Precision press molds and precision press processing
Precision press molds and precision press processing
We provide precision progressive die and precision press processing, specializing particularly in deep drawing.
- Company:日進精機 本社・営業部
- Price:Other
Last Updated: Aggregation Period:Dec 10, 2025~Jan 06, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Dec 10, 2025~Jan 06, 2026
This ranking is based on the number of page views on our site.
Last Updated: Aggregation Period:Dec 10, 2025~Jan 06, 2026
This ranking is based on the number of page views on our site.
166~180 item / All 350 items
Precision press molds and precision press processing
We provide precision progressive die and precision press processing, specializing particularly in deep drawing.
Strenx 700E, high-strength 80 kg steel plate.
This is a STRENX 700E high-strength 80 kg steel plate. It is a bent product measuring 9x60x90x4000 (mm). The bent part has an R shape.
Pursuing the era from material to product processing! Introducing Takasago's patterned stainless steel coils and sheets.
We would like to introduce our "Takasago Embossed Stainless Steel." This is an embossed stainless steel plate with a high-sense design that features continuous patterns transferred onto the surface, highlighting the beauty of variations in relief and contrast. In addition, we also offer "Runner Stainless," which adds new functions to stainless steel with excellent corrosion and weather resistance, as well as "Suberanna," which provides outstanding anti-slip effects. 【Features of Embossed Stainless Steel】 ■ Maintains the inherent high corrosion resistance of stainless steel ■ Allows for design variations in contrast and relief ■ Custom designs for company names, product names, and logos are possible ■ Available in two series: SF/YF series and TE series, catering to various needs ■ Enables cost reduction and weight savings *For more details, please refer to the PDF materials or feel free to contact us.
Reduce costs by using high-cost materials only where necessary! A cost reduction method through the assessment of material costs and processing man-hours using VA (Value Analysis) and VE (Value Engineering).
High-cost materials are reduced to only the necessary parts for cost savings! The cost is determined by assessing material costs and processing man-hours. At first glance, considering the shape of the material may seem to reduce processing man-hours and lead to total cost reduction, but high material costs can result in an overall increase in costs. Material costs are fixed expenses, but there is a significant possibility to adjust costs through processing methods like Value Analysis (VA) and Value Engineering (VE). In this case, we are conducting VA and VE to address the increase in man-hours resulting from the reduction of material costs. ■ Original Parts Information: Material Cost: SUS Material 1500×1500×50t Processing Details: Mounting holes for motors, indexers, etc., and screw hole processing. ■ VA, VE Details: SUS Material: Incorporation of channel and angle materials for a welded structure. Processing Details: Construction of the lower structure through welding; processing details remain the same. ■ The significant reduction in material costs is a major benefit, but total costs can vary based on processing details, so careful assessment is crucial. The explanation in PowerPoint format can be viewed in a 4-page PDF.
Inkjet printer 'IT-1' for decoration on interior building materials and large steel plates.
【Features】 - Suggested along with dedicated ink. - Device specifications designed for printing on interior building materials. - High-speed printing and high quality. *For more details, please refer to the PDF document or feel free to contact us.
High flatness machining
[ Issues with Conventional Technology ] When forming with press processing, warping occurs, and in order to achieve high flatness, it is necessary to perform polishing treatment in a subsequent process, resulting in additional process costs. [ Solutions Achieved by JKB ] Successfully processed with a flatness of 10μm using press processing, reducing the polishing treatment process in the subsequent steps, and achieving lower costs through increased precision.
High precision.
[ Issues with Conventional Technology ] It is necessary to process the parallelism of side B to be within 0.1mm relative to side A, but there are four bending operations in the connecting part between side A and side B, which made it impossible to ensure parallelism accuracy. [ Solutions Achieved by JKB ] Successfully processed the bending accuracy in one operation using a progressive press to 0.02mm. As a result, the parallelism of side A and side B was also cleared to be within 0.1mm, achieving high precision.
Mass production support and progressive transfer.
[ Challenges of Conventional Technology ] Due to the difficult shape that requires a product connection part for material feeding in progressive presses, it could only be addressed through low-volume production using single-stroke presses. [ Solutions Achieved by JKB ] Achieved processing with progressive presses, successfully reducing costs and enabling mass production.
Cost reduction through the transition from cutting processing to pressing processing.
[ Challenges of Conventional Technology ] In conventional press processing methods, the processed cross-section becomes rough, and in order to achieve a high precision surface roughness, cutting processes have been used, resulting in high costs due to single-item processing. [ Solutions Achieved by JKB ] Through press punching processing, we successfully finished the processed cross-section to a high precision surface roughness level comparable to cutting processes. By transitioning from cutting processes to this method, we were able to reduce costs.
Despite being unprovable in plasticity mechanics, product processing occurs in reality.
Restrict the shaving surface and control the flow of scrap generated by the progress of machining in the gap with the upper surface of the die to achieve the finished surface. In the initial stage of machining, it is an extrusion phenomenon, and it changes to shearing processing at the point when the balance with the extrusion load at the end of machining changes (3.5 times the shaving allowance) and then concludes.
Possessing a majority of equipment! We have established a system that can promptly respond to customer needs from prototyping to mass production.
Since starting the production of precision press parts for wristwatches in 1974, our group has accumulated mold manufacturing technology and pressing technology. We specialize in parts that use thin materials (from several tens of microns) and high-difficulty drawing processes in areas such as progressive dies, etching progressive, and single dies. Processing is done using precision press machines ranging from 17 to 250 tons and hydraulic and servo press machines from 200 to 300 tons. Through collaboration with KIKUCHI (HONG KONG) LIMITED, we can also expand press die manufacturing and processing to China. 【Features】 - Specializes in parts that use thin materials and high-difficulty drawing processes - Possesses numerous facilities (Dozens of press machines with a maximum capacity of 300 tons, wire electrical discharge machines, NC discharge machines, and high-speed machining capable of micro-processing for press die manufacturing) - Established a system that can promptly respond to customer needs from prototyping to mass production - Capable of expanding press die manufacturing and processing to China *For more details, please refer to the PDF document or feel free to contact us.
Cutting and sales available! Introduction of SUS304 sheet with 2B finish.
At Yamamoto Tech Co., Ltd.'s online metal materials sales "Metal Super Dot Com," we handle 'SUS304 sheet (2B).' This product features a finish commonly used in kitchens and is available for cut-to-order sales. For thin sheets, shearing is primarily used for cutting, while for thick sheets, cutting may be done with a cutter or laser (for complex shapes) or plasma cutting (for rough cuts). For pricing, please refer to "Metal-super.com." *For more details, please refer to the PDF materials or feel free to contact us.*
Cutting and selling available! Introduction of SUS304 sheet with hairline finish.
At Yamamoto Tech Co., Ltd.'s online metal materials store "Metal Super Dot Com," we offer 'SUS304 Sheet (Hairline).' This product features a single-sided hairline finish (with white vinyl sheet attached) and is available for cut sales. The cutting method used is shearing. For pricing, please refer to "Metal-super.com." *For more details, please refer to the PDF materials or feel free to contact us.
Cut-to-order available! Introduction of SUS304 striped steel plates.
At Yamamoto Tech Co., Ltd.'s online metal materials sales site "Metal Super Dot Com," we handle "SUS304 patterned steel plates." This product is available for cut sales. Please contact us for pricing. *For more details, please refer to the PDF document or feel free to contact us.
We manufacture precision parts for electric products that are becoming more precise and compact using our main equipment.
It can also accommodate small lot production of various varieties.