Enhance Your MK3/4 Metalcraft Scroll Bender with Tube Bending Components

SPECIFICATIONS:
Max. Tube Dimensions
3/4" O/D. Round Tubing only
1/16" Recommended wall thickness.
Dia. of Small Tube Bender Segment (inner diameter of formed tube):
3".
Dia. of Large Tube Bender Segment (inner diameter of formed tube):
5 1/16".

Expand the capabilities of your Metalcraft Scroll Bender MK3/4 Former with our specialized Tube Bending Components, designed for those who seek versatility and precision in metalworking. Whether you're a professional fabricator or a passionate DIY enthusiast, these components are essential for transforming your scroll bender into a powerful tube bending machine.

Versatile Tube Bending Capabilities

Unlock new possibilities with the Tube Bending Components for the Metalcraft Scroll Bender MK3/4 Former. Our precision-engineered components include a special pressure guide roller and a larger tube former, meticulously crafted to ensure seamless integration and enhanced functionality. Now, effortlessly create fixed-radius bends in tubes, expanding the scope of your metalcraft projects.

Precision Engineering for Superior Results

Crafted with precision engineering, these components guarantee optimal performance and durability. The larger tube former attaches seamlessly to your scroll bender, driven by the capstan and center segment, to deliver consistent and accurate tube bending results. Experience the satisfaction of creating smooth, flawless bends with ease, meeting the demands of intricate metalworking tasks.

Explore Endless Creativity with Video Demonstrations

Visualize the potential of our Tube Bending Components through our informative video clip. Witness firsthand how these components elevate the versatility of your Metalcraft Scroll Bender MK3/4 Former, empowering you to tackle diverse projects with confidence and precision.

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