Unleash Creativity: The Metalcraft MK3/3 Scroll Bender

SPECIFICATIONS:
Maximum Working Capacity:
1" x 3/16" (flat metal steel strip)
3/8" (solid round rod)
3/8" (solid square bar)

Max. Scroll Size:
8 1/4" (approximate due to the varying temper (spring) of steel)

Tool Dimensions:
14 1/4" wide x 12 1/2" deep x 6 1/4" high x 18 1/8" (handle radius).
Boxed weight: 34 lbs.
Box dimensions 16" long x 16" wide x 8" high.

Other Features:
Interchangeable segments allow one to produce a wide range of scroll sizes and shapes. Can also work material with fish tail ends.

This version of the MK3/3 DOES NOT include the optional Tube Bending Components.

Discover the ultimate in scroll bending versatility with the Metalcraft MK3/3 Scroll Bender. This innovative tool combines ease of operation with the capability to create a variety of scroll shapes and sizes. Perfect for both professional artisans and DIY enthusiasts, the MK3/3 stands out for its ability to interchange 4 hinged segments, allowing you to craft scrolls that suit any project.

Precision Craftsmanship

Crafted with precision in mind, the Metalcraft MK3/3 Scroll Bender ensures consistent and flawless results with every use. Whether you’re working on intricate designs or larger decorative pieces, this tool delivers on both quality and reliability. Simply adjust the hinged segments to achieve the desired scroll shape, making it ideal for a wide range of metalworking applications.

User-Friendly Design

Engineered for ease of use, the MK3/3 Scroll Bender simplifies the bending process without compromising on performance. Its intuitive design allows you to quickly master scroll bending techniques, whether you're a beginner or seasoned craftsman. Create professional-grade scrolls effortlessly and bring your metalworking projects to life with precision and finesse.

All tools are supplied with operating instructions. Please note that the maximum working capacity stated is for Hot Rolled mild steel or annealed metal. Working beyond these limits or with material of greater hardness may reduce the operational life of the tool.