TRUMPF Type V60 80° Heavy-Duty Single-V Press Brake Lower Die – 100 mm Working Height, 150 Ton/m

Key Features

• TRUMPF Type heavy-duty single-V lower die
• V60 die opening
• 80° die angle
• 120 mm overall height
• 100 mm working height
• 75 mm overall width
• 150 ton/m high load capacity
• Suitable for thick plate bending
• Large V-opening supports larger inside bend radii
• Helps reduce required bending force compared with smaller V dies
• Robust lower-die structure for demanding industrial applications
• Suitable for heavy-duty CNC press brake production
• Manufactured from 42CrMo alloy steel
• V-opening, angle, height, width, working length, and mounting structure can be customized
• Free press brake tooling design and bending-solution support available

Technical Specifications

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Typical Applications

This TRUMPF Type V60 80° lower die is designed for bending applications that require a substantially larger V-opening and higher tooling capacity than medium-size dies.

Typical applications include:

• Thick plate bending
• Heavy industrial sheet metal forming
• Structural steel components
• Machinery parts
• Equipment frames
• Heavy fabricated components
• Applications requiring larger inside bend radii
• High-force CNC press brake bending
• Applications where smaller V-openings would require excessive tonnage

The V60 opening provides significantly more forming space than V30 or V40 dies and is particularly useful when processing thicker material or when a larger bend radius is required.

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V60 Opening for Thick Plate Bending

The V60 opening is the defining characteristic of this die.

Compared with V30 or V40, V60 provides:

• More forming space
• Lower required bending force for comparable material thickness
• Larger achievable inside bend radius
• Better suitability for thicker material
• Increased flexibility for heavy industrial bending

This makes V60 a strong option for applications where medium-size V openings no longer provide sufficient forming space or require excessive press brake tonnage.

The final die selection should still consider material thickness, material grade, flange length, punch radius, required inside radius, bending force, and machine capacity.

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150 Ton/m Capacity with Robust Tool Structure

This die has a rated load capacity of 150 ton/m, clearly positioning it above general-purpose lower dies.

The 75 mm overall width provides a substantial body around the V60 opening, helping support demanding forming loads and stable force transfer.

The combination of:

V60 Opening + 80° Angle + 75 mm Width + 150 Ton/m Capacity

makes this model particularly suitable for applications requiring both a large V-opening and high tooling strength.

Actual working force must remain within the rated limits of the:

• Upper punch
• Lower die
• Press brake machine
• Clamping system

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Product Details & Manufacturing Quality

The lower die is manufactured from 42CrMo alloy steel, providing the strength, toughness, and durability required for repeated industrial press brake operations.

The V-opening, locating surfaces, and mounting areas are precision machined to maintain stable tooling geometry and consistent bending performance.

For large V-opening and high-load dies, structural consistency is especially important because the tooling must maintain dimensional stability while transmitting substantial bending forces.

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Fully Customizable TRUMPF Type Lower Dies

The dimensions shown on this page represent one available configuration only.

Customers can customize:

• V-opening
• Die angle
• Overall height
• Working height
• Overall width
• Working length
• Segmented lengths
• Load-bearing structure
• Mounting configuration
• Special clearance geometry
• Machine-specific dimensions

In addition to TRUMPF Type, corresponding tooling can also be manufactured in WILA Type, LVD Type, AMADA Type, BYSTRONIC Type, and other customer-specified configurations.

Customers can provide their workpiece drawings, material type, material thickness, bending length, required radius, and press brake specifications, and WYS Machinery can provide a free tooling design and bending-solution proposal.