Since 2003, Beier has focused on developing environmental simulation and reliability testing equipment for the electronics and semiconductor industries. Our testing solutions help ensure the safety and durability of electronic components by providing controlled testing environments.
Over the years, we have worked with industries specializing in optical components, optical modules, TO devices, microelectronics, RF devices, memory chips, power devices, LED, OLED, and LCD displays. Our clients include research institutes, semiconductor manufacturers, third-party laboratories, and universities, supporting their testing needs with reliable and efficient solutions.
Our semiconductor testing solutions comply with industry-recognized standards, including:
- JESD22 Series: JESD22-A101, JESD22-A110, JESD22-A118, JESD22-A108, JESD22-A108-A, JESD22-A101-D, JESD22-A102, JESD22-A104-A, JESD22-A106
- EIA Standards: EIAJED-4701-D101
- Military Standards: MIL-STD-883E
Evaluating the thermal stability of semiconductor materials and components is essential for ensuring reliability. Thermal shock chambers and other temperature testing equipment simulate extreme high and low temperatures, helping manufacturers assess performance under harsh conditions.
Assessing light stability and weather resistance is crucial for semiconductor materials, especially those used in solar cells and optoelectronic devices. Our UV and xenon light testing systems simulate the spectral composition of natural sunlight, accelerating the aging process to predict long-term durability under light exposure.
Corrosion resistance is a key factor for semiconductor components, particularly in high-salinity environments. Salt spray testing evaluates the effectiveness of protective coatings and materials, ensuring components remain stable in coastal climates or salt-rich industrial areas.
Semiconductors are often exposed to multiple environmental factors simultaneously. Beier provides three-factor (temperature, humidity, vibration) and four-factor (temperature, humidity, vibration, pressure) test systems. These chambers simulate real-world transportation and operational conditions, helping identify potential weaknesses in semiconductor products. This type of testing is essential for new product development, reliability testing, stress screening, and mass production validation.
Our clients include Hi-Silicon, Samsung, UNISOC, and ZTE Microelectronics, among others.
