$3,546.14

Original: $10,131.82

-65%
Beefy 36 Inch Press Brake Tooling Kit With Solid Steel Base And Push Block, Heavy Duty Return Springs, Rugged Machined Punch, And 4-Way Die For Smooth, Fast, Precise Bending In Metal Fabrication Shops

$10,131.82

$3,546.14

The Story

Rugged 36-Inch Press Brake Tooling Kit with Solid Steel Base
✔️ Solid-steel base, push block, 4-way die, heavy springs

Convert your standard shop press into a dedicated bending station with this rugged 36-inch brake tooling kit. Built for metal fabrication shops, it delivers fast, precise bends with a stable base and reliable return action.

✅ Solid steel base and push block deliver stable, accurate bends
✅ Heavy-duty return springs for smooth, controlled operation
✅ Rugged machined punch for long-lasting performance
✅ 4-way die enables flexible bend angles and widths
✅ Pack size: single kit for immediate use in your shop

💡 What is a press brake tooling kit used for in metal fabrication?

- It helps convert a standard shop press into a precise bending station. - Handy for repeatable bends on steel and aluminum. - Reduces setup time and improves bend consistency across parts.

Description

Rugged 36-Inch Press Brake Tooling Kit with Solid Steel Base
✔️ Solid-steel base, push block, 4-way die, heavy springs

Convert your standard shop press into a dedicated bending station with this rugged 36-inch brake tooling kit. Built for metal fabrication shops, it delivers fast, precise bends with a stable base and reliable return action.

✅ Solid steel base and push block deliver stable, accurate bends
✅ Heavy-duty return springs for smooth, controlled operation
✅ Rugged machined punch for long-lasting performance
✅ 4-way die enables flexible bend angles and widths
✅ Pack size: single kit for immediate use in your shop

💡 What is a press brake tooling kit used for in metal fabrication?

- It helps convert a standard shop press into a precise bending station. - Handy for repeatable bends on steel and aluminum. - Reduces setup time and improves bend consistency across parts.