The ALL-IN-ONE Sample Detection System is a fully automated analysis solution designed to boost laboratory sample processing capabilities.By integrating traditional standalone detection modules into a unified workflow, it enables one-time loading for multiple tests, eliminating the need for repetitive manual operations.Supporting various sample types, the system utilizes AI recognition and smart scheduling to prevent manual sorting errors, thereby enhancing testing accuracy and efficiency.Featuring a modular design with high compatibility and scalability, it adapts to the diverse space and throughput requirements of labs of all sizes, flexibly addressing layout constraints and minimizing space wastage.

The ALL-IN-ONE Sample Detection System blends functionality with aesthetics. Its modular design enables the flexible connection and free layout of various detection instruments.By utilizing standardized interfaces and unified communication protocols, the system ensures module universality and sustainable scalability.Through serialized design, the system maintains consistency in brand identity and operational logic across all modules. This significantly reduces the learning curve, optimizes user workflows, prevents operational errors, and fully meets the needs of labs of all sizes. For patients, the system minimizes the frequency and volume of blood draws, improving the medical experience and reinforcing the hospital's commitment to humanistic care. For medical staff, it optimizes sample distribution workflows, reducing non-value-added labor associated with cross-department and cross-instrument transport, thereby boosting testing efficiency. For the hospital, the system achieves a transport speed of 1,100 samples per hour and a throughput of 100 samples per hour per analyzer, easily managing sudden peak workloads and alleviating operational burdens.

Going beyond merely improving single-point efficiency, this system provides a future-proof, holistic solution for laboratories.By leveraging three core advantages—integrated testing, flexible deployment, and limitless scalability—it significantly reduces comprehensive operational costs while boosting yield per unit area and ROI.This helps laboratories establish a robust strategic moat in terms of service quality, operational resilience, and long-term competitiveness.Meanwhile, the requirement for minimal blood sample volume enhances the patient experience and alleviates physical and psychological burdens.Since its launch, the system has been highly acclaimed by hospitals, medical staff, and patients alike, achieving widespread adoption and installation in numerous Grade A tertiary hospitals.

Traditional laboratory workflows are heavily reliant on manual operations and fragmented equipment, resulting in high staff stress, elevated error rates, and resource wastage, making it difficult to meet surging testing demands.To address this, we designed the ALL-IN-ONE Integrated Sample Detection System.By consolidating various sample tests into a unified, automated intelligent pipeline, it drives the IVD industry's transformation from "single-sample standalone testing" to "multi-type sample integrated intelligent processing."Powered by AI recognition and IoT-based scheduling, the system enables automatic sample transport and testing. It processes up to 1,100 samples per hour, with a single unit efficiency of 100 tests/hour, significantly enhancing both precision and speed. On an industry development level, the project promotes the evolution of inspection equipment towards modularization and platformization.Adopting a modular combination design, the system breaks traditional fixed layout constraints. It adapts to the space and throughput needs of laboratories of all sizes, supports future functional scalability, ensures long-term equipment applicability, and prevents resource waste. From a cultural perspective, the system reinforces a "human-centric" medical philosophy.For patients, it enables "multi-item testing from a single tube," reducing the frequency of blood draws and improving the medical experience.For medical staff, automated workflows alleviate physical burdens and reduce non-value-added labor caused by cross-department transport, fostering a more compassionate and supportive medical environment. Regarding sustainable development, the system embodies green design and circular economy principles.Over 85% of the machine consists of recyclable materials. Its modular architecture facilitates repair and upgrades, extending the equipment's lifespan, while universal module design promotes material and process reuse, thereby minimizing e-waste.Strictly adhering to international energy efficiency and recycling standards, the system has obtained CE and SGS certifications. It implements environmental principles throughout its full lifecycle—from design to disposal—and reduces overall energy consumption while boosting efficiency, unifying technology, environment, and social responsibility.

The inception of this project was to address critical industry pain points in traditional medical laboratories, such as heavy reliance on manual operations, fragmented standalone equipment, and low testing efficiency. By constructing an integrated, automated, and intelligent multi-type sample testing system, it achieves unified workflow management and highly efficient resource utilization. The final outcomes exceeded expectations across multiple dimensions:On a technical level, the system not only achieved a transport speed of 1,100 samples per hour, but its modular compatibility and scalability also surpassed expectations, enabling small and medium-sized laboratories to rapidly deploy high-end diagnostic capabilities.Regarding sustainable development, the ease of maintenance and material reusability inherent in the modular architecture significantly extended the equipment's lifecycle, reducing electronic waste (e-waste) by a margin that exceeded original targets. On a human-centric level, the system's "multi-item testing from a single tube" capability not only alleviated patient suffering but also unexpectedly boosted overall hospital service satisfaction, generating a positive social reputation. This project aligns with the company's core strategy of "Technology Leadership, Green Innovation, and Human-Centricity."The project's ultimate contribution to this strategy lies in: by deeply integrating modular concepts with AI and IoT technologies,it not only established the company's technical leadership in the field of smart diagnostics, but also reshaped sustainable development standards in the medical device industry through quantifiable environmental benefits and humanistic value. The successful implementation of the project has powerfully driven the company's strategic upgrade from an equipment supplier to a comprehensive solution provider.