Spring Loaded Hemming Die V12 - Amada Type

Name: Spring Loaded Hemming Die V12 - Amada Type
Brand: FAROHAR ENGINEERING
Price: 75000.0 INR
Availability: InStock

Price 75000.0 INR/ Piece

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MOQ : 4 Pieces

Spring Loaded Hemming Die V12 - Amada Type Specification

Die Head
Spring Loaded Hemming Die

Life Span
Up to 200,000 strokes

Working Process
Metal Sheet Bending and Hemming

Shaping Mode
Press Mold Die

Material
Alloy Steel

Application
Sheet Metal Fabrication, Automotive Components, Panel Production

Height
125 Millimeter (mm)

Product Type
Hemming Die

Hardness
Up to 60 HRC

Weight
43.8 Kilograms (kg)

Length
835 Millimeter (mm)

Tolerance
0.02 mm

Width
60 Millimeter (mm)

Surface Treatment
Heat Treated and Anti-Corrosive Coating

Model Type
V12

Surface Finish
Polished

Operation
Spring Loaded for Automatic Return

Mounting Type
Standard Amada Mount

Weight
12 kg (Approximate for Standard Size)

Compatible Machine
Amada Press Brake

Die Length
835 mm (Standard), Customizable

Color
Metallic Grey

Thickness Range
0.5 mm to 2.5 mm

Spring Loaded Hemming Die V12 - Amada Type Trade Information

Minimum Order Quantity
4 Pieces

Supply Ability
100 Pieces Per Month

Delivery Time
4 Days

About Spring Loaded Hemming Die V12 - Amada Type

We are offering a huge range of Spring Loaded Hemming Die with V opening of V8mm, V10mm, V12mm
We have hemming tool to suit hydraulic as well as mechanical Press brake machine. For conventional as well as CNC machine.

Versatile Press Brake Compatibility

This die is specially designed for Amada Press Brakes, model type V12, ensuring a seamless fit with standard Amada mounting systems. Its universal dimensions-125 mm in height, 60 mm width, and 835 mm length-allow for straightforward installation and reliable operation.

Superior Surface and Durability

The die features a polished finish, heat treatment, and an anti-corrosive coating, providing exceptional longevity and resistance to wear. The alloy steel construction and a hardness rating of up to 60 HRC enable it to withstand demanding fabrication environments and frequent use.

Precision and Customization

With a remarkably tight tolerance of 0.02 mm, this hemming die delivers high-precision bends and hems. Its design accommodates customizable length and surface finish requirements, making it adaptable for various applications in automotive and industrial panel fabrication.

FAQ's of Spring Loaded Hemming Die V12 - Amada Type:

Q: How is the Spring Loaded Hemming Die V12 operated on an Amada Press Brake?

A: The die is installed via a standard Amada mount on the press brake and operates automatically thanks to its built-in spring-loaded mechanism, enabling efficient sheet metal bending and hemming with an automatic return after each stroke.

Q: What are the main benefits of using this hemming die for sheet metal fabrication?

A: This die provides precise, repeatable results due to its 0.02 mm tolerance and spring-loaded action. Its heat-treated, anti-corrosive surface ensures long life (up to 200,000 strokes), reducing maintenance and downtime.

Q: When should this die be used in the metalworking process?

A: The die is ideal for forming precise hems and bends during the fabrication of components such as automotive panels, industrial enclosures, and sheet metal assemblies, especially where high accuracy and robust performance are required.

Q: Where is the Spring Loaded Hemming Die V12 primarily applied?

A: This die is widely used in automotive component production, panel manufacturing, and general sheet metal fabrication facilities, especially those employing Amada press brake systems.

Q: What is the range of metal thickness this die can process?

A: The V12 hemming die is capable of handling metal sheets with thicknesses ranging from 0.5 mm to 2.5 mm, making it suitable for various light to medium gauge metal forming tasks.

Q: What process does the spring-loaded mechanism improve during operation?

A: The spring-loaded feature automates the return of the die after each press cycle, increasing work speed, operator efficiency, and component consistency during continuous production runs.