INTRODUCTION TO CALTH

Calth is a leading Korean company in the field of diagnostic technology, with a mission to improve quality of life through innovative, efficient, and user-friendly solutions.
The Calth Logo
The core focus of CALTH is providing advanced solutions for point-of-care testing (POCT), self-testing, and precision medicine.



Giới thiệu về CATLTH - Công ty cung cấp thiết bị xét nghiệm Hàn Quốc





CALTH sản xuất các sản phẩm chẩn đoán in vitro tại các cơ sở đạt chứng nhận KGMP và ISO 13485:2016.


ISO CERTIFIED

CALTH manufactures in vitro diagnostic products at facilities certified with KGMP and ISO 13485:2016.




MISSION AND VISION

CALTH aims to make advanced diagnostics accessible and affordable for everyone.
By integrating artificial intelligence (AI) and NANO technology, CALTH not only improves the speed and accuracy of diagnostic tools but also reduces costs, delivering real value to public health.



CALTH - thiết bị xét nghiệm và chuẩn đoán







POSITIONING AND REPUTATION

Headquartered in Korea (specifically in Seongnam, Gyeonggi Province), Calth has established its position in the global medical technology industry.
Scientific publications in Nature Communications serve as evidence of their innovation and research quality, while demonstrating a strong commitment to raising standards in medical diagnostics.






CALTH’S CORE TECHNOLOGIES

Deep Learning-Based Analysis Algorithm:

Applied to Lateral Flow Assay (Rapid Test) products.
This technology delivers fast, user-friendly, and highly accurate diagnostic results.
It represents a significant advancement in improving the performance of rapid tests, such as pregnancy tests or COVID-19 antigen tests.



Thuật toán phân tích dựa trên học sâu (deep learning) - CALTH cung cấp thiết bị xét nghiệm





Công nghệ tiền xử lý mẫu sáng tạo để cung cấp thiết bị xét nghiệm


Innovative Sample Pre-Treatment Technology:

Utilizing bio-nano hybrid materials in nanotraps.
This technology enhances test sensitivity, enabling detection of disease markers at very low concentrations.





Both technologies are widely recognized in the scientific community, with related studies published in the prestigious journal Nature Communications (articles in volume 14, issues 2361 and 1520, 2023).



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