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Mold Product List and Ranking from 816 Manufacturers, Suppliers and Companies

Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.

Mold Manufacturer, Suppliers and Company Rankings

Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.

  1. フカガワ Saitama//Manufacturing and processing contract
  2. FUJIKIKO Co.,Ltd. Tokyo//Industrial Machinery
  3. 日本金型材 Saitama//Trading company/Wholesale
  4. 4 アマダ（アマダグループ） Kanagawa//Industrial Machinery
  5. 5 null/null
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Mold Product ranking

Last Updated： Aggregation Period:Dec 31, 2025～Jan 27, 2026
This ranking is based on the number of page views on our site.

  1. Bending Die Catalog アマダ（アマダグループ）
  2. Technical Data / Construction Guidelines: Insulated Flexible Duct High Hose フカガワ
  3. Prototype molds, simple molds, small lot die casting. プロテックジャパン
  4. Technical Data and Construction Guidelines: Flexible Duct (Metal Type) フカガワ
  5. 4 What are the ways to reduce the maintenance costs of molds?

Mold Product List

1231～1245 item / All 2035 items

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[Precision Mold Design and Parts Processing Case Studies] High-Precision Parts Processing and Alignment Technology

[Precision Mold Design and Parts Processing Case Studies] High-Precision Parts Processing and Alignment Technology

Achieving a precision of ±0.002mm, extending the lifespan of parts and reducing purchasing costs! A case study of an automotive parts manufacturing company.

Our processing technology enables us to achieve a component and alignment accuracy of ±0.002mm. With the introduction of high-precision components, the positioning accuracy during mold assembly is high, resulting in less wear and reduced component consumption. In the automotive parts manufacturing sector, our processing technology has achieved a component and alignment accuracy of ±0.002mm, leading to increased component lifespan. 【Case Overview】 ■ Customer Industry: Automotive Parts Manufacturer ■ Consultation Details: Short mold maintenance cycle and short component lifespan ■ Proposed Solution: High precision of components and high precision of alignment ■ Technology Used: High-precision component processing and mold alignment technology ■ Results: Increased component lifespan and a 25% reduction in component purchasing costs *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract
  • Mold

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[Precision Mold Design and Parts Processing Case] Reduction of Maintenance Time

[Precision Mold Design and Parts Processing Case] Reduction of Maintenance Time

By using highly reproducible parts, it is possible to reduce the time for trial adjustments! This allows for a smoother startup.

We received a consultation from a precision parts manufacturing company regarding the time it takes to adjust when replacing carbide punches. In response, we suggested converting the processing method from electrical discharge machining to milling. As a result, we were able to reduce the adjustment time during punch replacement to one-third. 【Case Overview】 ■ Customer Industry: Precision Parts Manufacturing ■ Consultation Content: Time-consuming adjustments when replacing carbide punches ■ Proposed Solution: Conversion of processing method from electrical discharge machining to milling ■ Technology Used: Milling technology for carbide materials ■ Outcome: Reduced adjustment time during punch replacement to one-third *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract
  • Mold

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[Precision Mold Design and Parts Processing Case Study] Improvement of Tool Life for Carbide Punches

[Precision Mold Design and Parts Processing Case Study] Improvement of Tool Life for Carbide Punches

The lifespan of punches has tripled thanks to ultra-hard material milling technology! We will introduce a case study for precision electronic component manufacturers.

When processing superhard materials with electrical discharge machining, microcracks due to thermal effects occur during the machining process. These cracks penetrate to a depth of about 20μm, so no matter how much you polish to achieve a smooth surface, they will remain. These cracks can cause wear in applications such as punches that are subjected to strong loads. In contrast, milling does not produce any microcracks at all. Milling tools can go down to R0.1, and the flexibility of the machining shapes is very high. [Case Overview] ■ Customer Industry: Precision Electronic Components Manufacturer ■ Consultation Content: Want to improve the lifespan of superhard riveting punches ■ Proposed Solution: Transition from electrical discharge machining to milling ■ Technology Used: Milling technology for superhard materials ■ Results: The lifespan of the punches increased threefold *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract
  • Mold

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Press Die [Precision Die Design Case] Maintenance and Startup Adjustment Time Reduction

Press Die [Precision Die Design Case] Maintenance and Startup Adjustment Time Reduction

Significantly reduce the startup adjustment time after troublesome parts replacement! Introducing a case study for an electronic component manufacturer.

We record the finished dimensions of all parts in our company. Therefore, when you place an order for replacement parts, we manufacture them with a tolerance of ±1μm compared to the original parts. By simply replacing the parts, we can restore them to a condition identical to new, significantly reducing the time required for setup adjustments after part replacement. 【Case Overview】 ■ Customer Industry: Electronic Components Manufacturer ■ Inquiry: Want to reduce the time required for punch and die nesting replacement ■ Proposed Solution: Change the positioning method of the punch and die ■ Technology Used: Changed the die nesting keying method to a light press-fit method ■ Results: No adjustments needed after nesting replacement, reducing replacement time by 75% *For more details, please refer to the PDF document or feel free to contact us.

  • Processing Contract
  • Mold

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Press Mold Special Edition Mold Maker Column - Single Shot Type Edition

Press Mold Special Edition Mold Maker Column - Single Shot Type Edition

In the mold shop column, we will be sharing various topics about molds from time to time! (We also publish the mold shop column on our Instagram.)

This column is about press molds! There are several types of "press molds." - Single-stroke molds - Progressive molds - Transfer molds The main three are listed above. This time, I will introduce the "single-stroke mold"! A single-stroke mold is a type of mold that performs processes such as cutting, bending, and drawing only once with a single mold. The advantages include lower costs compared to other types of molds due to having only one process and a simpler mold structure, as well as the possibility of shorter delivery times for the same reasons. In terms of quality benefits, it helps prevent the "hull bottom phenomenon" and reduces the shift of the product's tip. (I plan to publish a detailed column about the "hull bottom phenomenon" later!) On the other hand, the disadvantages are that single-stroke molds tend to have lower productivity compared to other press molds because they are often operated manually, and they cannot perform complex processes due to having only one step. Single-stroke molds are suitable for processing items with small lot sizes or large-sized products. In the first column, I introduced the "single-stroke mold." In the next column, I will explain the "progressive mold"!

  • Technical and Reference Books
  • Mold

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Press Mold Special Edition Mold Maker Column - Transfer Mold Edition

Press Mold Special Edition Mold Maker Column - Transfer Mold Edition

In the mold maker column, we will continuously share various information about molds! (We also publish the mold maker column on our company Instagram.)

In the previous columns, we introduced single-stroke and progressive molds. This time, we will introduce the third type, transfer molds! Transfer molds are a type of mold where multiple single-stroke molds are arranged in a row. Like progressive molds, they use coil material (for more on coil material, refer to Column 2). The molds are moved between each single-stroke mold using a fixture called a finger, allowing the process to advance to the next stage. This processing method is automated, making it suitable for mass production. The advantages include the ability to mass-produce due to automation and stable quality. Additionally, it allows for an increased number of processes compared to progressive molds, enabling more complex machining. The disadvantages include the difficulty in designing the transport mechanism to move between single-stroke molds and the fact that having multiple single-stroke molds in line results in a relatively higher cost. Transfer molds are suitable for complex products that require processes like drawing. In the next column, we will introduce the "hull phenomenon"!

  • Technical and Reference Books
  • Mold

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Press molds: With the purchase of molds from two companies, not only can we implement BCP measures, but we can also achieve 〇〇!

Press molds: With the purchase of molds from two companies, not only can we implement BCP measures, but we can also achieve 〇〇!

Specializing in sales types, we have a track record of producing over 10,000 molds! Contributing to quality and productivity improvements by resolving technical issues!

"I would like to purchase molds from two companies as a BCP measure, so could you provide some advice?" Recently, we received this kind of inquiry from a customer. Molds are very important in factories, as manufacturing can come to a halt without them. Therefore, it is crucial to have multiple suppliers that can respond immediately when the need arises. There are cases where the specifications of molds can become a quality bottleneck, such as when a situation arises like, "If we could reduce the size of the part by another 2mm, we could proceed with this design, but since the mold couldn't accommodate it, we had to make significant changes to the design, causing delays." I have heard that recently, some clients are requesting dual sourcing. Our company has a department specialized in technological development that will do its utmost to address our customers' technical issues, so if anything resonates with you, please feel free to contact us. *For more details, please refer to the PDF document or feel free to reach out to us.*

  • Mold Design
  • Mold

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Are you troubled by the short lifespan of punch dies?

Are you troubled by the short lifespan of punch dies?

Are you struggling with the short lifespan of punches and dies at the Manufacturing World Osaka exhibition?

"We are troubled by the short lifespan of punch and die for press molds." "We cannot ensure the accuracy of the punch and die." "We want to improve the wear resistance of the punch and die." In response to the voices of our customers that we often hear during our sales activities, Nagumo Seisakusho proposes a processing method that differs from conventional electrical discharge machining. It is common to use cemented carbide or hardened materials for punches and dies, and electrical discharge machining or grinding is primarily used to process these hard materials. In this document, we will introduce the mechanism of electrical discharge machining and the disadvantages that arise from it, and we will propose processing methods aimed at resolving those disadvantages. Our company will be exhibiting at the Machine Elements Technology Exhibition in Osaka starting from October 4th. We sincerely hope you will visit us. *For details about the exhibition, please refer to the basic information!

  • Other machine elements
  • Mold

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What are the advantages and disadvantages of nested structures in press molds?

What are the advantages and disadvantages of nested structures in press molds?

What is nesting in the first place? An explanation of its advantages and disadvantages!

The term "nested" in molds is something you may have heard of but not fully understand. Many people might not be clear on the actual advantages and disadvantages. If you utilize a nested structure mold in the appropriate situations, you can enjoy many benefits. However, there are also cases where it is not necessary to spend money to create a nested structure. This time, we will provide a detailed introduction to the situations in which a nested structure is adopted, from the perspective of advantages and disadvantages.

  • Other machine elements
  • Mold

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What is surface roughness in press molds?

What is surface roughness in press molds?

What is surface roughness in press molds? An explanation of the meaning of symbols and measurement methods!

This time, I will explain "surface roughness," which is essential in metal processing. Drawings always include symbols or indications that specify the desired surface roughness. I will explain what the indicated surface roughness actually means using photographs. Additionally, I will introduce which machine tools can generally achieve what level of surface roughness during processing. When machining a surface, be sure to check if the machine is suitable for the desired surface roughness.

  • Other machine elements
  • Mold

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[Helpful Materials Provided] Press Die <Causes of Burrs and Their Countermeasures>

[Helpful Materials Provided] Press Die <Causes of Burrs and Their Countermeasures>

[Helpful Materials Provided] What Causes Burrs to Form? Introducing Details on Burr Prevention!

Burrs that inevitably occur when using press molds. Are there ways to reduce burrs? Why do burrs occur in the first place...? Many may wonder if it's possible to create molds that produce no burrs at all. If we can minimize burrs, we can enjoy many benefits, such as reducing the time for burr removal and ensuring product accuracy. This document will explain in detail why burrs occur in press molds and what measures can be taken to minimize them. Contents included: ■ Causes of burrs and countermeasures ■ Methods for burr removal ■ Is it possible to achieve burr-free (producing no burrs at all)? ■ Achieving high-precision product processing while minimizing burrs *For more details, please refer to the catalog download below.

  • Press Dies
  • Mold

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Processing technology for ultra-precision and micro fine mold components, precision punches from Hokkaido.

Processing technology for ultra-precision and micro fine mold components, precision punches from Hokkaido.

I tried making a punch in the shape of Hokkaido! It even replicates the intricate coastline.

"Sending technology from Hokkaido!" So, we have created a punch in the shape of Hokkaido! It reproduces even the intricate coastline. We offer high-precision carbide punches with a tolerance of 2/1000mm in a short delivery time. For precision mold components, trust Chimera. We have numerous partnerships with cooperative surface treatment factories, so we will complete the final process and ship the products. 【Specifications】 ○ Product Name: Ultra-precision, fine mold components ○ Special and mirror finish ○ Carbide and powder high-speed steel ○ Materials: Various types of carbide, high-speed steel, powder high-speed steel, etc. For more details, please contact us.

  • Processing Contract
  • Mold

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Hatta Industries "Custom Knife Division"

Hatta Industries "Custom Knife Division"

The exclusive distributor of super powder alloys, attracting great attention from the knife industry around the world.

Hatta Industries' "Custom Knife Division" is deeply involved in the research and development of the super powder alloy "ZDP189," which exhibits remarkable hardness, sufficient toughness, and corrosion resistance due to meticulous heating, cooling, and sub-zero treatment. They also manage the sales of this pure material as the exclusive distributor, garnering significant attention from the knife industry worldwide. Additionally, they are actively engaged in heat treatment for knives, not just for machine parts and structural components. For more details, please contact us.

  • Other metal materials
  • Mold

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Hashiba Mold - Precision Casting Mold

Hashiba Mold - Precision Casting Mold

Able to accommodate everything from precision parts to large components.

At Hashi Group, we apply our unique technology developed through tire molds to meet the needs of modern manufacturing, developing production techniques for a wide variety of small quantities, more precise molds, and parts manufacturing. We deliver high-precision products with short lead times and reduced costs, ensuring customer satisfaction.

  • others
  • Mold

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New onboard measurement device 'NK-2000'

New onboard measurement device 'NK-2000'

We will achieve a reduction in processing time and an improvement in processing accuracy!

The "NK-2000" is a new type of onboard measurement system that allows for immediate onboard measurement of processed products without altering them after machining. Using measurement menus for linear dimensions, circles, and angles, it is possible to measure the shape of the processed products. Additionally, by sliding and touching the screen, the size of the grid lines on the screen can be changed, making it easy to adjust the size of the R parts of the workpiece being measured. 【Features】 ■ Eliminates variability by the measurer ■ Allows for ultra-precise alignment ■ Measurement history is stored in memory, enabling multiple correlated measurements and pitch measurements ■ Size verification is easily achievable *For more details, please download the PDF or contact us.

  • Other measurement, recording and measuring instruments
  • Mold

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