MIT is a global leader in developing fully automated inline ultrasonic inspection equipment for detecting internal defects in advanced high-spec memory and packages in the advanced/power semiconductor field.
MIT develops equipment that automatically inspects and analyzes ultra-fine internal defects in wafers, chips, and packages at every stage — from development to mass production, from front-end to back-end semiconductor processes — and applies them in mass production for the world's leading semiconductor companies.
Furthermore, based on our world-class inspection precision and fast inspection speed, we help improve the production stability and quality of our customers' products, ultimately contributing to the improvement of their final profits. MIT's ultrasonic inspection equipment solutions are recognized as the best solutions by global top-tier semiconductor companies, and we are growing as a world-leading company in the non-contact inspection equipment market.
Company Introduction Video
Frequently Asked Questions
What does MIT do?
MIT is a semiconductor inspection equipment company founded in 2017. It develops fully automated in-line ultrasonic (SAT) inspection systems that detect internal defects in the wafers, chips and packages of advanced and power semiconductors. MIT stands for Mechatronics Inspection Technology, and the legal name is MIT Co., Ltd. The headquarters and R&D center are in Incheon, Korea, and the systems are used on the production lines of semiconductor manufacturers in Korea and abroad.
Is MIT related to the Massachusetts Institute of Technology?
No. MIT Co., Ltd. is a semiconductor inspection equipment company headquartered in Incheon, South Korea. It shares only the abbreviation with the Massachusetts Institute of Technology and has no affiliation with it.
What is SAT (Scanning Acoustic Tomography)?
SAT is a non-destructive inspection technique that uses ultrasound to detect micro-defects such as voids, delamination and cracks inside semiconductor packages and wafers without damaging the product. It is the same technology as the scanning acoustic microscope (SAM, C-SAM). The principle, frequency selection and comparison with other methods are explained in the SAT Technology Guide. Read the SAT Technology Guide ›
What products does MIT offer?
MIT offers the SFSAT series of fully automated SAT inspection systems: SFSAT-W (wafer), SFSAT-PAC (advanced package), SFSAT-P (power module), SFSAT-S (substrate) and SFSAT-M (manual), with transducer frequencies from 25 to 250 MHz.
What are the technical characteristics of MIT systems?
A multi-probe architecture in which several probes scan in parallel in each inspection zone, with two or more zones configurable, deep-learning-based automatic judgment, real-time warpage compensation (±3 mm), a maximum scan speed of 1,200 mm/s, non-immersion coupling that minimises water contact, and in-house SECS/GEM software.
Where are MIT systems used?
They inspect HBM and stacked memory, advanced packages (FC-BGA, 2.5D/3D, chiplets), power semiconductor modules (DCB/AMB substrate joints), wafer bonding, and substrates, MLCC and mini LED. The systems are applied on the production lines of advanced and power semiconductor manufacturers in Korea and abroad, from front-end to back-end processes.
What certifications does MIT hold?
MIT holds ISO 9001, ISO 14001 and ISO 45001 certifications, and is an Innobiz-certified technology-innovative SME and a registered venture company.
Where is MIT located?
The headquarters and R&D center of MIT are located at 16, Gaetbeol-ro 145beon-gil, Yeonsu-gu, Incheon 21999, South Korea. Phone: +82-31-442-1100.