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Electrical, Electronics, and Automation
Supporting innovative product manufacturing with precision-stamped components and advanced tooling solutions.
Future
Trends
The Electrical, Electronics, and Automation sectors are experiencing rapid growth, driven by advancements in IoT, renewable energy, and smart technologies. The market is projected to grow by over 7% annually, with increasing demand for precision-engineered components. At Gromax Precision, we are your trusted partner, providing custom solutions that help you innovate, stay competitive, and meet your production goals with unmatched accuracy.
Key
Challenges
At Gromax Precision, we understand the unique challenges you face in this fast-evolving industry. With decades of experience, we’ve developed tailored capabilities to help you overcome these hurdles.
Meeting the demand for smaller, intricate parts with tight tolerances. Our progressive die stamping ensures precision down to 0.0001” (2 microns).
Leveraging in-die assembly and streamlined processes to produce millions of components with consistent quality.
Expertise in machining and stamping advanced materials like copper alloys, stainless steel, and thin foils.
- Compliance with certifications like ISO 9001:2015 ensures your components meet the highest standards.
Industry
Stamped Parts
Gromax Precision supplies critical components to the Electrical, Electronics, and Automation industries. Our stamped parts power the performance of essential products, including but is not imited to:
Precision-stamped terminals with in-die pin and contact insertions.
High-accuracy housings for IoT devices and industrial sensors.
Stamped and assembled parts for electrical control systems.
Copper busbars and connectors for efficient power delivery.
Stamped inserts and connectors for reliable electronic assemblies.
Our Industry
Capabilities
Our comprehensive suite of services supports the manufacturing of electrical and electronics industry products from concept to production:
Applications: Design and build custom progressive dies for connectors, terminals, and housings.
Benefit: High-accuracy tooling ensures cost-effective, high-volume production.
Applications: Develop prototypes for circuit board inserts, sensor housings, and switchgear parts.
Benefit: Validate designs and reduce time-to-market with precision prototypes.
Applications: Optimize manufacturability for complex connectors and miniaturized components.
Benefit: Reduce production risks and improve efficiency before scaling up.
Applications: High-speed stamping of terminals, power connectors, and thin foils.
Benefit: Streamlined in-die assembly reduces cost and lead time.
Applications: Manufacture intricate parts for electrical and automation systems with tight tolerances.
Benefit: Precision machining for complex geometries and exotic materials.
- Applications: Assemble electrical contacts, housings, and multi-component systems.
- Benefit: Ensure seamless integration of parts for industrial automation systems.
Applications: Surface finishing, deburring, and marking for high-performance components.
Benefit: Enhance durability and meet industry-specific quality requirements.
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Success Story
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