Precision Engineering for Perfect Twists using the Metalcraft Practical Twister Complete with Slotted Adapter 

SPECIFICATIONS:
Maximum Working Capacity:
3/4" wide x 1/8" thickness (flat metal mild steel strip)
3/8" (solid square bar)

Length of Twist Possible:
Min. 1"
Max. 37" - longer twists can be achieved by moving twisted section through the machine and then twisting the next section - horizontal vs. vertical design allows for this capability.

Slotted Adapter maximum working capacity:
3/4" x 1/8" (flat strip only).
Length of Twist possible: Min. 1" Max. 37")

Machine Dimensions:
4"w x 42 1/8"L x 3 1/2"h x 11" (handle length).
Boxed weight: 10 lbs.

EASY TO USE - NO PRE-HEATING OF METAL REQUIRED TO TWIST.

Achieve flawless and even twists in your ornamental metalwork projects with the Metalcraft Practical Twister complete with Slotted Adapter. Engineered for both flat metal strips and solid square bars, this tool is a must-have for any metalworking enthusiast or professional. With its compact design, the Practical Twister offers unparalleled precision and consistency, ensuring your twists are perfectly spaced every time. This tool will elevate your metal fabrication to new heights.

Speed and Efficiency with the Slotted Adapter

Transform your metalworking efficiency and craftsmanship with the included special slotted adapter set. Designed to handle rapid repetitive twisting, this adapter is a game-changer for those working with flat metal mild steel strips. Not only does it speed up your workflow, but it also allows for the insertion of twists into pre-formed scrolls, giving you the flexibility to create complex designs effortlessly. The convenience of keeping the adapter components fitted means you're always ready for the next project, reducing downtime and increasing productivity.

Add a TWIST to your metalwork!


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