
• Improved Project Quality: By providing crisp, clean scribe lines, the Marking Gage helps guide cuts more accurately, reducing errors and material waste.