What Is a 60 Degree Press Brake Die?

A 60 degree Press Brake Die is a lower bending die with a 60° V groove or forming profile. It works together with an upper press brake punch to bend sheet metal into acute angles, custom profiles or pre-formed shapes.

Compared with standard 90° press brake dies, a 60° die is more suitable for parts requiring sharper angles, controlled springback compensation or special sheet metal forming geometry. V-die selection is important because the V-opening directly affects the inside radius, bending force and minimum flange length.

Key Features

60° Acute Angle Design

The 60 degree die profile supports acute angle bending and special sheet metal forming. It is suitable for applications where a standard 90° die cannot achieve the required bending angle or forming shape.

Suitable for Air Bending

A 60 degree press brake die can be used in air bending when combined with the correct punch, V-opening and machine control. Air bending allows different final angles to be formed by adjusting punch penetration and compensating for material springback.

Precision-Machined V Groove

The V groove is machined with accurate angle control and dimensional consistency to support stable bending performance, reduce angle deviation and improve repeatability during sheet metal fabrication.

Durable Tool Steel Material

The die can be manufactured from tool steel, alloy steel, 42CrMo, Cr12MoV or customized material according to bending load and production volume. Optional heat treatment can improve wear resistance and service life.

Custom V-Opening Available

The V-opening can be customized according to sheet thickness, bend radius, material type and press brake tonnage. For many air bending applications, a common rule is to select a V-opening around 6–8 times the material thickness for mild steel, though the final choice should be based on the actual bending requirement.

Compatible with Different Press Brakes

Custom 60 degree dies can be designed for CNC press brakes, hydraulic press brakes and mechanical press brakes. Tooling style can be made to match European style, American style, WILA-style or other press brake clamping systems.

Common Specifications

Applications of 60 Degree Press Brake Die

The 60 degree Press Brake Die is suitable for many sheet metal bending and fabrication applications, including:

• Acute angle sheet metal bending

• Stainless steel sheet forming

• Carbon steel plate bending

• Aluminum sheet bending

• Custom metal profile forming

• Electrical cabinet manufacturing

• Metal enclosure production

• Door and panel bending

• HVAC sheet metal fabrication

• Machinery cover production

• Automotive sheet metal parts

• Elevator panel forming

• Metal furniture components

• General fabrication workshops

Why Choose a 60 Degree Press Brake Die?

A 60 degree die gives fabricators more forming flexibility than standard 90° tooling when processing acute angle parts. It is especially useful for custom sheet metal profiles, sharp-angle bends and applications requiring controlled bend geometry.

Main advantages include:

• Suitable for acute angle bending

• Better flexibility for custom forming

• Supports air bending applications

• Available with customized V-opening

• Helps improve bending repeatability

• Can be produced in full-length or segmented design

• Compatible with different press brake tooling systems

How to Choose the Right 60 Degree Press Brake Die

1. Confirm the Required Bend Angle

The required final angle should be evaluated together with material springback, punch angle and bending method. In air bending, the final angle does not depend only on the die angle; it is also affected by punch depth and material behavior.

2. Select the Correct V-Opening

The V-opening influences the inside bend radius, required tonnage, minimum flange length and surface marking. A wider V-opening usually lowers the forming pressure but increases the inside radius and minimum flange length.

3. Check Sheet Thickness

Different sheet thicknesses require different V-openings and bending force. Before ordering, confirm the thickness range used in your production.

4. Consider Material Type

Carbon steel, stainless steel and aluminum have different bending characteristics. Stainless steel generally requires higher bending force, while aluminum may need careful bend radius control to reduce cracking.

5. Match the Press Brake Tooling Standard

The die must match your press brake model, clamping system, die height, tang size and working length. This helps ensure proper installation, alignment and forming accuracy.

6. Choose Full-Length or Segmented Die

A full-length 60 degree press brake die is suitable for long straight bending, while segmented dies are more flexible for box bending, small parts and mixed production orders.

60 Degree Press Brake Die vs 90 Degree Press Brake Die