Gooseneck Punch - LVD Type

Name: Gooseneck Punch - LVD Type
Brand: FAROHAR ENGINEERING
Price: 40000.0 INR
Availability: InStock

Price 40000.0 INR/ Piece

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MOQ : 4 Pieces

Gooseneck Punch - LVD Type Specification

Color
Grey

Type
Other

Material
High-grade Alloy Tool Steel

Power Source
Manual / Hydraulic Press Brake

Height
110 Millimeter (mm)

Product Type
Gooseneck Punch

Dimensions
Varies by model (commonly 835mm length x 80mm height x 25mm width)

Length
835 Millimeter (mm)

Width
37 Millimeter (mm)

Weight
Approx. 8-16 kg per punch (depends on size)

Mounting Type
Standard LVD clamping slots

Tolerance
0.01 mm

Corrosion Resistance
Yes, treated for durability

Hardness
50-60 HRC

Custom Sizes
Available on request

Bending Angle
Up to 90 degrees (varies by punch profile)

Service Life
Heavy-duty/Long service life

Compatibility
Fits LVD press brake machines

Surface Finish
Precision ground and induction hardened

Edge Profile
Gooseneck (offset for box and pan bending)

Application
Sheet metal bending/forming

Gooseneck Punch - LVD Type Trade Information

Minimum Order Quantity
4 Pieces

Delivery Time
4 Week

About Gooseneck Punch - LVD Type

Our punches are made from premium alloy steel, dual heat-treated, CNC machined and ground to ensure dimensional accuracy, superior surface finish, and Highest in class wear resistance.

Goose Neck Punch (GNP) : Perfect for forming deep boxes, channels, and complex parts.

Material Option :

M-01 Performance grade.
Cr'Mn'Mo 900-1100 N/mm2
(Alloy steel)
Quenched and tempered 302 HRc.
Tip Induction Hardened 522HRc

Material Option :

M-02 Economy grade.
C45 : 570-680 N/mm
(Plain Carbon Steel)
Tip Induction Hardened 522HRC

Precision Engineering for Sheet Metal Work

Manufactured to exacting standards, this gooseneck punch fits seamlessly into LVD press brake machines. Its precision-ground surface and durable, corrosion-resistant treatment ensure reliable performance even under rigorous, daily usage. The gooseneck offset is ideal for forming complex shapes such as boxes and pans without damaging the workpiece, offering critical flexibility for fabricators.

Customizable Solutions for Specialized Applications

If your project demands unusual dimensions or unique bending characteristics, custom punch sizes can be supplied on request. Each punch is built from high-grade alloy tool steel and heat-treated for extended service life, ensuring it meets the evolving demands of both standard and bespoke sheet metal fabrication projects.

FAQ's of Gooseneck Punch - LVD Type:

Q: How is the Gooseneck Punch - LVD Type used in sheet metal fabrication?

A: This punch is typically installed in an LVD press brake machine using standard clamping slots. It is used to bend or form sheet metal into complex geometries, such as boxes and pans, by accommodating the material's flange without risk of collision during the bend.

Q: What advantages does the precision-ground, induction-hardened finish provide?

A: A precision-ground and induction-hardened finish ensures greater accuracy during bending, minimizes wear, and significantly extends the punch's service life, even during prolonged heavy-duty operations.

Q: When should I request a custom size for my gooseneck punch?

A: Custom sizes are recommended when your sheet metal project requires bending forms or dimensions outside the standard punch specifications. This ensures an exact fit and optimal performance for unique or challenging applications.

Q: Where can the Gooseneck Punch - LVD Type be sourced in India?

A: This punch is available from leading manufacturers and suppliers across India specializing in press brake tooling and sheet metal fabrication solutions.

Q: What is the typical process for installing the punch on an LVD press brake?

A: Installation is straightforward: align the punch with the press brake's LVD-type clamping slots, secure it in place, and check its alignment before commencing sheet metal forming operations.

Q: What are the key benefits of using this punch for box and pan bending?

A: Its gooseneck (offset) profile allows for deep box and pan bends without tool interference, while high strength and tight tolerances provide reliable results and reduce rework due to misalignment or edge deformation.

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