ZRT keeps forging new milestones through strategic cooperation with a leading Hangzhou-based medical device brand, launching a cutting-edge medical AI hardware solution for smart cell analyzers: the MIN-EC05A all-in-one AI system. This solution comprehensively elevates the overall performance of cell analysis equipment and delivers exceptional operational efficiency, providing powerful technical support for scientific research and clinical diagnosis.
Customer Application Requirements
In the biomedical industry, cell analyzers act as core research and diagnostic devices that enable precise, high-speed analysis of cell samples. With the continuous advancement of biomedical research and increasingly rigorous clinical diagnostic standards, cell analyzers are evolving toward intelligence, specialization and multi-functionality, generating growing market demand for high-performance control hardware.
Against such market trends, a reputable medical device manufacturer based in Hangzhou collaborated with ZRT to upgrade the main control system of its cell analyzers. Through in-depth requirement analysis, the client was confirmed to demand a high-performance, high-computational-power main control platform to handle increasingly sophisticated image processing and data analysis workloads. Meanwhile, the solution had to fit seamlessly into the device’s compact enclosure while sustaining long-term equipment stability and operational reliability.
ZRT Solution
To satisfy the client’s diverse set of application requirements, ZRT offered the MIN-EC05A AI all‑in‑one edge‑computing solution. Built upon the advanced X86 architecture paired with the Intel Q370B chipset, this integrated unit supports high‑performance 8th‑ and 9th‑generation Intel Core processors together with dual‑channel SO‑DIMM DDR4 memory. It delivers robust data‑processing and analytical capabilities tailored for cell‑analyzer equipment.
To meet the customer’s specialized image processing requirements, the system is configured with an MXM graphics card powered by the NVIDIA GTX1050‑Ti GPU, which significantly enhances image analysis and display capabilities. Featuring an ultra-compact form factor, the solution perfectly adapts to space-limited device structures and supports seamless embedded integration within cell analyzers.
Practical Application Outcomes
In actual field deployment, the MIN-EC05A empowers cell analyzers with robust data processing and analytical performance. The system rapidly and accurately processes complex sampling data, fully meeting the client’s demands for high-throughput computation and sophisticated data analysis. Meanwhile, its powerful image processing and display functions deliver ultra-clear, high-precision cellular imagery for clinicians and researchers, supporting more reliable and accurate diagnostic outcomes.
Furthermore,the MIN-EC05A is equipped with rich I/O interfaces, enabling the cell analyzer to connect to various peripheral devices such as signal collectors, displays and printers, which improves system flexibility and expandability. Measuring 235 mm × 206 mm × 52 mm, the unit features a compact form factor with an aluminum‑alloy enclosure. It not only fits within the customer’s space‑constrained equipment layout, but also delivers robust mechanical durability. It maintains consistent, stable and reliable performance under prolonged continuous‑operation scenarios.
The practical deployment of the MIN-EC05A all‑in‑one solution in cell analyzers not only improves equipment performance and stability, but also enhances system flexibility and expandability. These advantages enable cell analyzers to play a greater role in clinical diagnosis and scientific research, delivering more accurate and reliable support for patients and researchers, and effectively fulfilling the customer’s upgrade requirements for cell analyzers.