Laboratory

We invest in our lab and your product quality

LHD Technology strictly controls quality in every process of PCB production. Our lab has advanced equipment to better design and control product innovation and quality.

We invest in our lab and your product quality

Process development and optimization

New technology verification: The laboratory is an important place for the verification of new processes and technologies. Through small-scale trials, the feasibility and effect of new technologies are evaluated to provide quality stability for large-scale production. Process improvement: Through laboratory test results, bottlenecks and problems in the production process are identified, and improvement suggestions are put forward to improve production efficiency and product quality.

Environmental compliance

Environmental testing: Ensure that all materials and processes comply with environmental regulations, such as the RoHS directive, and reduce the use of hazardous substances. The laboratory will regularly test wastewater, exhaust gas and other emissions to ensure environmental compliance. Resource recovery: Through chemical analysis, optimize wastewater treatment and metal recovery processes to reduce resource waste and environmental pollution.

Customer Support

Technical Support and Consulting: Provide technical support to customers to help solve problems encountered in the use of PCBs and provide improvement suggestions. Customized Testing Service: Provide performance testing services under specific conditions according to customer needs to meet the requirements of different application scenarios.
Material and Product Testing

Material and Product Testing

Material Analysis: The laboratory is responsible for analyzing and testing the materials used in the PCB manufacturing process to ensure that they meet design and environmental standards. This includes composition and performance testing of substrate materials, solder, solder mask, etc.

Failure Analysis: Through various testing methods (such as section analysis, scanning electron microscope observation, etc.), the laboratory can identify and analyze the failure modes of PCBs and their components. This helps to find the root cause of the problem and improve the design or manufacturing process.

Quality Control

Process Monitoring: The laboratory ensures that every link in the production process meets quality standards through regular sampling and testing. This includes evaluation of welding quality, electrical performance, mechanical strength, etc.

Reliability Testing: Environmental and mechanical stress tests such as temperature cycling, vibration shock, salt spray testing, etc. are performed to evaluate the reliability of PCBs under different conditions.

Quality Control
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