野口製作所 List of News Articles

Thin-walled tapered and multi-stage shaped products, which are considered difficult to manufacture using machining methods such as cutting and pipe processing, can be realized through fine deep drawing technology. This technology is adopted as an advanced technology in the medical industry, enabling fine deep drawing processing with an outer diameter of φ0.4mm and a wall thickness of 0.03. 【Features】 ■ Realization of ultra-fine medical components ■ Fine deep drawing processing with an outer diameter of φ0.4mm and a wall thickness of 0.03 ■ Ultra-fine deep drawing using stainless steel materials ■ Adopted as advanced technology in the medical industry

By utilizing a servo press machine, the stroke speed can be adjusted in several stages. It is possible to freely control the flow of material within the mold, successfully realizing the FCF method (sheet metal cold forging + drawing process) under optimal conditions. 【Features】 ■ Uniform processing of product thickness ■ All plate thicknesses in the flange and drawing sections are finished uniformly ■ Material: SPCE t2.0mm ■ Achieved significant cost reduction in material and processing costs compared to cutting products ■ Used for automotive parts

Noguchi Manufacturing Co., Ltd. will be exhibiting at the "Metal Press Processing Technology Exhibition Nagoya" held at Portmesse Nagoya. This exhibition will be held concurrently with "INTERMOLD Nagoya/Mold Exhibition Nagoya," and there will also be technical workshops and open seminars. We sincerely look forward to your visit.

Thin-walled tapered and multi-stage shaped products, which are considered difficult to manufacture using machining methods such as cutting and pipe processing, can be achieved through fine deep drawing technology. This technology is adopted as advanced technology in the medical industry, enabling fine deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03. 【Features】 ■ Realization of ultra-fine medical components ■ Fine deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03 ■ Ultra-fine deep drawing using stainless steel ■ Adopted as advanced technology in the medical industry

By utilizing a servo press machine, the stroke speed can be adjusted in several stages. It is possible to freely control the flow of material within the mold, successfully realizing the FCF method (sheet metal cold forging + drawing process) under optimal conditions. 【Features】 ■ Uniform processing of product thickness ■ All plate thicknesses in the flange and drawing sections are finished uniformly ■ Material: SPCE t2.0mm ■ Achieved significant cost reduction in material and processing costs compared to cutting products ■ Used for automotive parts

In processing methods such as cutting and pipe processing, it is considered difficult to manufacture thin-walled tapered and multi-stage shaped products, but this has been achieved through fine deep drawing technology. This technology is adopted as an advanced technology in the medical industry, enabling fine deep drawing processing with an outer diameter of φ0.4mm and a wall thickness of 0.03. 【Features】 ■ Realization of ultra-fine medical components ■ Fine deep drawing processing with an outer diameter of φ0.4mm and a wall thickness of 0.03 ■ Ultra-fine deep drawing using stainless steel ■ Adopted as an advanced technology in the medical industry

By utilizing a servo press machine, the stroke speed can be adjusted in several stages. The flow of material within the mold can be freely controlled, successfully realizing the FCF method (sheet metal cold forging + drawing process) under optimal conditions. 【Features】 ■ Uniform processing of product thickness ■ All plate thicknesses in the flange and drawing sections are finished uniformly ■ Material: SPCE t2.0mm ■ Achieved significant cost reduction in material and processing costs compared to cutting products ■ Used for automotive parts

Thin-walled tapered and multi-stage shaped products, which are considered difficult to manufacture using machining methods such as cutting and pipe processing, can be realized through fine deep drawing technology. This technology is adopted as advanced technology in the medical industry, enabling fine deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03. 【Features】 ■ Realization of ultra-fine medical components ■ Fine deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03 ■ Ultra-fine deep drawing using stainless steel ■ Adopted as advanced technology in the medical industry

By utilizing a servo press machine, the stroke speed can be adjusted in several stages. The flow of material within the mold can be freely controlled, successfully realizing the FCF method (sheet metal cold forging + drawing) under optimal conditions. 【Features】 ■ Uniform processing of product thickness ■ All flange and drawing areas have uniform thickness ■ Material: SPCE t2.0mm ■ Significant cost reduction in material and processing costs compared to cutting products ■ Used for automotive components

Thin-walled tapered and multi-stage shaped products, which are considered difficult to manufacture using machining methods such as cutting and pipe processing, can be realized through fine deep drawing technology. This technology is adopted as an advanced technology in the medical industry, enabling fine deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03. 【Features】 ■ Realization of ultra-fine medical components ■ Fine deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03 ■ Ultra-fine deep drawing using stainless steel ■ Adopted as an advanced technology in the medical industry

By utilizing a servo press machine, the stroke speed can be adjusted in several stages. It is possible to freely control the flow of material within the mold, successfully realizing the FCF method (sheet metal cold forging + drawing process) under optimal conditions. 【Features】 ■ Uniform processing of product thickness ■ All plate thicknesses in the flange and drawing sections are finished uniformly ■ Material: SPCE t2.0mm ■ Achieved significant cost reduction in material and processing costs compared to cutting products ■ Used for automotive parts

Thin-walled tapered and multi-stage shaped products, which are considered difficult to manufacture using machining methods such as cutting and pipe processing, can be realized through fine deep drawing technology. This technology is adopted as an advanced technology in the medical industry, enabling fine deep drawing processing with an outer diameter of φ0.4mm and a wall thickness of 0.03. 【Features】 ■ Realization of ultra-fine medical components ■ Fine deep drawing processing with an outer diameter of φ0.4mm and a wall thickness of 0.03 ■ Ultra-fine deep drawing using stainless steel materials ■ Adopted as advanced technology in the medical industry

By utilizing a servo press machine, the stroke speed can be adjusted in several stages. It is possible to freely control the flow of material within the mold, successfully realizing the FCF method (sheet metal cold forging + drawing process) under optimal conditions. 【Features】 - Uniform processing of product thickness - All plate thicknesses in the flange and drawing sections are finished uniformly - Material: SPCE t2.0mm - Achieved significant cost reduction in material and processing costs compared to cutting products - Used for automotive parts

Thin-walled tapered and multi-stage shaped products, which are considered difficult to manufacture using machining methods such as cutting and pipe processing, can be achieved through fine deep drawing processing technology. This technology is adopted as an advanced technology in the medical industry, enabling fine deep drawing processing with an outer diameter of φ0.4mm and a wall thickness of 0.03. 【Features】 ■ Realization of ultra-fine medical components ■ Fine deep drawing processing with an outer diameter of φ0.4mm and a wall thickness of 0.03 ■ Ultra-fine deep drawing using stainless steel ■ Adopted as an advanced technology in the medical industry

By utilizing a servo press machine, the stroke speed can be adjusted in several stages. The flow of material within the mold can be freely controlled, successfully realizing the FCF method (sheet metal cold forging + drawing process) under optimal conditions. 【Features】 - Uniform processing of product thickness - All flange and drawing areas have uniform thickness - Material: SPCE t2.0mm - Significant cost reduction in material and processing costs compared to machined products - Used for automotive components

In processing methods such as cutting and pipe processing, it is considered difficult to manufacture thin-walled tapered and multi-stage shaped products, which can be achieved through fine deep drawing processing technology. This technology is adopted as an advanced technology in the medical industry, enabling fine deep drawing processing with an outer diameter of φ0.4mm and a wall thickness of 0.03. 【Features】 ■ Realization of ultra-fine medical components ■ Fine deep drawing processing with an outer diameter of φ0.4mm and a wall thickness of 0.03 ■ Ultra-fine deep drawing using stainless steel ■ Adopted as an advanced technology in the medical industry

By utilizing a servo press machine, the stroke speed can be adjusted in several stages. It is possible to freely control the flow of material within the mold, successfully realizing the FCF method (sheet metal cold forging + drawing process) under optimal conditions. 【Features】 - Uniform processing of product thickness - All flange and drawing areas have a uniform thickness - Material: SPCE t2.0mm - Achieves significant cost reduction in material and processing costs compared to cutting products - Used for automotive components

Thin-walled tapered and multi-stage shaped products, which are considered difficult to manufacture using machining methods such as cutting and pipe processing, can be realized through fine deep drawing technology. This technology is adopted as an advanced technology in the medical industry, enabling fine deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03. 【Features】 ■ Realization of ultra-fine medical components ■ Fine deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03 ■ Ultra-fine deep drawing using stainless steel ■ Adopted as an advanced technology in the medical industry

By utilizing a servo press machine, the stroke speed can be adjusted in several stages. It is possible to freely control the flow of material within the mold, successfully realizing the FCF method (sheet metal cold forging + drawing process) under optimal conditions. 【Features】 ■ Uniform processing of product thickness ■ All flange and drawing areas have uniform thickness ■ Material: SPCE t2.0mm ■ Achieved significant cost reduction in material and processing costs compared to cutting products ■ Used for automotive parts

Thin-walled tapered and multi-stage shaped products, which are considered difficult to manufacture using machining methods such as cutting and pipe processing, can be realized through fine deep drawing technology. This technology is adopted as an advanced technology in the medical industry, enabling fine deep drawing processing with an outer diameter of φ0.4mm and a wall thickness of 0.03. 【Features】 ■ Realization of ultra-fine medical components ■ Fine deep drawing processing with an outer diameter of φ0.4mm and a wall thickness of 0.03 ■ Ultra-fine deep drawing using stainless steel ■ Adopted as an advanced technology in the medical industry

By utilizing a servo press machine, the stroke speed can be adjusted in several stages. It is possible to freely control the flow of material within the mold, successfully realizing the FCF method (sheet metal cold forging + drawing process) under optimal conditions. 【Features】 - Uniform processing of product thickness - All flange and drawing areas have uniform thickness - Material: SPCE t2.0mm - Achieves significant cost reduction in material and processing costs compared to cutting products - Used for automotive parts

Thin-walled tapered and multi-stage shaped products, which are considered difficult to manufacture using machining methods such as cutting and pipe processing, can be realized through fine deep drawing technology. This technology is adopted as an advanced technology in the medical industry, enabling fine deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03. 【Features】 ■ Realization of ultra-fine medical components ■ Fine deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03 ■ Ultra-fine deep drawing using stainless steel ■ Adopted as an advanced technology in the medical industry

By utilizing a servo press machine, the stroke speed can be adjusted in several stages. It is possible to freely control the flow of material within the mold, successfully realizing the FCF method (sheet metal cold forging + drawing process) under optimal conditions. 【Features】 ■ Uniform processing of product thickness ■ All plate thicknesses in the flange and drawing sections are finished uniformly ■ Material: SPCE t2.0mm ■ Achieves significant cost reduction in material and processing costs compared to cutting products ■ Used for automotive components

In processing methods such as cutting and pipe processing, it is considered difficult to manufacture thin-walled tapered and multi-stage shaped products, but this has been achieved through fine deep drawing technology. This technology is adopted as an advanced technology in the medical industry, enabling fine deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03. 【Features】 ■ Realization of ultra-fine medical components ■ Fine deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03 ■ Ultra-fine deep drawing using stainless steel ■ Adopted as an advanced technology in the medical industry

By utilizing a servo press machine, the stroke speed can be adjusted in several stages. It is possible to freely control the flow of material within the mold, successfully realizing the FCF method (sheet cold forging + drawing process) under optimal conditions. 【Features】 ■ Uniform processing of product thickness ■ All plate thicknesses in the flange and drawing sections are finished uniformly ■ Material: SPCE t2.0mm ■ Achieved significant cost reduction in material and processing costs compared to cutting products ■ Used for automotive parts

Thin-walled tapered and multi-stage shaped products, which are considered difficult to manufacture using machining methods such as cutting and pipe processing, can be realized through fine deep drawing technology. This technology is adopted as an advanced technology in the medical industry, enabling fine deep drawing processing with an outer diameter of φ0.4mm and a wall thickness of 0.03. 【Features】 ■ Realization of ultra-fine medical components ■ Fine deep drawing processing with an outer diameter of φ0.4mm and a wall thickness of 0.03 ■ Ultra-fine deep drawing using stainless steel ■ Adopted as an advanced technology in the medical industry

By utilizing a servo press machine, the stroke speed can be adjusted in several stages. It is possible to freely control the flow of material within the mold, successfully realizing the FCF method (sheet metal cold forging + drawing process) under optimal conditions. 【Features】 ■ Uniform processing of product thickness ■ All plate thicknesses in the flange and drawing sections are finished uniformly ■ Material: SPCE t2.0mm ■ Achieved significant cost reduction in material and processing costs compared to cutting products ■ Used for automotive parts

Thin-walled tapered and multi-stage shaped products, which are considered difficult to manufacture using machining methods such as cutting and pipe processing, can be realized through fine deep drawing technology. This technology is adopted as an advanced technology in the medical industry, enabling fine deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03. 【Features】 ■ Realization of ultra-fine medical parts ■ Fine deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03 ■ Ultra-fine deep drawing using stainless steel ■ Adopted as an advanced technology in the medical industry

By utilizing a servo press machine, the stroke speed can be adjusted in several stages. It allows for precise control of the material flow within the mold, successfully realizing the FCF method (sheet metal cold forging + drawing process) under optimal conditions. 【Features】 ■ Uniform processing of product thickness ■ All plate thicknesses in the flange and drawing sections are finished uniformly ■ Material: SPCE t2.0mm ■ Achieves significant cost reduction in material and processing costs compared to cutting products ■ Used for automotive components

Thin-walled tapered and multi-stage shaped products, which are considered difficult to manufacture using processing methods such as cutting and pipe processing, can be achieved through fine deep drawing technology. This technology is adopted as an advanced technology in the medical industry, enabling fine deep drawing processing with an outer diameter of φ0.4mm and a wall thickness of 0.03. 【Features】 ■ Realization of ultra-fine medical components ■ Fine deep drawing processing with an outer diameter of φ0.4mm and a wall thickness of 0.03 ■ Ultra-fine deep drawing using stainless steel ■ Adopted as an advanced technology in the medical industry

By utilizing a servo press machine, the stroke speed can be adjusted in several stages. It is possible to freely control the flow of material within the mold, successfully realizing the FCF method (sheet metal cold forging + drawing process) under optimal conditions. 【Features】 - Uniform processing of product thickness - All plate thicknesses in the flange and drawing sections are finished uniformly - Material: SPCE t2.0mm - Achieved significant cost reduction in material and processing costs compared to cutting products - Used for automotive parts

Thin-walled tapered and multi-stage shaped products, which are considered difficult to manufacture using machining methods such as cutting and pipe processing, are realized through fine deep drawing technology. This technology is adopted as an advanced technology in the medical industry, enabling fine deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03. 【Features】 ■ Realization of ultra-fine medical components ■ Fine deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03 ■ Ultra-fine deep drawing using stainless steel ■ Adopted as an advanced technology in the medical industry

By utilizing a servo press machine, the stroke speed can be adjusted in several stages. It is possible to freely control the flow of material within the mold, successfully realizing the FCF method (sheet metal cold forging + drawing) under optimal conditions. 【Features】 - Uniform processing of product thickness - All plate thicknesses in the flange and drawing areas are finished uniformly - Material: SPCE t2.0mm - Achieved significant cost reduction in material and processing costs compared to cutting products - Used for automotive parts

Thin-walled tapered and multi-stage shaped products, which are considered difficult to manufacture using processing methods such as cutting and pipe processing, can be realized through fine deep drawing technology. This technology is adopted as an advanced technology in the medical industry, enabling fine deep drawing processing with an outer diameter of φ0.4mm and a wall thickness of 0.03. 【Features】 ■ Realization of ultra-fine medical components ■ Fine deep drawing processing with an outer diameter of φ0.4mm and a wall thickness of 0.03 ■ Ultra-fine deep drawing using stainless steel ■ Adopted as an advanced technology in the medical industry

By utilizing a servo press machine, the stroke speed can be adjusted in several stages. It is possible to freely control the flow of material within the mold, successfully realizing the FCF method (sheet metal cold forging + drawing) under optimal conditions. 【Features】 ■ Uniform processing of product thickness ■ All flange and drawing areas have uniform thickness ■ Material: SPCE t2.0mm ■ Achieves significant cost reduction in material and processing costs compared to cutting products ■ Used for automotive parts

Thin-walled tapered and multi-stage shaped products, which are considered difficult to manufacture using machining methods such as cutting and pipe processing, can be realized through fine deep drawing technology. This technology is adopted as advanced technology in the medical industry, enabling fine deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03. 【Features】 ■ Realization of ultra-fine medical components ■ Fine deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03 ■ Ultra-fine deep drawing using stainless steel ■ Adopted as advanced technology in the medical industry

By utilizing a servo press machine, the stroke speed can be adjusted in several stages. It is possible to freely control the flow of material within the mold, successfully realizing the FCF method (sheet metal cold forging + drawing process) under optimal conditions. 【Features】 - Uniform processing of product thickness - All flange and drawing areas have uniform thickness - Material: SPCE t2.0mm - Achieved significant cost reduction in material and processing costs compared to cutting products - Used for automotive parts

Thin-walled tapered and multi-stage shaped products, which are considered difficult to manufacture using machining methods such as cutting and pipe processing, can be realized through micro deep drawing technology. This technology is adopted as an advanced technology in the medical industry, enabling micro deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03. 【Features】 ■ Realization of ultra-fine medical parts ■ Micro deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03 ■ Ultra-fine deep drawing using stainless steel ■ Adopted as an advanced technology in the medical industry

By utilizing a servo press machine, the stroke speed can be adjusted in several stages. It is possible to freely control the flow of material within the mold, successfully realizing the FCF method (sheet metal cold forging + drawing) under optimal conditions. 【Features】 - Uniform processing of product thickness - All plate thicknesses in the flange and drawing sections are finished uniformly - Material: SPCE t2.0mm - Achieved significant cost reduction in material and processing costs compared to cutting products - Used for automotive parts

Thin-walled tapered and multi-stage shaped products, which are considered difficult to manufacture using machining methods such as cutting and pipe processing, can be realized through fine deep drawing technology. This technology is adopted as an advanced technology in the medical industry, enabling fine deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03. 【Features】 ■ Realization of ultra-fine medical components ■ Fine deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03 ■ Ultra-fine deep drawing using stainless steel ■ Adopted as advanced technology in the medical industry

By utilizing a servo press machine, the stroke speed can be adjusted in several stages. It is possible to freely control the flow of material within the mold, successfully realizing the FCF method (sheet metal cold forging + drawing process) under optimal conditions. 【Features】 - Uniform processing of product thickness - All flange and drawing areas have a uniform thickness - Material: SPCE t2.0mm - Achieved significant cost reduction in material and processing costs compared to cutting products - Used for automotive components

Thin-walled tapered and multi-stage shaped products, which are considered difficult to manufacture using machining methods such as cutting and pipe processing, can be realized through fine deep drawing technology. This technology is adopted as an advanced technology in the medical industry, enabling fine deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03. 【Features】 ■ Realization of ultra-fine medical components ■ Fine deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03 ■ Ultra-fine deep drawing using stainless steel materials ■ Adopted as an advanced technology in the medical industry

By utilizing a servo press machine, the stroke speed can be adjusted in several stages. It is possible to freely control the flow of material within the mold, successfully realizing the FCF method (sheet metal cold forging + drawing) under optimal conditions. 【Features】 - Uniform processing of product thickness - All flange and drawing areas have uniform thickness - Material: SPCE t2.0mm - Achieved significant cost reduction in material and processing costs compared to cutting products - Used for automotive components

Thin-walled tapered and multi-stage shaped products, which are considered difficult to manufacture using machining methods such as cutting and pipe processing, can be realized through fine deep drawing technology. This technology is adopted as an advanced technology in the medical industry, enabling fine deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03. 【Features】 ■ Realization of ultra-fine medical components ■ Fine deep drawing with an outer diameter of φ0.4mm and a wall thickness of 0.03 ■ Ultra-fine deep drawing using stainless steel ■ Adopted as an advanced technology in the medical industry

By utilizing a servo press machine, the stroke speed can be adjusted in several stages. It is possible to freely control the flow of material within the mold, successfully realizing the FCF method (sheet metal cold forging + drawing process) under optimal conditions. 【Features】 - Uniform processing of product thickness - All flange and drawing areas have a uniform thickness - Material: SPCE t2.0mm - Achieved significant cost reduction in material and processing costs compared to cutting products - Used for automotive components