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Forging and cold forging processing

Forging and cold forging processing

Reduction of cutting processing, improvement of material yield, and cost reduction are possible! We will introduce integrated processing technology for products.

Ibaraki Steel Center Co., Ltd. conducts cold forging processing. By utilizing mold design technology that maximizes the performance of UL presses, we are capable of developing cold forged products that closely resemble the shape and precision of the final product, as well as integrating products composed of multiple parts. We achieve cost reductions through the reduction of cutting processes, improvement of material yield, and the elimination of quenching treatment processes by utilizing the work hardening properties of cold forged products, all while realizing environmentally friendly manufacturing. [Features] ■ Reduction of cutting processes ■ Improvement of material yield ■ Cost reduction possible *For more details, please refer to the PDF materials or feel free to contact us.

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  • Processing Contract

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【Technical Data Presentation!】What are cold forging and hot forging processes?

【Technical Data Presentation!】What are cold forging and hot forging processes?

We are publishing information about the differences between cold forging and hot forging processes. Using illustrations and numbers, we are sharing know-how for pressing thick materials!

This document outlines the differences between cold forging and hot forging processes. We present the advantages and disadvantages of each processing method in an easy-to-understand table. Our cold forging process compensates for its disadvantages through technology, equipment, and experience, enabling us to achieve high processing accuracy, which allows for a reduction in subsequent processes and cost savings. [Contents] ■ Advantages and disadvantages of cold forging ■ Advantages and disadvantages of hot forging *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract

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Technical documentation available! "Basic Knowledge Material on Thick Plate Cold Forging" (with explanations)

Technical documentation available! "Basic Knowledge Material on Thick Plate Cold Forging" (with explanations)

Differences between "cold forging" and "hot forging" are now available! Technology and equipment capable of handling plate thicknesses from 8mm to 14mm are explained with illustrations and photos!

Our company, which consistently manufactures thick plate press products from material procurement, is offering a free booklet titled "Basic Knowledge on Thick Plate Cold Forging" that condenses explanations and knowledge about "cold forging processing." - What exactly is "cold forging" and what does that process entail...? - I can't explain the difference between "cold forging" and "hot forging"... - I'm curious about what kind of machines are used in thick plate press equipment... We provide comprehensive explanations using technical information, photos, and illustrations to address these inquiries! Additionally, we have included examples of "cold forging products" such as rotors for generators and Mag pulleys for car air conditioners. We encourage you to read and utilize this information! [Contents Included] ■ ISC Thick Plate Processing Manufacturing Process ■ What is Cold Forging? ■ Differences Between Cold Forging and Hot Forging ■ Introduction to Cold Forging Equipment ■ Examples of Cold Forging Implementation *For more details, please refer to the PDF document or feel free to contact us.

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  • Engine parts

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Active in automotive parts processing! What is our company's "cold forging" technology?

Active in automotive parts processing! What is our company's "cold forging" technology?

It is possible to obtain a processing shape that is equivalent to or similar to the purpose with high precision and high strength!

"Cold forging" refers to the processing of metallic materials such as carbon steel, non-ferrous metals, and alloy steel, formed at room temperature, which is below the recrystallization temperature, using molds. By controlling the flow of the internal structure of the material (plastic flow), it is possible to obtain high precision and high strength shapes that are equivalent to or similar to the desired processing shape (net shape). As a result, resource-saving and environmentally conscious manufacturing can be achieved, such as reducing secondary processes. [Types of Cold Forging Processing (Partial)] ■ (Forward/Backward) Extrusion Molding ■ Upsetting Molding ■ Punching Processing ■ Drawing Processing ■ Shaping Processing *For more details, please refer to the PDF materials or feel free to contact us.

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  • Processing Contract

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[Case Study of Problem Solving] Integration of Multiple Parts

[Case Study of Problem Solving] Integration of Multiple Parts

Introduction of examples that achieved multiple improvements such as cost reduction, weight reduction, elimination of heat treatment, and process reduction!

The customer was troubled by excessive processes, costs, and the effort required for corrections due to core runout caused by the two-part configuration. Therefore, we proposed the integration of the two parts using work hardening through cold forging. As a result, we achieved multiple improvements, including reductions in cost, weight, elimination of heat treatment, process reduction, and the elimination of correction work due to excellent concentricity. 【Case Overview】 ■ Issue: Excessive processes, costs, and effort for corrections due to core runout caused by the two-part configuration. ■ Solution: Integration of the two parts using work hardening through cold forging. ■ Effects: Achieved multiple improvements such as reductions in cost, weight, elimination of heat treatment, process reduction, and elimination of correction work due to excellent concentricity. *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract
  • Contract manufacturing

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