Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.
Last Updated： Aggregation Period:Dec 17, 2025～Jan 13, 2026
This ranking is based on the number of page views on our site.
76～90 item / All 348 items
Advanced metal processing technology that creates the future.
A press die is a machine that is equipped with a die made for a press machine (a machine that moves up and down). Material is placed between the two halves of the die, and by operating the press machine to press from above and below, the product is created. Among press dies, there are different manufacturing methods for what are called single-stroke dies and progressive dies.
If you're looking for a mold manufacturer that can have a long-term relationship, contact Nagumo Seisakusho Co., Ltd.
● The current mold shop is concerning due to the absence of a successor. ● I am looking for a mold shop with well-equipped facilities. ● I am searching for a mold shop with designers who can provide various consultations. To those in charge who have such concerns: ◎ We are celebrating our 73rd year since establishment and aim to become a 100-year company. ◎ We update our processing machines and measuring instruments with an annual investment of 100 million yen. ◎ Designers in our technical department will work closely with customers to solve problems.
If you are looking for a supplier of molds, please contact Nagumo Seisakusho Co., Ltd.
● The mold supplier we have been dealing with has withdrawn from business, and we can no longer obtain molds. ● To avoid risk, we would like to shift from purchasing from one company to two companies. ● We would also like to try other mold manufacturers. ...To those in charge who have such concerns: ◎ For press molds, we can accommodate both "design and manufacturing by our company" and "manufacturing based on provided drawings." ◎ As a mold supplier, we provide molds that reduce the burden on our customers.
![Press Die [Precision Mold Design and Parts Processing Case] Reduction of Product Burrs](https://image.mono.ipros.com/public/product/image/578/2000593614/IPROS00702503970914089870.png?w=280&h=280)
Eliminate burrs through mold manufacturing that meets the product requirements sought by customers! Introducing a case study from an electronic components manufacturer.
When extracting thin products, it is necessary to set a significantly narrow punch-die clearance, but it is difficult to reliably achieve the specified clearance in tolerance design. However, our company designs components from the planning stage to realize narrow clearances, so we can custom-manufacture both fabricated and purchased parts. As a result, we can produce molds that meet the required specifications for the products our customers seek. 【Case Summary】 ■ Customer's Industry: Electronic Component Manufacturer ■ Inquiry: Desire to cut thin products sharply ■ Proposed Solution: Ultra-small clearance punching die ■ Technology Used: Improvement of mold structure and component precision ■ Outcome: Eliminated burrs that could not be resolved previously *For more details, please refer to the PDF document or feel free to contact us.
![Press Mold [Precision Mold Case] Reduction of Chocolate Stops by Implementing Measures Against Scrap Rise](https://image.mono.ipros.com/public/product/image/cf9/2000726527/IPROS16314617492722742579.png?w=280&h=280)
Introducing examples of parts processing technology using ±2μm precision achieved through the introduction of a new type of processing machine!
At Nagumo Manufacturing, we prevent scrap accumulation and improve productivity by setting appropriate clearances, ensuring machining accuracy, and utilizing adjustment techniques to reduce downtime. We addressed the challenges faced by automotive parts manufacturers struggling with frequent downtime due to scrap accumulation. Our company implemented measures against scrap accumulation for these manufacturers. The average occurrence of scrap accumulation, which was happening 9 times a day, was improved to 0, resulting in a reduction in downtime and a significant increase in factory productivity. 【Overview】 ■ Customer Industry: Automotive parts manufacturing ■ Consultation Details: Frequent scrap accumulation during press processing, causing machine stoppages and inefficiency ■ Proposed Solution: Recommendations for appropriate clearance and changes in part shape ■ Technology Used: Introduction of a new processing machine for part machining with ±2μm accuracy ■ Results: Increased productivity *For more details, please refer to the PDF document or feel free to contact us.
![Press Mold [Precision Mold Parts Processing Example] Precision Machining Technology and Quality Assurance](https://image.mono.ipros.com/public/product/image/59d/2000726537/IPROS20785882145549294241.png?w=280&h=280)
Guaranteed with submicron order shape measurement! We will provide quality assurance in line with the improvement of precision processing technology.
We would like to introduce a case where a manufacturer of automotive parts solved their challenges by introducing a new machining center and wire electrical discharge machine. The manufacturer was struggling with the inability to produce high-precision products despite creating punches and dies through three-dimensional processing to accommodate the miniaturization and complex shapes of products. They faced issues not only with defects but also with the inability of conventional measuring instruments to adequately measure shapes, making it impossible to guarantee precision. To address this, they ensured shape measurement using a laser microscope, which could measure shapes that conventional contact-type tracers could not. 【Overview】 ■ Customer's Industry: Automotive parts manufacturing ■ Processing Technology: Parts processing with a precision of ±2μm using a new machining center and wire electrical discharge machine ■ Quality Assurance: Implementation of three-dimensional measuring instruments (from Mitutoyo, OGP, TESA) and a laser microscope (from KEYENCE) to guarantee shape measurement in the sub-micron order. *For more details, please refer to the PDF document or feel free to contact us.
In the mold shop column, we will continuously share various topics about molds! (We also publish the mold shop column on our company Instagram.)
In this column, I will introduce the "boat bottom phenomenon"! When you want to punch out terminal shapes like those in the icon diagram, processing them at every pitch, as shown in Figure A, results in a reduced area for holding during the punching process. This can lead to situations where the punch comes down with such force that the stripper plate cannot hold the product securely, causing it to tilt over. This is known as the boat bottom phenomenon. The tilted product resembles a boat bottom, hence the name. To avoid this, changes in layout are necessary. For example, one solution could be to use multiple pitch feeding as shown in Figure B. In the case of multiple pitch feeding, a single group is punched out in one go (all punches come down simultaneously), leaving no room for the product to tip over, thus preventing such issues. However, on the other hand, this will narrow the spacing between the dies, which raises concerns about die strength. It is essential to determine specifications based on strength calculations.
I have summarized the basic content regarding the impact of clearance discrepancies due to board thickness differences and the reduction of running costs achieved through uniform clearance.
Clearance (CL) refers to the gap between the punch and die of a mold. CL is set at 4-7% of the material thickness. The range of 4-7% is determined by the thickness of the material. In the PDF document, we introduce: - Examples of clearance settings by material thickness: t=0.1mm / t=0.05mm / t=2.0mm - The impact of uneven clearance based on material thickness - The benefits of achieving uniform clearance Table of contents: - What is clearance? - How to set clearance - Examples of clearance by material thickness - Benefits of achieving uniform clearance
【Kyushu Mechanical Components Technology Exhibition Participation】What causes burrs to occur? We will also introduce measures against burrs!
Burrs that inevitably occur when using press molds. Is there a way to reduce burrs? Why do burrs occur in the first place...? Many people may have such questions about whether it is possible to create molds that produce no burrs at all. If burrs can be minimized, there are many benefits, such as reducing the time for burr removal and ensuring product accuracy. In this document, we will explain in detail why burrs occur in press molds and what measures can be taken to minimize them. Nagumo Manufacturing will be exhibiting at the Kyushu Machine Element Technology Exhibition in Fukuoka, which will be held from November 29 (Wednesday). We look forward to your visit. *For details about the exhibition, please refer to the basic information!
Significantly reduce the burden of large-format and long-size paper folding work!
A zigzag paper folding machine compatible with large sheets and long paper. The folding width can be freely set from 50 to 600 mm, and there are no restrictions on the length of the paper; simply input the folding width on the operation panel. 【Features】 ◆ High folding precision with settings possible in 0.1 mm increments ◆ Folding width can be easily set from 50 mm to 600 mm with one touch ◆ Up to 10 different folding patterns can be registered ◆ Different folding widths can be incorporated during the folding process ◆ Folding can be done at any marked position on the paper (optional feature) ◆ The foldable table does not require much space ◆ The paper discharge direction can be changed, allowing for discharge from either the front or rear.
As of November 20, 2012, some catalog products (standard items) will be discontinued.
As of November 20, 2012, some catalog products (standard items) will be discontinued. We apologize for any inconvenience this may cause and appreciate your understanding. ★The products marked with ■ (red text) in catalog KG904 are applicable★
Standardizing problem-solving methods to accelerate mold development time!
I would like to introduce one of the technologies of Yamazaki Industrial Co., Ltd., which is the "Countermeasure for Scrap Rising." Many defects that occur during progressive press processing are due to dents, scratches, and deformations. It can be said to be an eternal theme. The mechanisms behind these occurrences are varied, but one reason is that scrap can rise during the punching process, and this can happen when it is stepped on. To prevent the rising of scrap, Yamazaki Industrial Co., Ltd. sometimes utilizes "the power of air." This is a commonly used method, but we are working on standardizing when to implement this countermeasure and what the most cost-effective methods are within the design technology group, so that we can avoid additional measures after mass production begins. We live in an era that often prioritizes speed. By further promoting standardization, we will enhance our ability to meet delivery deadlines. For more details, please contact us or refer to our catalog.
We are always committed to creating high-quality products with cutting-edge technology and limitless curiosity.
At Toyota Giken Co., Ltd., we continue to pursue the technologies we have cultivated over many years, establishing press processing techniques for three-dimensional shapes using CAD and CAM, as well as processing techniques for high-difficulty materials such as titanium and magnesium. We strive to create all kinds of press products. Our technology enables the production of three-dimensional shaped products from a single sheet of material with high precision, earning Toyota Giken a high reputation among numerous press processing manufacturers worldwide. Additionally, Toyota Giken implements strict quality control during the production phase under the principle that "the processor is the inspector." Therefore, based on the concept of completing processes within our own operations, all employees are committed to supplying only good products to the next process. By utilizing three-dimensional measuring instruments and image processing measuring devices, we have achieved accurate and rapid measurement of product dimensions. This is a crucial process for maintaining the quality of Toyota Giken. For more details, please contact us or refer to our catalog.
![[Processing Example] Automotive Parts](https://image.mono.ipros.com/public/product/image/4f1/2000458961/IPROS91909601714996258578.jpeg?w=280&h=280)
We are always committed to creating high-quality products with cutting-edge technology and limitless curiosity!
Toyota Engineering Co., Ltd. is engaged in the processing of automotive parts. At our company, we will further pursue the technology we have cultivated over many years, establishing press processing technology for three-dimensional shapes using CAD and CAM, and developing processing technology for high-viscosity materials (such as titanium and magnesium). We will continue to seek various press products. For automotive lighting components, precision press mold design and manufacturing, heat-resistant coatings, and surface treatment, please feel free to consult us. 【Examples of Processed Products】 ■ Hood products ■ Shade products ■ Brackets ■ Terminal terminal plates and springs ■ Metal substrates ■ Socket products *For more details, please refer to the PDF materials or feel free to contact us.
Fine, ultra-small, and small diameter: Press molds for drilling holes up to Φ0.1!
This is the mold for the smallest hole drilling process using press processing at our company as of now! *The product image is a test shot of a Φ0.1 hole on Apical material taken with a ×200 microscope.
