Non-Magnetic Stamping
Craftsmanship/Precision metal stamping parts Our quality is trustworthy
What Makes Precision Non-Magnetic Stamping Suitable for You?
The Advantages of Professional Manufacturing Ability
Choosing the right manufacturer is crucial for ensuring the same quality throughout the process. Here are some reasons why our stamping solutions are fit for you.
Professional non-magnetic stamping provides several advantages:
High Dimensional Accuracy
Precision stamping technology enables stable dimensions for small and complex components.
Material Compatibility
Multiple metal materials can be processed according to different application requirements.
Customized Production
From prototype design to large-scale manufacturing, flexible manufacturing systems provide the right solutions at each stage of the project.
Reliable Quality Control
Strict inspection procedures help ensure product consistency and meet industrial requirements.
Non-Magnetic Stamping Parts Customized for Sensitive Applications
Dependable Metal Stamping Services for Industry Leaders
Non-magnetic stamping parts are an extensively employed solution when there is a need for minimal magnetic interference in devices. Leveraging specialized stamping technology and comprehensive quality control, we provide custom-made non-magnetic stamped parts tailored to your needs, utilizing base materials such as stainless steel and other non-magnetic metals, copper alloys, aluminum, and nickel alloys. Our manufacturing services include stampings that are between 0.02 mm and 3.0mm thick.
Key capabilities include:
• Precision metal stamping
• Custom die design
• Precision bending
• In-die riveting
• Complex component forming
• Prototype development and production support
Whether for small precision parts or complex assemblies, non-magnetic stamping parts provide stable performance and consistent quality for industrial applications.
Non-Magnetic Stamping Materials and Processing Capabilities
Various Materials for Different Industrial Requirements
Material selection is vital to the reliability of performance. Certain materials will need different mixes of properties, including strength, conductivity, corrosion resistance, and magnetism. Advanced material processing ensures that non-magnetic stamping can meet various industrial requirements with stable performance and reliable quality.
The available material options include:
Stainless Steel Materials
SUS304 and SUS316 stainless steels combine the advantages of corrosion resistance, high durability, and stable non-magnetic properties, making them preferred materials for a wide range of applications.
These materials are suitable for:
• Sensor housings
• Shielding covers
• Precision structural components
• Electronic equipment parts
Copper Alloy Materials
Copper alloy materials like C1100, C2680, C5210, C5191, C1720, and C7521 offer outstanding electrical conductivity and mechanical performance.
They are widely applied in:
• Battery terminals
• Electrical connectors
• Motor terminals
• Contact springs
Aluminum and Nickel Alloys
There are aluminum products and nickel alloys that possess good performance and resistance to corrosion for special purposes that demand certain properties.
They are widely applied in:
• Lightweight precision components
• Electronic device parts
• Corrosion-resistant structural parts
• Customized industrial stamping components
Applications of Non-Magnetic Stamping Parts
Supporting Multiple Industries with Precision Components
High-quality non-magnetic stamping parts are widely used in industries that require excellent electrical performance, stable material properties, and precise manufacturing. Materials such as SUS304, copper, aluminum, and nickel alloys provide reliable solutions for applications where magnetic interference needs to be minimized.
Hashimoto Precision provides customized non-magnetic stamping solutions for automotive, battery, electronic, and precision equipment industries, supporting customers with accurate components and stable production capability.
Automotive Components
Automotive electronic systems require metal components with accurate dimensions, reliable conductivity, and stable performance under different operating conditions. Non-magnetic stamping parts are commonly used in automotive electrical systems where material stability and precision are essential.
Typical applications include:
• C1100 Automotive Battery Terminal
Copper-based battery terminals provide excellent electrical conductivity and reliable connections for automotive power systems.
• C2680 Automotive Harness Terminal
Precision harness terminals help ensure stable signal transmission and secure electrical connections in vehicle systems.
• C7521 Automotive Terminal Block
Customized terminal blocks support accurate assembly and reliable operation in automotive electronic applications.
Through advanced non-magnetic stamping technology, Hashimoto Precision manufactures automotive components with consistent quality and precise forming performance.
Typical applications include:
• C1100 Automotive Battery Terminal
Copper-based battery terminals provide excellent electrical conductivity and reliable connections for automotive power systems.
• C2680 Automotive Harness Terminal
Precision harness terminals help ensure stable signal transmission and secure electrical connections in vehicle systems.
• C7521 Automotive Terminal Block
Customized terminal blocks support accurate assembly and reliable operation in automotive electronic applications.
Through advanced non-magnetic stamping technology, Hashimoto Precision manufactures automotive components with consistent quality and precise forming performance.
Battery and Electrical Applications
Battery systems require lightweight, conductive, and precisely formed components to achieve stable electrical performance. Non-magnetic stamping parts provide reliable solutions for battery-related applications that require accurate dimensions and consistent contact performance.
Common products include:
• AL5052 Battery Shrapnel
Aluminum battery shrapnel provides lightweight performance and reliable structural support for battery assemblies.
• C5210 Battery Shrapnel for Shaver
Precision-stamped components ensure stable contact performance in compact electrical devices.
• 64T Silver Plating Battery Plate Shrapnel
Silver-plated battery components improve conductivity and support long-term electrical reliability.
With professional non-magnetic stamping capabilities, Hashimoto Precision helps customers develop precision battery components for different electrical applications.
Common products include:
• AL5052 Battery Shrapnel
Aluminum battery shrapnel provides lightweight performance and reliable structural support for battery assemblies.
• C5210 Battery Shrapnel for Shaver
Precision-stamped components ensure stable contact performance in compact electrical devices.
• 64T Silver Plating Battery Plate Shrapnel
Silver-plated battery components improve conductivity and support long-term electrical reliability.
With professional non-magnetic stamping capabilities, Hashimoto Precision helps customers develop precision battery components for different electrical applications.
Electronic and Precision Equipment
Electronic products and precision equipment often require compact metal components with high accuracy and stable performance. Non-magnetic stamping parts are suitable for applications where electrical properties, dimensional accuracy, and reliable assembly are important.
Applications include:
• Wire terminal connectors
Precision connectors provide stable electrical connections for electronic assemblies.
• Motor terminals
Customized terminal components support efficient power transmission and reliable motor operation.
• Carbon brush components
Precision-formed parts help maintain stable contact performance in electrical equipment.
• Sensor-related parts
Accurate sensor components support reliable signal detection and device performance.
The flexibility of non-magnetic stamping parts allows Hashimoto Precision to provide customized solutions for various electronic and precision manufacturing fields.
Applications include:
• Wire terminal connectors
Precision connectors provide stable electrical connections for electronic assemblies.
• Motor terminals
Customized terminal components support efficient power transmission and reliable motor operation.
• Carbon brush components
Precision-formed parts help maintain stable contact performance in electrical equipment.
• Sensor-related parts
Accurate sensor components support reliable signal detection and device performance.
The flexibility of non-magnetic stamping parts allows Hashimoto Precision to provide customized solutions for various electronic and precision manufacturing fields.
Manufacturing Process of Non-Magnetic Stamping
From Tool Design to Precision Production
Producing reliable metal components requires accurate tooling and controlled manufacturing processes. This complete manufacturing process ensures that non-magnetic stamping parts maintain excellent performance during practical applications.
The typical production process includes:
Material Selection
The proper materials are chosen based on their applications, which could require conductivity, resistance to corrosion, strength, and magnetism
Precision Die Design
Customized molds are designed based on component requirements to ensure stable production, accurate dimensions, and consistent quality
Stamping and Forming
Advanced stamping equipment forms metal sheets into precise shapes while maintaining stable quality
Secondary Processing
Other operations like bending, riveting, and surface finishing could also be incorporated depending on the client’s needs
Material Selection
The proper materials are chosen based on their applications, which could require conductivity, resistance to corrosion, strength, and magnetism
Precision Die Design
Customized molds are designed based on component requirements to ensure stable production, accurate dimensions, and consistent quality
Stamping and Forming
Advanced stamping equipment forms metal sheets into precise shapes while maintaining stable quality
Secondary Processing
Other operations like bending, riveting, and surface finishing could also be incorporated depending on the client’s needs
FAQ
Non-magnetic stamping parts can be manufactured using SUS304, SUS316 stainless steel, copper alloys, aluminum, and nickel alloys depending on application requirements.
Precision stamping can accommodate material thicknesses ranging from 0.02 mm to 3.0 mm for making either thinner precision parts or robust structural parts.
This includes automotive electronics, battery machinery, sensors, electrical appliances, and precision instruments.
Yes. Customized die design and precision forming processes allow production of complex shapes, including shielding covers, springs, terminals, and special components.
Additional capabilities include precision bending, in-die riveting, and customized finishing processes based on project requirements.
Customers can provide drawings, specifications, or application requirements for evaluation. Professional engineering support helps develop suitable manufacturing solutions.