1. FREE Walk
2. NimBO

Ace Medical Technology Co., Ltd. primarily develops bare electrodes for in vitro monitoring systems, as well as circulating tumor cell (CTC) counting, purification, and separation system instruments. Compared with existing carbon and gold electrodes, the bare electrodes for in vitro monitoring systems offer the advantages of high stability and low cost, giving them strong international competitiveness in the in vitro monitoring electrode test strip market.

In addition, regarding the cell analysis and separation instruments developed by Ace Medical Technology Co., Ltd., these instruments feature high cell processing throughput, low cell loss rate, and high cell separation purity. Furthermore, the separation process does not affect cell viability, allowing for the precise isolation of target cells by identifying cell surface proteins. This supports downstream analysis of genes and proteins related to live cells, representing a breakthrough technology in the life science research and cell detection markets.
(The content above was translated by AI.)

1. iProtin® Surface Acoustic Wave (SAW) Core Technology Platform: iProtin® is a next-generation in vitro diagnostic (IVD) solution developed by tst biomedical electronics Co., Ltd. Utilizing high-frequency reflective shear-horizontal surface acoustic wave (SH-SAW) sensor chips, it can detect real-time changes in mass and viscoelasticity on the sensing surface during antigen-antibody binding. This allows for highly sensitive quantitative or semi-quantitative detection results without the need for enzyme or fluorescent labeling. Benefiting from the unique physical properties of surface acoustic wave technology, the detection process is free from interference by blood cells, allowing the direct use of a 5 μL fingertip whole blood sample to complete high-sensitivity analysis within 3 minutes. This platform technology has obtained patents in multiple countries, features high scalability and a modular design, and can be flexibly applied to the detection of various disease biomarkers, including cardiovascular diseases, inflammatory markers, and cancer-related proteins.

2. Support for Customized Development and OEM/ODM Collaboration Models: tst biomedical electronics Co., Ltd. provides one-stop manufacturing services ranging from wafer fabrication to diagnostic biochips, assisting customers in rapidly achieving commercialization. We possess patented cavity packaging technology, which can effectively protect the surface acoustic wave sensor chip and enhance signal stability and reliability; paired with 10 nL high-precision biomaterial coating technology, it can effectively reduce production costs and facilitate biochip miniaturization. tst biomedical electronics Co., Ltd. supports customized development and OEM/ODM collaboration models, and can design chips, packaging modules, and biocoating solutions according to specific requirements, assisting academic and research institutions, startups, or corporate clients in smoothly transitioning from proof of concept and trial production to mass production.

3. The iProtin® testing platform provides API integration capabilities, which can integrate personal health indices, lifestyle habits, and medication records to achieve companion diagnostics and personalized health management. Through connections with wearable devices, health cloud platforms, or electronic medical record (EMR) systems, users can adjust exercise intensity, dietary intake, or medication dosage in real time based on test results, visualizing health data and truly implementing proactive and precise health management.
(The content above was translated by AI.)

High-End Medical Device Contract Development and Manufacturing
(The content above was translated by AI.)