株式会社南雲製作所 List of News Articles

Eliminate burrs through mold manufacturing that meets the product requirements sought by customers! Introducing a case study from an electronic components manufacturer. When cutting thin products, it is necessary to set an extremely narrow punch-die clearance, but it is difficult to reliably achieve the specified clearance in tolerance design. However, our company designs parts from the stage of design to achieve narrow clearances, so we can custom-manufacture both fabricated and purchased parts. As a result, we can manufacture molds that meet the product requirements sought by customers. [Case Overview] ■ Customer Industry: Electronic Components Manufacturer ■ Consultation Content: Desire to cut thin products sharply ■ Proposed Solution: Ultra-narrow clearance die ■ Technology Used: Improvement of mold structure and part precision ■ Outcome: Successfully eliminated previously unresolved burrs *For more details, please refer to the related materials or feel free to contact us.

Guaranteed sub-micron order shape measurement! We will provide quality assurance in line with the improvement of precision machining technology. We would like to introduce a case where a new machining center and wire electrical discharge machine were introduced to a manufacturer of automotive parts to solve their challenges. The manufacturer was struggling with the inability to produce high-precision products despite creating punches and dies through three-dimensional processing to respond to the miniaturization and complexity of products. They faced issues not only with defects but also with the inability to adequately measure shapes with conventional measuring equipment, making it impossible to guarantee precision. To address this, we ensured shape measurement that could not be measured with traditional contact-type tracers by using a laser microscope. 【Overview】 ■ Customer's industry: Automotive parts manufacturing ■ Processing technology: Parts can be processed with a precision of ±2μm using the new machining center and wire electrical discharge machine ■ Quality assurance: Introduced three-dimensional measuring instruments (Mitsutoyo, OGP, TESA) and a laser microscope (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.

Guaranteed 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 we solved challenges by introducing a new machining center and wire electrical discharge machine to an automotive parts manufacturing company. The manufacturer was facing issues such as "although we produced punches and dies using three-dimensional processing to respond to the miniaturization and complexity of products, we could not create high-precision products," and "not only were defects occurring, but we could not adequately measure shapes with conventional measuring instruments, making it impossible to guarantee precision." Therefore, we ensured shape measurement that could not be measured with conventional contact-type tracers by using a laser microscope. 【Overview】 ■ Customer's industry: Automotive parts manufacturing ■ Processing technology: Parts processing with ±2μm precision using a new machining center and wire electrical discharge machine ■ Quality assurance: Introduction of three-dimensional measuring instruments (Mitutoyo, OGP, TESA) and laser microscope (KEYENCE) to guarantee shape measurement in the submicron order. *For more details, please refer to the PDF document or feel free to contact us.

Eliminate burrs through mold manufacturing that meets the product requirements sought by customers! A case study from an electronic components manufacturer. When producing thin products, it is necessary to set an extremely narrow punch-die clearance, but achieving the specified clearance is difficult due to tolerance design. However, our company designs components from the planning stage to achieve narrow clearances, allowing us to custom-manufacture both produced and purchased parts. As a result, we can manufacture molds that meet the product requirements sought by our customers. [Case Overview] ■ Customer Industry: Electronic Components Manufacturer ■ Inquiry Details: Desire to cut thin products sharply ■ Proposed Solution: Ultra-small clearance punching mold ■ Technology Used: Improvement of mold structure and component precision ■ Outcome: Successfully eliminated previously unresolved burrs. *For more details, please refer to the related materials or feel free to contact us.

Specializing in sales types, we have a track record of producing over 10,000 molds! Contributing to improvements in quality and productivity by resolving technical issues! * * "I want to implement BCP measures by purchasing molds from two companies, can you consult with us?" Recently, we received this kind of inquiry from a customer. Molds are extremely important in factories where production would stop without them, so it is crucial to have multiple suppliers that can respond immediately when needed. "There was a situation where if we could make the part size 2mm smaller, we could proceed with this drawing, but since the mold couldn't accommodate it, we had to make significant changes to the design, resulting in setbacks." I believe there are cases where the specifications of the mold become a bottleneck in quality. I have heard that recently, some clients are requesting dual sourcing. Our company has a department specialized in technical development that will do its utmost to address your technical issues, so if anything resonates with you, please feel free to contact us. *For more details, please refer to the related materials or feel free to reach out to us.*

Eliminate burrs through mold manufacturing that meets the product requirements sought by customers! Introducing a case study from an electronic components manufacturer. When producing thin products, it is necessary to set an extremely narrow punch-die clearance, but achieving the specified clearance is difficult due to tolerance design. However, our company designs parts from the planning stage to achieve narrow clearances, allowing us to custom manufacture both produced and purchased parts. As a result, we can create molds that meet the product requirements sought by our customers. [Case Overview] ■ Customer Industry: Electronic Components Manufacturer ■ Inquiry Details: Desire to cut thin products sharply ■ Proposed Solution: Ultra-small clearance die ■ Technology Used: Improvement of mold structure and part precision ■ Outcome: Successfully eliminated previously unresolved burrs *For more details, please refer to the related materials or feel free to contact us.

Guaranteed submicron order shape measurement! We will provide quality assurance in line with the improvement of precision machining technology. We would like to introduce a case where we solved challenges by introducing a new machining center and wire electrical discharge machine to an automotive parts manufacturing company. The manufacturer was facing issues such as "despite producing punches and dies through three-dimensional processing to respond to the miniaturization and complexity of products, they could not create high-precision products," and "not only were defects occurring, but the conventional measuring equipment was insufficient for shape measurement, making it impossible to guarantee precision." Therefore, we ensured shape measurement that could not be measured with conventional contact-type tracers by using a laser microscope. 【Overview】 ■ Customer's industry: Automotive parts manufacturing company ■ Processing technology: Parts processing with an accuracy of ±2μm is possible using the new machining center and wire electrical discharge machine. ■ Quality assurance: Introduced three-dimensional measuring instruments (Mitutoyo, OGP, TESA) and a laser microscope (KEYENCE), guaranteeing shape measurement in the submicron order. *For more details, please refer to the PDF document or feel free to contact us.

Introducing a case study using component processing technology with an accuracy of ±2μm achieved through the introduction of a new processing machine! * * At Nagumo Manufacturing, we are improving productivity by preventing scrap accumulation through appropriate clearance settings, processing accuracy, and adjustment techniques, thereby reducing downtime. We addressed the challenges faced by automotive parts manufacturers who were struggling with frequent downtime due to scrap accumulation. Our company implemented measures against scrap accumulation for this manufacturer. 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 ■ Inquiry Details: Frequent scrap accumulation during press processing, causing machine stoppages and inefficiency ■ Proposed Solution: Recommendations for appropriate clearance and changes to component shape ■ Technology Used: Component processing with an accuracy of ±2μm achieved through the introduction of a new processing machine ■ Results: Increased productivity *For more details, please download the related catalog or feel free to contact us.*

"Changing tomorrow with our dedicated molds" - This is Nagumo Manufacturing. We will be exhibiting at "INTERMOLD 2024 Osaka / Mold Expo 2024 Osaka," which will be held from April 17 (Wednesday) to April 19 (Friday). 【Event Overview】 Name: INTERMOLD Osaka / Mold Expo Osaka Dates: April 17 (Wednesday) to April 19 (Friday), 2024, 10:00 AM to 5:00 PM Venue: Intex Osaka Booth Number: Hall 6, Zone A, 6A-216 【Exhibition Content (Tentative)】 ■ Three types of molds (Single-shot mold for circuit board punching / Progressive die for lead frames / Progressive die for automotive parts) ■ Mold plates (Mirror finish processing) ■ Product and component samples (High-precision pressed products / High-hardness machined products) etc… 〇 The time to update existing molds is approaching, and we want to renew molds and parts to further improve productivity! 〇 The mold manufacturer we used to work with has gone out of business... we want to find a new supplier! 〇 Entering a new business! We want to consult with mold professionals to finalize specifications! In such cases, please feel free to consult with Nagumo Manufacturing. With over 100 personnel, we support the improvement of product quality and productivity for our customers. We sincerely look forward to your visit.

"Changing tomorrow with our dedicated molds" - This is Nagumo Manufacturing. We will be exhibiting at "INTERMOLD 2024 Osaka / Mold Expo 2024 Osaka," which will be held from April 17 (Wednesday) to April 19 (Friday). 【Event Overview】 Name: INTERMOLD Osaka / Mold Expo Osaka Dates: April 17 (Wednesday) to April 19 (Friday), 2024, 10:00 AM to 5:00 PM Venue: Intex Osaka Booth Number: Hall 6, Zone A, 6A-216 【Exhibition Content (Tentative)】 ■ Three types of molds (single-shot mold for circuit board punching / lead frame progressive mold / automotive parts progressive mold) ■ Mold plates (mirror finish processing) ■ Product and part samples (high-precision pressed products / high-hardness machined products) etc... 〇 As the time for updating existing molds approaches, we want to completely renew our molds and parts to further improve productivity! 〇 Our previous mold supplier has gone out of business... we want to find a new sourcing partner! 〇 Entering a new business! We want to consult with mold professionals to finalize specifications! In such cases, please feel free to contact Nagumo Manufacturing. With over 100 personnel, we support the improvement of your product quality and productivity. We sincerely look forward to your visit.

Specializing in sales models with a track record of over 10,000 molds produced! Contributing to improvements in quality and productivity by resolving technical issues! "I want to implement BCP measures by purchasing molds from two companies, can you provide consultation?" Recently, we received this kind of inquiry from a customer. Molds are extremely important in factories where production would stop without them, so it is crucial to have multiple suppliers that can respond immediately when needed. "There was a situation where if we could reduce the size of the part by another 2mm, we could proceed with this design, but since the mold could not accommodate it, we had to make significant changes to the design, resulting in setbacks." I believe that the specifications of molds can sometimes become a bottleneck in quality. Recently, I have heard that some clients are requesting dual sourcing. Our company has a department specialized in technical development that will do its utmost to address your technical issues, so if anything resonates with you, please feel free to contact us. *For more details, please refer to the related materials or feel free to inquire.*

Introducing a case study using part processing technology with an accuracy of ±2μm achieved through the introduction of a new processing machine! * * At Nagumo Manufacturing, we improve productivity by preventing scrap buildup through appropriate clearance settings, processing accuracy, and adjustment techniques, thereby reducing downtime. We addressed the challenges faced by automotive parts manufacturers who were struggling with frequent downtime caused by scrap buildup, which hindered productivity. We implemented measures against scrap buildup for this manufacturer. The average occurrence of scrap buildup, 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 ■ Inquiry Details: Frequent scrap buildup during press processing, causing machine stoppages and inefficiency ■ Proposed Solution: Recommendations for appropriate clearance and changes in part shape ■ Technology Used: Part processing with an accuracy of ±2μm achieved through the introduction of a new processing machine ■ Results: Improvement in productivity *For more details, please download the related catalog or feel free to contact us.

Introducing precision mold design and manufacturing that reduces maintenance time! Numerous case studies on problem-solving are included! This document presents examples of precision mold design, manufacturing, and parts processing conducted by Nagumo Seisakusho Co., Ltd. We feature many case studies on problem-solving, such as precision mold design and manufacturing that reduces maintenance time, and precision mold parts processing that improves the lifespan of carbide punches. Additionally, we introduce our processing machines, including "high-precision profile grinding machines" and "high-precision vertical machining centers." If you are interested in processing details or estimates, please feel free to contact us. [Contents] ■ Introduction of processing machines ■ Case studies on problem-solving in precision mold design and manufacturing ■ Case studies on problem-solving in precision mold parts processing *For more details, please refer to the related catalog or feel free to contact us.

Guaranteed shape measurement in the sub-micron order! We will provide quality assurance in line with the improvement of precision machining technology. We would like to introduce a case where we solved challenges by introducing a new machining center and wire electrical discharge machine to a manufacturer of automotive parts. The manufacturer was struggling with issues such as "despite producing punches and dies through three-dimensional processing to accommodate the miniaturization and complexity of products, they could not create high-precision products," and "not only were defects occurring, but the conventional measuring instruments were insufficient for shape measurement, making it impossible to guarantee precision." Therefore, we ensured shape measurement that could not be measured with conventional contact-type tracers by using a laser microscope. 【Overview】 ■ Customer's industry: Manufacturer of automotive parts ■ Machining technology: Parts processing with a precision of ±2μm is possible using the new machining center and wire electrical discharge machine. ■ Quality assurance: Introduced three-dimensional measuring instruments (Mitutoyo, OGP, TESA) and a laser microscope (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.

Introducing a case study using part processing technology with an accuracy of ±2μm achieved through the introduction of a new processing machine! * * At Nagumo Seisakusho, we are improving productivity by preventing scrap buildup through appropriate clearance settings, processing accuracy, and adjustment techniques, as well as reducing downtime. We addressed the challenges faced by automotive parts manufacturers who were struggling with frequent downtime due to scrap buildup. Our company implemented measures against scrap buildup for this manufacturer. The average occurrence of scrap buildup, which was happening 9 times a day, was improved to 0, resulting in a decrease in downtime and a significant increase in factory productivity. 【Overview】 ■ Customer Industry: Automotive parts manufacturing ■ Inquiry Details: Frequent scrap buildup during press processing, leading to machine stoppages and inefficiency ■ Proposed Solution: Recommendations for appropriate clearance and changes in part shape ■ Technology Used: Part processing with an accuracy of ±2μm achieved through the introduction of a new processing machine ■ Results: Increased productivity *For more details, please download the related catalog or feel free to contact us.*

Introducing a case study using part processing technology with an accuracy of ±2μm achieved through the introduction of a new processing machine! * * At Nagumo Manufacturing, we are improving productivity by preventing scrap buildup through appropriate clearance settings, processing accuracy, and adjustment techniques, as well as reducing downtime. We addressed the challenges faced by automotive parts manufacturers who were struggling with frequent downtime due to scrap buildup. Our company implemented measures to combat scrap buildup for this manufacturer. The average occurrence of scrap buildup, 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 buildup during press processing, causing machine stoppages and inefficiency ■ Proposed Solution: Recommendations for appropriate clearance and changes in part shape ■ Technology Used: Part processing with an accuracy of ±2μm achieved through the introduction of a new processing machine ■ Results: Increased productivity *For more details, please download the related catalog or feel free to contact us.*

Specializing in sales types, we have a track record of producing over 10,000 molds! Contributing to improvements in quality and productivity by resolving technical issues! * * "I want to purchase molds from two companies as a BCP measure, can you provide consultation?" Recently, we received such an inquiry from a customer. Molds are extremely important in factories where production would stop without them, so it is crucial to have multiple suppliers that can respond immediately when needed. "I could proceed with this design if I could make the part size 2mm smaller, but since the mold couldn't accommodate that, we had to make significant design changes," is an example of how mold specifications can become a quality bottleneck. I have heard that recently, some clients are requesting dual sourcing. Our company has a department specialized in technical development that will do its utmost to address your technical issues, so if anything resonates with you, please feel free to contact us. *For more details, please refer to the related materials or feel free to reach out to us.*

Guaranteed shape measurement in the sub-micron order! We will provide quality assurance in line with the improvement of precision machining technology. We would like to introduce a case where a new machining center and wire electrical discharge machine were introduced to a manufacturer of automotive parts to solve their challenges. The manufacturer was struggling with the inability to produce high-precision products despite creating punches and dies through three-dimensional machining to respond to the miniaturization and complexity of products. They faced issues not only with defects but also with the inability to adequately measure shapes with conventional measuring instruments, making it impossible to guarantee precision. Therefore, we ensured shape measurement that could not be achieved with traditional contact-type tracers by using a laser microscope. [Overview] - Customer's industry: Manufacturer of automotive parts - Machining technology: Parts can be processed with a precision of ±2μm using the new machining center and wire electrical discharge machine - Quality assurance: Introduced three-dimensional measuring instruments (Mitsutoyo, OGP, TESA) and a laser microscope (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.

Eliminate burrs through mold manufacturing that meets the product requirements sought by customers! Introducing a case study from an electronic component manufacturer. When producing thin products, it is necessary to set an extremely narrow punch-die clearance, but achieving the specified clearance is difficult due to tolerance design. However, our company designs parts from the planning stage to achieve narrow clearances, allowing us to custom-manufacture both fabricated and purchased components. As a result, we can manufacture molds that meet the product requirements sought by customers. [Case Overview] ■ Customer Industry: Electronic Component Manufacturer ■ Inquiry: Desire to cut thin products sharply ■ Proposed Solution: Ultra-narrow clearance punching mold ■ Technology Used: Improvement of mold structure and component precision ■ Outcome: Successfully eliminated previously unresolvable burrs *For more details, please refer to the related materials or feel free to contact us.

Guaranteed shape measurement in the submicron order! We will provide quality assurance in line with the improvement of precision machining technology. We would like to introduce a case where we solved challenges by introducing a new machining center and wire electrical discharge machine to an automotive parts manufacturing company. This 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 complexity of products. They faced issues not only with defects but also with the inability to adequately measure shapes with conventional measuring equipment, which made it impossible to guarantee precision. Therefore, we ensured shape measurement that could not be measured with conventional contact-type tracers by using a laser microscope. 【Overview】 ■ Customer's industry: Automotive parts manufacturing ■ Machining technology: Parts processing with a precision of ±2μm using a new machining center and wire electrical discharge machine ■ Quality assurance: Introduction of three-dimensional measuring instruments (Mitutoyo, OGP, TESA) and a laser microscope (KEYENCE), guaranteeing shape measurement in the submicron order. *For more details, please refer to the PDF document or feel free to contact us.

Introducing a case study using part processing technology with an accuracy of ±2μm achieved through the introduction of a new processing machine! * * At Nagumo Manufacturing, we are improving productivity by preventing scrap accumulation through appropriate clearance settings, processing accuracy, and adjustment techniques, thereby reducing downtime. We addressed the challenges faced by automotive parts manufacturers who were struggling with frequent downtime due to scrap accumulation. Our company implemented measures against scrap accumulation for this manufacturer. 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 ■ Inquiry Details: Frequent scrap accumulation during press processing, leading to machine stoppages and inefficiency ■ Proposed Solution: Recommendations for appropriate clearance and changes in part shape ■ Technology Used: Part processing with an accuracy of ±2μm achieved through the introduction of a new processing machine ■ Results: Increased productivity *For more details, please download the related catalog or feel free to contact us.*

Introducing a case study using part processing technology with an accuracy of ±2μm achieved through the introduction of a new processing machine! * * At Nagumo Seisakusho, we are improving productivity by preventing scrap accumulation through appropriate clearance settings, processing accuracy, and adjustment techniques, as well as reducing downtime. We addressed the challenges faced by automotive parts manufacturers who were struggling with frequent downtime due to scrap accumulation. Our company implemented measures against scrap accumulation for this manufacturer. 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 ■ Inquiry Details: Frequent scrap accumulation during press processing, leading to machine stoppages and inefficiency ■ Proposed Solution: Recommendations for appropriate clearance and changes in part shape ■ Technology Used: Part processing with an accuracy of ±2μm achieved through the introduction of a new processing machine ■ Results: Increased productivity *For more details, please download the related catalog or feel free to contact us.*

Guaranteed shape measurement on a submicron order! We will provide quality assurance in line with the improvement of precision machining technology. We would like to introduce a case where a new machining center and wire electrical discharge machine were introduced to a manufacturer of automotive parts to solve their challenges. The manufacturer was facing issues such as "despite producing punches and dies through three-dimensional processing to accommodate the miniaturization and complexity of products, they were unable to create high-precision products," and "not only were defects occurring, but the conventional measuring equipment was insufficient for shape measurement, making it impossible to guarantee precision." In response, we ensured shape measurement that could not be achieved with conventional contact-type tracers by using a laser microscope. [Overview] ■ Customer's Industry: Manufacturer of automotive parts ■ Machining Technology: Parts can be processed with a precision of ±2μm using the new machining center and wire electrical discharge machine ■ Quality Assurance: Introduced three-dimensional measuring instruments (from Mitutoyo, OGP, TESA) and a laser microscope (from KEYENCE) to guarantee shape measurement on a submicron order. *For more details, please refer to the PDF document or feel free to contact us.

Introducing a case study using part processing technology with an accuracy of ±2μm achieved through the introduction of a new processing machine! * * At Nagumo Manufacturing, we are improving productivity by preventing scrap accumulation through appropriate clearance settings, processing accuracy, and adjustment techniques, as well as reducing downtime. We solved the challenges faced by automotive parts manufacturers who were struggling with frequent downtime due to scrap accumulation. Our company implemented measures against scrap accumulation for this manufacturer. The average occurrence of scrap accumulation, which was happening 9 times a day, was improved to 0, resulting in a decrease 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: Part processing with an accuracy of ±2μm achieved through the introduction of a new processing machine ■ Results: Increased productivity *For more details, please download the related catalog or feel free to contact us.*

Specializing in sales types, we have a track record of producing over 10,000 molds! Contributing to improvements in quality and productivity by resolving technical issues! * * "I want to purchase molds from two companies as a BCP measure, can you provide consultation?" Recently, we received this kind of inquiry from a customer. Molds are extremely important in factories where production would stop without them, so it is crucial to have multiple suppliers that can respond immediately when needed. "I could proceed with this design if I could make the part size 2mm smaller, but since the mold couldn't accommodate that, we had to make significant changes to the design, resulting in delays." I believe there are cases where the specifications of the mold become a bottleneck for quality. I have heard that recently, some clients are requesting dual sourcing. At our company, we have a department specialized in technical 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 related materials or feel free to reach out to us.*

Examples of problem-solving such as precision mold design and manufacturing that reduced maintenance time! This document introduces case studies of precision mold design, manufacturing, and parts processing conducted by Nagumo Seisakusho Co., Ltd. It includes numerous case studies on precision mold design and manufacturing that reduced maintenance time, as well as precision mold parts processing that improved the lifespan of carbide punches. Additionally, we introduce the processing machines we have implemented, including "high-precision profile grinding machines" and "high-precision vertical machining centers." If you are interested in processing details or quotes, please feel free to contact us. [Contents] ■ Introduction of implemented processing machines ■ Case studies on problem-solving in precision mold design and manufacturing ■ Case studies on problem-solving in precision mold parts processing *For more details, please refer to the related catalog or feel free to contact us.

Guaranteed submicron order shape measurement! We will provide quality assurance in line with the improvement of precision machining technology. We would like to introduce a case where a new machining center and wire electrical discharge machine were introduced to a manufacturer of automotive parts to solve their challenges. 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 complexity of products. They faced issues not only with defects but also with the inability to adequately measure shapes with conventional measuring instruments, making it impossible to guarantee precision. Therefore, we ensured shape measurement that could not be measured with traditional contact-type tracers by using a laser microscope. 【Overview】 ■ Customer's industry: Manufacturer of automotive parts ■ Processing technology: Parts can be processed with an accuracy of ±2μm using the new machining center and wire electrical discharge machine ■ Quality assurance: Introduced three-dimensional measuring instruments (Mitutoyo, OGP, TESA) and a laser microscope (KEYENCE) to guarantee shape measurement in the submicron order. *For more details, please refer to the PDF document or feel free to contact us.

We would like to introduce a case study using part processing technology with an accuracy of ±2μm achieved through the introduction of a new processing machine! * * At Nagumo Seisakusho, we are improving productivity by preventing scrap buildup through appropriate clearance settings, processing accuracy, and adjustment techniques, as well as reducing downtime. We addressed the challenges faced by automotive parts manufacturers who were troubled by frequent downtime due to scrap buildup, which hindered productivity. Our company implemented measures against scrap buildup for this manufacturer. The average occurrence of scrap buildup, 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 buildup during press processing, causing machine stoppages and inefficiency ■ Proposed Solution: Recommendations for appropriate clearance and changes in part shape ■ Technology Used: Part processing with an accuracy of ±2μm achieved through the introduction of a new processing machine ■ Results: Increased productivity *For more details, please download the related catalog or feel free to contact us.*

Guaranteed shape measurement in the sub-micron order! We will provide quality assurance in line with the improvement of precision machining technology. We would like to introduce a case where we solved challenges by introducing a new machining center and wire electrical discharge machine to an automotive parts manufacturing company. The manufacturer was struggling with the inability to produce high-precision products despite creating punches and dies through three-dimensional machining to accommodate the miniaturization and complexity of products. They faced issues not only with defects but also with the inability to adequately measure shapes with conventional measuring equipment, making it impossible to guarantee precision. Therefore, we ensured shape measurement that could not be measured with conventional contact-type tracers by using a laser microscope. 【Overview】 ■ Customer's industry: Automotive parts manufacturing ■ Machining technology: Parts can be processed with an accuracy of ±2μm using the new machining center and wire electrical discharge machine. ■ Quality assurance: Introduced three-dimensional measuring instruments (Mitutoyo, OGP, TESA) and a laser microscope (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.

Guaranteed shape measurement in the sub-micron order! We will provide quality assurance in line with improvements in precision machining technology. We would like to introduce a case where a new machining center and wire electrical discharge machine were introduced to a manufacturer of automotive parts to solve their challenges. The manufacturer was struggling with issues such as, "Although we produced punches and dies using three-dimensional machining to accommodate the miniaturization and complexity of products, we could not create products with high precision," and "Not only are defects occurring, but we also cannot ensure precision as the conventional measuring equipment is insufficient for shape measurement." Therefore, we guaranteed shape measurement that could not be measured with conventional contact-type tracers by using a laser microscope. 【Overview】 ■ Customer's industry: Manufacturer of automotive parts ■ Machining technology: Parts can be processed with a precision of ±2μm using the new machining center and wire electrical discharge machine. ■ Quality assurance: Introduced three-dimensional measuring instruments (Mitutoyo, OGP, TESA) and a laser microscope (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.

Guaranteed shape measurement in the submicron order! We will provide quality assurance in line with the improvement of precision processing technology. We would like to introduce a case where we solved challenges by introducing a new machining center and wire electrical discharge machine to an automotive parts manufacturing company. The manufacturer was facing issues such as, "Although we manufactured punches and dies using three-dimensional processing to respond to the miniaturization and complexity of products, we could not produce high-precision products," and "Not only were defects occurring, but we could not sufficiently measure shapes with conventional measuring instruments, making it impossible to guarantee precision." Therefore, we ensured shape measurement that could not be measured with conventional contact-type tracers by using a laser microscope. 【Overview】 ■ Customer's industry: Automotive parts manufacturing ■ Processing technology: Parts processing with an accuracy of ±2μm using a new machining center and wire electrical discharge machine ■ Quality assurance: Introduced three-dimensional measuring instruments (Mitutoyo, OGP, TESA) and a laser microscope (KEYENCE), guaranteeing shape measurement in the submicron order. *For more details, please refer to the PDF document or feel free to contact us.

Specializing in sales types, we have a track record of producing over 10,000 molds! Contributing to improvements in quality and productivity by resolving technical issues! * * "I want to purchase molds from two companies as a BCP measure, can you provide consultation?" Recently, we received this kind of inquiry from a customer. Molds are extremely important in factories where production would stop without them, so it is crucial to have multiple suppliers that can respond immediately when needed. "There was a situation where if we could reduce the size of the part by another 2mm, we could proceed with this design, but we had to make significant changes to the design because the mold could not accommodate it," which shows that mold specifications can sometimes become a bottleneck in quality. Recently, I have heard that some clients are requesting dual sourcing. Our company has a department specialized in technical development that will do its utmost to address your technical issues, so if anything resonates with you, please feel free to contact us. *For more details, please refer to the related materials or feel free to reach out to us.*

Introducing a case study using part processing technology with an accuracy of ±2μm achieved through the introduction of a new processing machine! * * At Nagumo Seisakusho, we improve productivity by preventing scrap accumulation through appropriate clearance settings, processing accuracy, and adjustment techniques, thereby reducing downtime. We addressed the challenges faced by automotive parts manufacturers who were struggling with frequent downtime due to scrap accumulation. Our company implemented measures against scrap accumulation for this manufacturer. 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 ■ Inquiry 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: Part processing with an accuracy of ±2μm achieved through the introduction of a new processing machine ■ Results: Increased productivity *For more details, please download the related catalog or feel free to contact us.*

Guaranteed shape measurement in the sub-micron order! We will provide quality assurance in line with the improvement of precision processing technology. We would like to introduce a case where we solved challenges by introducing a new machining center and wire electrical discharge machine to an automotive parts manufacturing company. The manufacturer was struggling with issues such as "despite producing punches and dies through three-dimensional processing to accommodate product miniaturization and complex shapes, they could not create high-precision products," and "not only were defects occurring, but the conventional measuring equipment was insufficient for shape measurement, making it impossible to guarantee precision." In response, we used a laser microscope to guarantee shape measurement that could not be achieved with conventional contact-type tracers. 【Overview】 ■ Customer's industry: Automotive parts manufacturing ■ Processing technology: Parts processing with an accuracy of ±2μm using a new machining center and wire electrical discharge machine ■ Quality assurance: Introduction of three-dimensional measuring instruments (Mitutoyo, OGP, TESA) and a laser microscope (KEYENCE), guaranteeing shape measurement in the sub-micron order. *For more details, please refer to the PDF document or feel free to contact us.

Introducing a case study using part processing technology with an accuracy of ±2μm achieved through the introduction of a new processing machine! * * At Nagumo Seisakusho, we enhance productivity by preventing scrap accumulation through appropriate clearance settings, processing accuracy, and adjustment techniques, thereby reducing downtime. We addressed the challenges faced by automotive parts manufacturers who were struggling with frequent downtime caused by scrap accumulation, which hindered productivity. We implemented measures against scrap accumulation for this manufacturer. 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 ■ Inquiry 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: Part processing with an accuracy of ±2μm achieved through the introduction of a new processing machine ■ Results: Increased productivity *For more details, please download the related catalog or feel free to contact us.*

Specializing in sales types, we have a track record of over 10,000 molds produced! Contributing to improvements in quality and productivity by resolving technical issues! * * "I want to implement BCP measures by purchasing molds from two companies, could you provide some advice?" Recently, we received this kind of inquiry from a customer. Molds are extremely important in factories where production would stop without them, so it is crucial to have multiple suppliers that can respond immediately when needed. "There was a situation where if we could reduce the part size by another 2mm, we could proceed with this drawing, but since the mold couldn't accommodate it, we had to make significant changes to the design, resulting in rework." I believe there are cases where the specifications of the mold become a bottleneck for quality. Recently, I have heard that some clients are requesting dual sourcing. Our company has a department specialized in technical 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 related materials or feel free to reach out to us.*

Introducing a case study using part processing technology with an accuracy of ±2μm achieved through the introduction of a new processing machine! * * At Nagumo Seisakusho, we prevent scrap accumulation and improve productivity by setting appropriate clearances, ensuring processing accuracy, and utilizing adjustment techniques to reduce downtime. We addressed the challenges faced by automotive parts manufacturers who were struggling with frequent downtime due to scrap accumulation. We implemented measures against scrap accumulation for this manufacturer. 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 ■ Inquiry Details: Frequent scrap accumulation during press processing, causing machine stoppages and inefficiency ■ Proposed Solution: Recommendations for appropriate clearances and changes in part shape ■ Technology Used: Part processing with an accuracy of ±2μm achieved through the introduction of a new processing machine ■ Results: Increased productivity *For more details, please download the related catalog or feel free to contact us.

Specializing in sales types, we have a track record of producing over 10,000 molds! Contributing to improvements in quality and productivity by resolving technical issues! * * "I want to purchase molds from two companies as a BCP measure, could you provide some advice?" Recently, we received such an inquiry from a customer. Molds are extremely important in factories where production would stop without them, so it is crucial to have multiple suppliers that can respond immediately when needed. "There was a situation where if we could reduce the part size by another 2mm, we could proceed with this drawing, but since the mold couldn't accommodate it, we had to make significant design changes, resulting in setbacks." I believe there are cases where the specifications of molds become a bottleneck in quality. I have heard that recently, some clients are requesting dual sourcing. At our company, a department specialized in technical development will do its utmost to address your technical issues, so if anything resonates with you, please feel free to contact us. *For more details, please refer to the related materials or feel free to reach out to us.*

Guaranteed sub-micron 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 new machining center and wire electrical discharge machine were introduced to a manufacturer of automotive parts to solve their challenges. 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 complexity of products. They faced issues not only with defects but also with the inability to adequately measure shapes with conventional measuring machines, making it impossible to guarantee precision. To address this, we ensured shape measurement that could not be measured with conventional contact-type tracers by using a laser microscope. [Overview] ■ Customer's industry: Automotive parts manufacturing ■ Processing technology: Parts processing with ±2μm precision made possible by the new machining center and wire electrical discharge machine ■ Quality assurance: Introduction of three-dimensional measuring instruments (Mitutoyo, OGP, TESA) and laser microscope (KEYENCE) to guarantee sub-micron order shape measurement *For more details, please refer to the PDF document or feel free to contact us.

Introducing a case study using part processing technology with an accuracy of ±2μm achieved through the introduction of a new processing machine! * * At Nagumo Manufacturing, we improve productivity by preventing scrap accumulation through appropriate clearance settings, processing accuracy, and adjustment techniques, thereby reducing downtime. We addressed the challenges faced by automotive parts manufacturers who were struggling with frequent downtime caused by scrap accumulation, which hindered productivity. We implemented measures against scrap accumulation for this manufacturer. The average occurrence of scrap accumulation, which was happening 9 times a day, was improved to 0 times, 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: Part processing with an accuracy of ±2μm achieved through the introduction of a new processing machine ■ Results: Increased productivity *For more details, please download the related catalog or feel free to contact us.*

Introducing a case study using part processing technology with an accuracy of ±2μm achieved through the introduction of a new processing machine! * * At Nagumo Seisakusho, we enhance productivity by preventing scrap buildup through appropriate clearance settings, processing accuracy, and adjustment techniques, thereby reducing downtime. We addressed the challenges faced by automotive parts manufacturers who were struggling with frequent scrap buildup leading to production inefficiencies. We implemented measures against scrap buildup for this manufacturer. The average occurrence of scrap buildup, which was happening 9 times a day, was improved to 0, resulting in a decrease in downtime and a significant increase in factory productivity. 【Overview】 ■ Customer Industry: Automotive parts manufacturing ■ Inquiry Details: Frequent scrap buildup during press processing, causing machine stoppages and inefficiencies ■ Proposed Solution: Recommendations for appropriate clearance and changes in part shape ■ Technology Used: Part processing with an accuracy of ±2μm achieved through the introduction of a new processing machine ■ Results: Increased productivity *For more details, please download the related catalog or feel free to contact us.

Introducing examples of problem-solving such as precision mold design and manufacturing that reduced maintenance time! This document presents case studies of precision mold design, manufacturing, and parts processing conducted by Nagumo Seisakusho Co., Ltd. It includes numerous case studies on precision mold design and manufacturing that reduced maintenance time, as well as precision mold parts processing that improved the lifespan of carbide punches. Additionally, we introduce our installed processing machines, including "high-precision profile grinding machines" and "high-precision vertical machining centers." If you are interested in processing details or would like to discuss estimates, please feel free to contact us. [Contents] ■ Introduction of installed processing machines ■ Case studies of problem-solving in precision mold design and manufacturing ■ Case studies of problem-solving in precision mold parts processing *For more details, please refer to the related catalog or feel free to contact us.

Specializing in sales models, we have a track record of over 10,000 mold productions! Contributing to improvements in quality and productivity by resolving technical issues! * * "I want to purchase molds from two companies as a BCP measure, could you provide some advice?" Recently, we received this kind of inquiry from a customer. Molds are extremely important in factories where production would stop without them, so it is crucial to have multiple suppliers that can respond immediately when needed. "I could proceed with this design if I could make the part size 2mm smaller, but since the mold couldn't accommodate it, we had to make significant design changes, resulting in setbacks." I believe there are cases where the specifications of the mold become a quality bottleneck. I have heard that recently, some clients are requesting dual sourcing. At our company, a department specialized in technical development will do our utmost to address your technical issues, so if anything resonates with you, please feel free to contact us. *For more details, please refer to the related materials or feel free to reach out to us.*

Guaranteed shape measurement in the submicron order! We will provide quality assurance in line with the improvement of precision processing technology. We would like to introduce a case where we solved challenges by introducing a new machining center and wire electrical discharge machine to an automotive parts manufacturing company. 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 complexity of products. They faced issues not only with defects but also with insufficient shape measurement using conventional measuring instruments, which made it impossible to guarantee precision. To address this, we ensured shape measurement that could not be achieved with traditional contact-type tracers by using a laser microscope. 【Overview】 ■ Customer's industry: Automotive parts manufacturing ■ Processing technology: Parts processing with an accuracy of ±2μm using a new machining center and wire electrical discharge machine ■ Quality assurance: Introduction of three-dimensional measuring instruments (Mitutoyo, OGP, TESA) and a laser microscope (KEYENCE) to guarantee shape measurement in the submicron order. *For more details, please refer to the PDF document or feel free to contact us.

Introducing a case study using part processing technology with an accuracy of ±2μm achieved through the introduction of a new processing machine! * * At Nagumo Seisakusho, we improve productivity by preventing scrap buildup through appropriate clearance settings, processing accuracy, and adjustment techniques, thereby reducing downtime. We addressed the challenges faced by automotive parts manufacturers who were struggling with frequent downtime due to scrap buildup. We implemented measures against scrap buildup for this manufacturer. The average occurrence of scrap buildup, 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 buildup during press processing, causing machine stoppages and inefficiency ■ Proposed Solution: Recommendations for appropriate clearance and changes in part shape ■ Technology Used: Part processing with an accuracy of ±2μm achieved through the introduction of a new processing machine ■ Results: Increased productivity *For more details, please download the related catalog or feel free to contact us.*