TRUMPF Type V30 80° Single-V Press Brake Lower Die – 100 mm Working Height, 45 mm Width, 90 Ton/m

Key Features

• TRUMPF Type single-V press brake lower die
• V30 die opening
• 80° die angle
• 120 mm overall height
• 100 mm working height
• 45 mm overall width
• 90 ton/m load capacity
• Suitable for medium-to-thicker sheet metal bending
• Suitable for general industrial plate bending
• Provides a larger forming space than V16 and V24 dies
• Can reduce required bending force compared with smaller V-openings for the same material thickness
• Suitable for applications requiring a larger inside bend radius
• Suitable for CNC press brake production
• Manufactured from 42CrMo alloy steel
• Precision-machined V-opening and critical working surfaces
• V-opening, die angle, height, width, working length, and mounting structure can be customized
• Available in TRUMPF Type, WILA Type, LVD Type, AMADA Type, BYSTRONIC Type, and other customer-specified structures
• Free press brake tooling design service available

Technical Specifications

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Typical Applications

This TRUMPF Type V30 80° single-V lower die is suitable for applications requiring more forming space than smaller V-opening dies while maintaining a practical die size for general industrial bending.

Typical applications include:

• Medium-to-thicker sheet metal bending
• General plate bending
• Machinery components
• Industrial equipment panels
• Structural sheet metal parts
• Fabricated steel components
• Electrical and industrial enclosures
• General CNC press brake production
• Applications requiring a larger inside bend radius
• Applications where V16 or V24 openings require excessive bending force
• Repeated industrial bending operations

The V30 opening creates a useful transition between medium V-opening tooling and larger heavy-plate dies.

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V30 Opening for Medium-to-Thicker Material

The V30 opening is the main forming characteristic of this lower die.

Compared with V16 or V24 dies, the larger opening provides:

• More forming space
• Lower required bending force for the same material thickness
• Larger achievable inside bend radius
• Better suitability for thicker sheet metal
• Increased flexibility for industrial plate bending

V30 therefore occupies an important position between compact general-purpose dies and larger V40, V50, V60, or V80 tooling.

It is particularly useful when a customer requires a larger V-opening without moving directly to a very large thick-plate die.

The correct V-opening should always be selected according to material thickness, material strength, required radius, flange length, punch geometry, and bending force.

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80° Die Angle for Controlled Forming

This lower die uses an 80° V angle, providing more angular range than common 84°, 86°, or 88° dies.

This geometry can be useful for:

• Springback compensation
• Controlled overbending
• Acute-angle forming
• Special bending sequences
• Applications requiring a smaller included angle

The final workpiece angle depends on the complete punch-and-die combination and actual material behavior.

Important factors include:

• Upper punch angle
• Punch radius
• Material type
• Material thickness
• Material springback
• V-opening
• Press brake settings

For this reason, the 80° die should be selected together with the appropriate upper punch and finished-part requirements.

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45 mm Tool Width for Stable Load Support

The die has a 45 mm overall width, providing a substantial body around the V30 opening.

Compared with narrow clearance dies, this structure is intended primarily for:

• Stable load transfer
• Increased tooling strength
• Repeated industrial production
• Medium-to-higher bending forces

The 45 mm body width works together with the 90 ton/m rated capacity to provide a robust lower-die structure for industrial applications.

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90 Ton/m Load Capacity

This model has a rated maximum load capacity of 90 ton/m.

The actual required bending force depends on:

• Material type
• Material tensile strength
• Sheet thickness
• Bending length
• V-opening
• Punch geometry
• Required angle
• Bending method

The bending force must remain within the rated limits of the:

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

For applications requiring even higher force or larger V-openings, WYS Machinery can design reinforced lower dies according to the actual workpiece and machine conditions.

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Product Details & Manufacturing Quality

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

The V-opening, working surfaces, locating areas, and mounting sections are precision machined to help maintain:

• Accurate V geometry
• Stable material support
• Consistent tooling alignment
• Repeatable bending performance

The combination of:

V30 Opening + 80° Angle + 45 mm Width + 90 Ton/m Capacity

makes this model particularly suitable for medium-to-thicker sheet metal and industrial plate bending.

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Standard & Fully Customizable TRUMPF Type Lower Dies

We manufacture both standard TRUMPF Type lower dies and fully customized press brake tooling.

The dimensions shown on this page represent one available configuration only and do not limit our manufacturing capability.

Customers can customize:

• V-opening
• Die angle
• Overall height
• Working height
• Overall width
• Working length
• Segmented lengths
• Bottom mounting structure
• Centerline position
• Clearance geometry
• Reinforced tooling sections
• Machine-specific mounting dimensions

We can also manufacture corresponding tooling structures for:

• WILA Type
• LVD Type
• AMADA Type
• BYSTRONIC Type
• Other customer-specified press brake systems

Customers can provide their workpiece drawings, material type, material thickness, press brake information, existing tooling drawings, or required bending result, and our engineering team can provide a free tooling design and bending-solution proposal.

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Free Tooling Design for V-Opening Selection

For medium and thicker sheet metal bending, the V-opening should be selected according to the complete bending requirement.

WYS Machinery can evaluate:

Material Thickness
→ Required Inside Radius
→ Minimum Flange Length
→ Required Bending Force
→ Punch Geometry
→ V-Opening Selection
→ Tooling Capacity
→ Final Tooling Combination

This helps determine whether V24, V30, V40, V50, or another die is more suitable for the actual workpiece.