Smart Healthcare Solutions

Specifically, this intelligent process includes the following core steps:

1. Intelligent Pharmaceutical Management:

• Smart inbound:RFID tags are affixed when pharmaceuticals are received and put into storage, and the information (product name, batch, expiry date) is automatically entered into the system.
• Smart shelves:Shelves in pharmacies and central warehouses are integrated with readers to enable dynamic inventory counting, automatic expiration warnings, and out-of-stock reminders.
• Intelligent dispensing/verification:When dispensing prescriptions, the system automatically lights up to guide picking; when dispensing medication or when nurses collect medication, the reader automatically verifies the medication and prescription information to prevent errors.

2. Medical Device Traceability Management:

• Device Encoding:Attach or bind high-temperature-resistant and corrosion-resistant RFID tags to surgical instrument kits and high-value interventional consumables.
• Surgical kit verification:Packing, disinfection, distribution, use, and recycling are all recorded in batches within seconds via RFID readers/writers, enabling full-process traceability and responsible-person management.
• Post-operative counting:After surgery, instruments are counted, and the RFID reader quickly scans to ensure no instrument is left inside the patient's body, eliminating medical accidents.

3. Application Process for Medical Equipment and Asset Management:

• Rapid inventory: Staff walk through departments with handheld readers to read equipment information remotely and in batches, enabling hospital-wide inventory in minutes with accuracy exceeding 99%.
• Real-time positioning: Deploy readers in key areas to automatically record equipment movement trajectories, with the system map displaying locations in real time, solving the problem of "not being able to find it when urgently needed."
• Operations such as equipment use, borrowing and returning, inspection, and maintenance can all be quickly recorded by scanning tags, with status updated in real time.
• The system automatically generates analysis and reports, providing precise data support for optimizing configuration, improving utilization, and formulating procurement and disposal plans.

4. Patient safety and process management:

• Patient wristbands:Put an RFID chip wristband on the patient as their unique identity throughout hospitalization.
• Identity verification:Before medication administration, blood transfusion, or treatment, nurses scan the wristband with a handheld device to automatically verify patient information against the treatment content, ensuring the "five rights."

5. Smart blood bag safety management:

• Blood bag coding and information binding:An RFID tag is bound during the blood bag preparation stage, and key data such as blood components, blood type, donor information, preparation date and expiration date are written at once, accompanying the blood bag throughout its entire life cycle.
• Smart inbound/outbound and storage monitoring:Blood bank refrigerators are equipped with read/write devices to enable automatic inventory counting and automatic expiration warnings. During inbound and outbound operations, batch scanning takes only seconds to ensure information accuracy, and can be linked with cold chain monitoring systems to safeguard blood storage safety.
• Closed-loop verification before blood transfusion:Nurses use handheld terminals to simultaneously scan patient wristbands and blood bag tags, and the system automatically performsTwo-person verification(blood type, expiration date, cross-matching results, etc.), with voice or screen prompts to verify the results, fundamentally eliminating transfusion errors

6. Intelligent Washing Management of Hospital Medical Textiles:

Precise dispensing of cleaning packs:Through RFID management, the clean warehouse quickly and accurately distributes clean surgical gowns, patient gowns, bed sheets, and other items requested by various departments, and automatically generates circulation records to achieve cost allocation.

Intelligent Collection of Contaminated Linens:When contaminated linens are placed in wards and operating rooms, the department, type, and weight are quickly identified and recorded through RFID channels or handheld devices, enabling quantitative management.

Full-process traceability of the washing process:Each pack of linen is automatically recorded in each process of sorting, washing, disinfection, ironing, and packing, ensuring that the washing process complies with hospital infection control standards and can be traced to specific batches and operators.