TSI - Automotive and Industrial Electronics

Minimize Costs While Enhancing Reliability and Safety in Automotive and Industrial Electronics

It is crucial in both automotive and industrial electronics to ensure optimal performance and longevity of sensitive components. Effective contamination control practices in the sectors like photonics and optics, data farms and automotive applications (e.g. MEMS, paint, EV components) help uphold quality standards, reduce maintenance costs, and enhance overall reliability and safety of products.

TSI is committed every day to helping leading industrial manufacturers identify sources of contamination in their environments where precision and reliability are extremely important to achieving high quality end products.

Cleanroom Monitoring

Airborne particle contamination monitoring to meet cleanroom audits.

Learn more

Parts Cleanliness Testing

Precise cleanliness testing crucial for electronics.

Learn more

Particle Detection in High-Purity Gases

Preventing electronic defects by gas particle detection.

Learn more

Thin Film Deposition & Removal

Vapor delivery solutions for ALD and CVD.

Learn more

Surface Defect Inspection

Detect and mitigate killer defects in electronics.

Learn more

Semiconductor Manufacturing with Glass Wafers

Benefits Over Silicon Wafers

Glass wafers are increasingly used in semiconductor manufacturing. Learn more about the benefits and how MSP can help enhancing inspection systems with precise calibration and contamination standards.

Why Contamination Control is Important in Automotive and Industrial Electronics

Photonics and Optics

Contamination control is essential to ensure the integrity of optical surfaces, minimizing defects that could degrade performance in applications such as optical sensors, imaging systems, and advanced display technologies. Cleanroom environments and meticulous handling processes are crucial to maintaining optical clarity and reliability.

Data Farms

Data farms house critical electronic equipment like servers and networking devices, processing vast amounts of data. Contamination in these environments can lead to equipment failures, data corruption, and operational disruptions. Effective particle and contamination control measures are necessary to maintain optimal performance and reliability, ensuring uninterrupted operation and data integrity.

Automotive Applications

MEMS (Micro-Electro-Mechanical Systems): Clean manufacturing environments are crucial to prevent particle-induced defects that could compromise automotive MEMS sensor functionality.
Paint Quality: Contamination control is vital in automotive paint processes to achieve high-quality finishes. Maintaining cleanliness during paint application helps prevent defects such as particles or contaminants that could affect paint adhesion, appearance, and durability.
Electric Vehicles (EVs): Particle and contamination control are critical in EV components such as engines, fuel injectors, batteries, and electronic systems. Clean manufacturing environments and rigorous quality assurance processes are essential to enhance the performance, efficiency, and longevity of electric and hybrid vehicles.