Quality Assurance

Quality starts long before production. With continuous investment in a world-leading electromagnetic and microwave lab, Harxon integrates requirement understanding, project planning, analysis and design, prototype testing, pilot production, and volume production into a structured R&D process. Through engineering review, RF simulation, prototype validation, and reliability-oriented design, Harxon ensures each product is developed for stable manufacturing and dependable field performance.

Harxon maintains consistent quality through intelligent manufacturing and precise process control. Automated antenna production, cable production, robotic material delivery, error-proof fixtures and tooling, and controlled temperature and humidity environments help reduce variation and improve production stability. With standardized workflows and in-process inspection, Harxon ensures precise control at every stage of production.

Harxon verifies product reliability through comprehensive testing before delivery. The reliability testing system covers electrical performance, environmental adaptability, mechanical durability, and exterior protection, including antenna parameters, ESD protection, high and low temperature, humidity cycling, vibration, shock, transport simulation, waterproofing, airtightness, salt spray, UV aging, and chemical resistance. These tests help ensure stable performance in demanding real-world applications.

Harxon’s quality management is supported by internationally recognized certifications, management systems, and compliance standards. Certifications such as ISO 9001, ISO 14001, ISO 45001, IATF 16949, ISO/IEC 27001, GB/T 29490, QC080000, RoHS, and REACH reflect Harxon’s commitment to standardized management, responsible operations, environmental compliance, and global customer requirements. In addition, Harxon GNSS antennas are calibrated by professional organizations such as NGS and IGS, providing verified antenna phase center data and supporting reliable positioning performance for demanding applications.