Guide

—- Accurate Forming: Deep Draw Metal Stamping Fundamentals, Part 2

—- Accurate Forming: Deep Draw Metal Stamping Fundamentals, Part 2

—- Accurate Forming: Deep Draw Metal Stamping Fundamentals, Part 2

Created By: accurateforstg
January 28, 2014

The blank for the part to be drawn is removed from the strip and moved into the transfer slide. The transfer slide carries the blank to the first draw operation or station. At this station the blank is drawn to its first shape. The transfer slide then returns to its original position and is now ready to accept the next blank.

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Guide

—- Accurate Forming: Who We Are

—- Accurate Forming: Who We Are

—- Accurate Forming: Who We Are

Created By: accurateforstg
January 7, 2014

Accurate Forming is a Deep Draw Metal Stamper who was established in 1955. All of Accurate Forming’s operations take place in our 70,000 square foot facility located in Hamburg, NJ. Accurate Forming manufactures cylindrical shaped parts using transfer press technology. The size range for these parts ranges from .700” in length with a diameter of 1.562” all the way to 5.44” in length with a .400” diameter. Material thicknesses range from .007” thick up to .062” thick. Materials that are used in the deep draw manufacturing process are aluminum, cold rolled steel, pre-plated crs, stainless steel, copper, brass and other precious metal alloys.

Accurate Forming is known for its in-house capabilities that complement the transfer press technology. Accurate Forming’s additional in-house capabilities include engineering design and tool-making. Secondary process operations are offered such as deburring, polishing/buffing, nickel & chrome plating, high performance powder coating, electrostatically applied lacquer, thread rolling, piercing, notching and assembly.

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Guide

—- Deep Draw Metal Stamping

—- Deep Draw Metal Stamping

—- Deep Draw Metal Stamping

Created By: accurateforstg
December 2, 2013

During the deep draw stamping process, once the blank for the part to be drawn is removed from the strip it is moved into the transfer slide. The transfer slide carries the blank to the first draw operation or station. At this station the blank is drawn to its first shape. The transfer slide then returns to its original position and is now ready to accept the next blank.

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Guide

—- Accurate Forming Deep Draw Stamping Equipment

—- Accurate Forming Deep Draw Stamping Equipment

—- Accurate Forming Deep Draw Stamping Equipment

Created By: accurateforstg
November 8, 2013
Accurate Forming produces deep drawn stampings from deep drawing stainless steel alloys, deep drawing copper alloys, and deep drawing steel, low or high carbon contents as well as brass.  Some of our equipment is as follows:

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Guide

—- Deep Drawn Automotive Components

—- Deep Drawn Automotive Components

—- Deep Drawn Automotive Components

Created By: accurateforstg
November 4, 2013

Accurate Forming produces Automotive Components from deep drawing stainless steel alloys, deep drawing copper alloys and deep drawing steel, low or high carbon content as well as brass. Some of the applications for these deep drawn components are connectors for filters and pintles for EGR/EGV valves.

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Guide

—- Deep Drawn Medical Instrument Components

—- Deep Drawn Medical Instrument Components

—- Deep Drawn Medical Instrument Components

Created By: accurateforstg
October 30, 2013
Accurate Forming produces components for  medicalDevice1Medical Instruments from deep drawing aluminum, deep drawing copper alloys, deep drawing stainless steel, deep drawing titanium and deep drawing steel. The deep drawn components Accurate Forming produces are for applications such as Dental Laser Surgical devices, Insulin Pens, Dental Picks and more.

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Guide

___ Deep Drawn Ordnance Components

___ Deep Drawn Ordnance Components

___ Deep Drawn Ordnance Components

Created By: accurateforstg
October 15, 2013

Accurate Forming produces Ordnance components from deep drawing aluminum, deep drawing brass, as well as copper, stainless steel, and cold rolled steel. These deep drawn components are used in applications such as grenades, munitions programs, flash tubes and many other explosive devices.

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