Key Features

• Deep-clearance gooseneck structure for increased workpiece clearance
• 60 mm total width provides greater space for a deeper gooseneck profile
• Helps reduce tool-to-workpiece collision and interference
• 85° punch angle for accurate and controlled bending
• R0.5 tip radius for consistent and precise forming
• 135 mm overall height for increased working reach
• 9 mm tip width for stable workpiece contact
• 60 ton/m load capacity for medium-duty industrial bending applications
• Deeper clearance suitable for workpieces with large or previously formed flanges
• Particularly suitable for deep, complex, and multi-step bending
• Suitable for offset, box, channel, and return flange applications
• Manufactured from 42CrMo alloy steel
• Heat treated to HRC 54 ± 2
• Suitable for CNC press brake machines
• Standard and customized gooseneck tooling available
• Free tooling design service available

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4. Technical Specifications

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5. Typical Applications

This 85° R0.5 deep-clearance gooseneck punch is designed for applications where a conventional gooseneck punch does not provide sufficient clearance for the workpiece.

Typical applications include:

• Deep sheet metal bending
• Deep profile bending
• Complex sheet metal forming
• Offset bending
• Box bending
• Channel bending
• Return flange bending
• Multi-step bending
• Components with large flanges
• Previously formed workpieces
• Deep electrical enclosures
• Machinery components
• Structural sheet metal parts
• Complex industrial components
• CNC press brake forming

Deep Gooseneck Clearance

The defining feature of this tooling is its 60 mm total width.

Compared with a 50 mm wide gooseneck punch, the wider structure provides more room for developing a deeper gooseneck clearance area.

This additional clearance can be especially useful when the workpiece has:

• Large existing flanges
• Deep return bends
• Multiple formed sections
• High or deep profiles
• Restricted bending areas
• Complex multi-step geometries

During a multi-step bending process, the workpiece is often no longer flat. Previously formed sections can extend into the working area of the press brake punch.

A conventional straight punch—or even a standard gooseneck punch—may not provide enough clearance.

The deeper gooseneck structure allows more of the formed workpiece to enter the clearance area, helping reduce interference and collision between the workpiece and tooling.

Wider Structure for Deeper Clearance

The relationship between tooling width and clearance is an important characteristic of this product.

The 60 mm total width provides additional structural space compared with narrower gooseneck configurations.

This makes the punch particularly suitable for applications where the customer needs deeper workpiece avoidance space, rather than simply a narrow punch tip.

The 9 mm tip width maintains a stable working contact point, while the larger body provides the space required for the deeper gooseneck structure.

The tooling can be manufactured for press brake applications involving major brands and tooling systems, including Amada, TRUMPF, LVD, Bystronic, and WILA, according to the specific machine interface.

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6. Product Details & Manufacturing Quality

The punch is manufactured from 42CrMo alloy steel, providing high strength, toughness, wear resistance, and durability for repeated industrial bending operations.

The working area is heat treated to approximately HRC 54 ± 2, helping maintain dimensional stability and wear resistance during continuous production.

The R0.5 tip radius provides controlled workpiece contact and is suitable for applications requiring a relatively small forming radius.

The major structural advantage is the combination of:

135 mm overall height + 60 mm total width + deep gooseneck clearance.

This configuration provides greater working reach and deeper clearance than conventional narrow gooseneck punches.

The 60 ton/m load capacity provides a balance between structural strength and the increased clearance geometry.

Actual allowable bending force should always be evaluated according to material type, sheet thickness, bending length, die opening, bending method, and press brake specifications.

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7. Standard & Custom Gooseneck Press Brake Tooling

We manufacture standard gooseneck punches and custom-designed press brake tooling for different machines and workpiece geometries.

This type of deep-clearance punch is particularly useful when a customer's workpiece cannot be bent using a conventional punch because of tool-to-workpiece interference.

If your workpiece contains a deep flange, large return bend, or complex multi-step profile, you can send us your:

• 2D drawing
• 3D model
• Bending drawing
• Existing tooling drawing
• Machine specifications
• Workpiece sample

Our engineering team can provide a free press brake tooling design service and analyze the workpiece geometry before recommending the tooling.

Customization options include:

• Overall tooling height
• Total tooling width
• Gooseneck depth
• Gooseneck opening
• Clearance geometry
• Tip width
• Tip radius
• Punch angle
• Tooling length
• Front/rear clearance
• Special relief structures
• Interference-avoidance structures
• Machine-specific mounting dimensions
• Customized upper and lower tooling sets

For particularly complex workpieces, we can evaluate gooseneck depth, flange clearance, bending sequence, punch access, collision risk, and required bending force before production.

This allows us to provide a custom deep-clearance gooseneck punch based on the actual workpiece geometry.