1 Inch Blacksmith Bending Forge Tool, Heavy Duty Scrolling Twisting Rolling Tool for Anvil, Metal Bending Jig

1 Inch Blacksmith Bending Forge Tool, Heavy Duty Scrolling Twisting Rolling Tool for Anvil, Metal Bending Jig Popis

Heavy Duty Steel Construction - Forged from high-strength solid steel with a rugged black coating for superior durability, heat resistance, and long-lasting performance in high-temperature forge environments.
1 Inch Anvil Shank - Features a standard 1-inch square shank designed to fit securely into most anvil holes, providing stable, wobble-free support during heavy hammering and bending operations.
Multi-Function Bending & Scrolling - The 2.38-inch diameter cylinder and offset handle design enable smooth scrolling, twisting, rolling, and bending of hot metal rods and flat stock for decorative and functional pieces.
Optimal Size & Leverage - Overall length of 7.1 inches with a 3.8-inch cylinder height delivers excellent control and mechanical advantage, reducing hand fatigue during extended forging sessions.
Versatile Metalworking Applications - Ideal for blacksmithing, jewelry making, wrought iron work, knifes making, and custom metal art; perfect for both professional forges and home DIY workshops.

Description:
Take your metalworking to the next level with this heavy-duty 1-inch blacksmith bending and scrolling tool, engineered for mounting a standard anvil to create precise bends, scrolls, twists, and rolled shapes in hot metal. Crafted from solid steel with a durable black finish, this forge jig features a robust 1-inch shank that fits securely in your anvil's hole, while the 2.38-inch diameter cylinder provides a smooth, consistent surface for forming curves and decorative scrolls. Measuring 7.1 inches in total length, it offers excellent leverage and control for both beginner blacksmiths and experienced metal artists working jewelry, ironwork, gates, and custom hardware. Whether you are forging in a professional shop or a backyard DIY setup, this essential scrolling tool delivers the reliability