LABAS MAX-C is a patient-centric intelligent Laboratory Automation System (LAS). It directly addresses core industry pain points in clinical laboratories: surging sample volumes, constraints on manpower and space, and fragmented traditional manual workflows. By systematically reengineering laboratory workflows, it integrates intelligent sample routing, transport, analysis, and result validation. Interfacing with various diagnostic platforms, it consolidates scattered processing steps into a unified intelligent system, achieving "single-point sample entry for fully automated testing."It fundamentally eliminates delays and errors caused by manual operations, driving the laboratory's transformation from a "Manual Operation Center" to an "Intelligent Decision-Making Center." This precisely aligns with the future demands of smart healthcare: data-driven, zero-error, and highly resilient.

LABAS MAX-C represents a revolutionary endeavor deeply integrating three dimensions: Functional Innovation, User Experience, and Emotional Connection: 1. Functional Innovation & Efficiency Revolution： We designed a multi-mode intelligent sample loading system (tray batch loading, bulk loading, track cart loading, pneumatic tube loading, etc.), replacing manual loading and unloading, and reducing manual handling requirements by 50%. Innovatively adopting AI Vision combined with quad-track intelligent routing algorithms, it enables STAT priority and automatic retrieval for reruns, shortening sample Turnaround Time (TAT) by 40% and achieving workflow "autonomy." 2. User Experience & Intuitive Design： In terms of aesthetics and interaction, we implemented serialized and guided design principles: unifying module dimensions and operation logic, while using color contrast and dynamic lighting to guide users to key interaction areas. Combined with automated components like motorized drawers, this significantly lowers the learning curve and operational fatigue. Regarding materials, we utilized the interplay of glossy and matte finishes on PMMA and ABS+PC, incorporating rounded curves to soften the "coldness" of medical equipment, creating a professional yet friendly visual environment. 3. Emotional Connection & Patient Care： Going beyond device functionality, we deeply considered empathy between medical staff and patients. Through standardized interfaces, the system supports "multi-platform testing from a single tube," combined with refrigerated storage and intelligent rerun functions to reduce patient re-draws by over 30%, and shorten average wait times by 35%. This is not merely an efficiency boost, but tangible care for the patient's physical burden and anxiety achieved through technology.

Since its official launch in the second half of 2025, LABAS MAX-C has achieved significant market breakthroughs and enhanced brand influence within a short period: 1. Market Penetration & Market Share： Within months of launch, it has been successfully successfully put into clinical operation in 9 hospitals, with another 12 hospitals currently in the installation and implementation phase. Signed and prospective clients cover Tier 3, Tier 2, and county-level hospitals, aiming for multi-scenario deployment. By Q1 2026, the number of signed orders is projected to exceed 100, creating strong market influence in new smart laboratory projects. creating strong market influence in new smart laboratory projects. 2. Customer Value & Word-of-Mouth Case studies from operational hospitals show that LABAS MAX-C helps clients achieve: a 20-30% reduction in Total Turnaround Time (TAT), a 30-50% decrease in the need for professional operators, auto-verification for 60-80% of reports, and a 30% saving in laboratory floor space. These quantifiable efficiency gains and cost savings assist clinical laboratories in achieving refined operations, realizing the return from a "Cost Center" to a "Profit Center." 3. Brand Strategy Upgrade The success of this project has driven the company's brand upgrade from an "Automation Equipment Supplier" to a "Smart Lab System Reengineer." Adopting universal connectivity and communication protocols, it is compatible with various analyzer transmission formats, effectively unlocking the value of legacy equipment. Its modular architecture allows for free combination to adapt to diverse sites, scaling with the hospital's growth. Its design philosophy of "Open Compatibility & Modular Growth" establishes a new paradigm in the industry for breaking down closed systems, and advocating for ecosystem co-construction, significantly elevating the brand's professional reputation and thought leadership in the smart healthcare field.

The social value of LABAS MAX-C lies in its systematic improvement of the current medical landscape and its leadership in steering future directions: 1. Transforming the Status Quo： It fundamentally transforms the reliance of clinical laboratories on high-intensity repetitive manual labor,liberating technicians from menial mechanical tasks to focus on higher-value work such as quality control, data analysis, and clinical communication, thereby elevating the job value and professional dignity of the laboratory discipline. 2. Advancing Industry Direction：This project propels the industry from "stand-alone automation" and "simple equipment linkage" toward "systemic intelligence" centered on data and intelligent routing. Its open architecture provides standards for integrating equipment from different brands, fostering interoperability within the laboratory equipment ecosystem and accelerating the overall construction of smart hospitals. 3. Contributions to Sustainable Development： ① Resource Efficiency:Through "single-tube multi-testing" and precise reruns, it directly reduces the consumption of medical consumables (collection tubes, reagents) and the generation of medical waste. ② Asset Sustainability: Modular design and universal interfaces extend the technical lifespan of existing analyzers, protecting hospitals' legacy investments and avoiding wholesale equipment disposal due to technological iterations, aligning with the principles of the green circular economy. ③ Operational Sustainability: By drastically improving per-capita efficiency and output per unit area,LABAS MAX-C provides medical institutions with a sustainable operational model to handle the exponential growth in testing demand caused by an aging population, chronic disease management, and public health events, helping the public health system maintain resilience and efficiency.

1. Comparison of Results vs. Expectations: Project outcomes have fully met and exceeded initial targets: ① Efficiency exceeded expectations: Overall operational efficiency increased by over 50% (target: 50%), with even more significant improvements in critical processes such as STAT (Emergency) samples. ② Market exceeded expectations: Within months of launch, 21 hospitals have gradually implemented the system. We project securing over 100 signed letters of intent (LOI) by Q1 2026, validating the concept of "System Re-engineering." ③ Value spillover exceeded expectations: Beyond efficiency gains, significant value spillover was generated on the patient side. "Single-tube collection" and "reduced waiting times" have directly enhanced the patient experience. 2. Unexpected Performance: The project generated significant ecosystem and model spillover effects: Spawning new service models: Based on system-wide process data, we derived data services such as laboratory performance analytics, driving the business model to extend from "equipment sales" to high-value "Smart Operational Services." 3. Strategic Significance to the Company: This project serves as a core pillar of the company's strategic transformation into a "Smart Healthcare System Solutions & Service Provider": ① Validating Product Strategy: Successfully validated the integrated model of "Hardware + Software + Algorithms + Data," establishing a benchmark for future products. ② Reshaping Brand Value: Establishing a premium image as a "Process Re-engineer" and "Innovation Leader,"breaking away from commoditized competition. ③ Expanding Market Space: Opening up a new track for "Total Laboratory Solutions (TLS),"increasing per-customer value and securing long-term partnerships, laying the foundation for continuous service and data businesses.