MATERIALS
Scanning Acoustic Microscope

What is Scanning Acoustic Microscope (SAM)?

Scanning Acoustic Microscopy (SAM) uses ultrasonic waves to inspect samples for defects, quality issues, and counterfeit components. It works by analyzing the reflection of sound waves to create detailed images of a product’s internal structure without damaging it.
SAM is safer for operators than X-ray inspection and can provide high-resolution images of multiple layers within a product.

Scanning Acoustic Microscope designed by Hiwave

Hiwave created SAM systems to meet customer needs. Our products feature advanced software-driven tools with a flexible, modular design. This allows us to serve startups, growing test labs, electronics distributors, semiconductor designers, and production facilities with tailored SAM solutions.
Our vertically integrated approach enables us to offer flexible options that fit specific customer requirements.
Why Use Scanning Acoustic Microscopy?
Scanning Acoustic Microscopy (SAM) is essential for any semiconductor metrology lab involved in the analysis of new products, materials, customer returns, and package failures. Automated SAM systems help guarantee defect-free production by ensuring high yields in manufacturing processes.
The application of scanning acoustic microscope  in composite materials.
aerospace
new energy vehicles

Failure analysis is vital in the aerospace industry. Advanced alloys and composites require reliable methods to detect failures and early cracks. Ultrasonic NDT is an effective solution for this.

Evaluating the reliability and conducting failure analysis on semiconductors used in automobiles, such as power devices, IGBTs, heat sink and so on.

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