Products & Services

By simulating various natural and induced environmental conditions, including physical, chemical, biological, and radiation factors, we provide comprehensive testing services throughout the entire product lifecycle, from development and mass production to operational use. Our goal is to ensure and enhance the environmental adaptability and operational reliability of products.

Reliability testing simulates the actual operating environment, conditions, and duty cycles of a product to verify whether it can achieve its expected reliability level. This process evaluates the product's ability to perform its specified functions under stipulated conditions for a designated period.

General quality characteristics refer to six key quality attributes that require special attention in product or system quality, in addition to basic functional characteristics. These are: Reliability, Maintainability, Supportability, Testability, Safety, and Environmental Adaptability.

Electromagnetic Compatibility (EMC) Testing evaluates the ability of an electronic device or system to function normally in its electromagnetic environment without producing excessive electromagnetic interference. This ensures that the device does not interfere with other nearby electronic devices and can also operate correctly when subjected to external electromagnetic interference. It is widely applied in various industries, including electronic devices, communication equipment, automotive, marine, and aerospace.

By simulating various normal, peak, and abnormal load conditions, the various performance indicators of a system are tested to determine whether the system, structure, etc., meet the expected performance requirements, identify potential problems, and perform optimizations.

Through various experiments, analyses, and detection methods, the composition, performance, structure, and other aspects of materials are measured and evaluated.

Integrated circuit verification and analysis services refer to services that detect, locate, analyze and solve problems in all aspects of chip design through various verification and analysis methods It is widely used in integrated circuit design, manufacturing, testing and other fields, and is an important guarantee to ensure the quality and performance of chips. Through these methods and processes, IC verification and analysis services can effectively improve the design quality and reliability of chips, and meet the market demand for high-performance, high-quality chips.

Through carrying out various professional tests and certifications for electronic and electrical products, the testing covers multiple aspects such as electrical safety, electromagnetic compatibility, and performance indicators. The purpose is to ensure that electronic and electrical products comply with relevant standards and regulatory requirements, guarantee product quality and user safety, enhance the products' competitiveness in the market, and provide reliable technical support and quality assurance for the entire life cycle of product design, production, sales, and use.

A process of verifying whether software meets user requirements through manual operation or automated execution, thereby providing users with high-quality software products.

Verifying product performance and quality in harsh natural field environments such as forests, coastal areas, and plateaus.