Kangchi Automatic Dispensing Machine
The Kangchi Automatic Dispensing Machine series represents General Healthy’s flagship pharmacy automation product, deployed in over 600 hospitals across China including the landmark Beijing Peking Union Medical College Hospital installation.
Product Overview
Designed specifically for high-volume outpatient pharmacy operations, the Kangchi system automates the entire prescription fulfillment workflow from order receipt to patient pickup. The system processes prescriptions within seconds, significantly reducing patient wait times while achieving accuracy rates exceeding 99.9%.
The machine integrates directly with hospital information systems (HIS), receiving electronic prescriptions and automatically selecting, counting, and dispensing medications. Built-in barcode verification ensures each medication matches the prescription, while real-time inventory tracking prevents stockouts and enables just-in-time replenishment.
Key Features
At over 99.9% accuracy, the Kangchi Automatic Dispensing Machine processes each prescription in 8–15 seconds while managing 300–1,000+ SKUs with real-time inventory tracking across outpatient, inpatient, and emergency pharmacies.
- High-Speed Dispensing: Processes prescriptions in under 10 seconds for standard orders
- Barcode Verification: Dual-check system validates medication identity before dispensing
- HIS Integration: Supports HL7 protocol for direct hospital system connectivity
- Inventory Management: Real-time stock monitoring with automatic reorder alerts
- Compact Design: Modular construction allows customization for various pharmacy layouts
- Batch Handling: Accommodates multiple prescription fulfillment simultaneously
Technical Specifications
At 8–15 seconds per prescription with over 99.9% accuracy, the Kangchi system handles 300–1,000+ SKUs and integrates via HL7 and Web Service protocols at 220V AC in 15–30°C environments.
| Parameter | Specification |
|---|---|
| Dispensing Speed | 8-15 seconds per prescription |
| Storage Capacity | 300-1,000+ SKUs (configuration dependent) |
| Accuracy Rate | >99.9% |
| Power Supply | 220V AC, 50Hz |
| Operating Environment | 15-30°C, 30-70% humidity |
| Communication Protocol | HL7, Web Service |
Clinical Applications
The Kangchi system serves multiple pharmacy environments within healthcare facilities. Outpatient pharmacies benefit most significantly, where the system handles high prescription volumes during peak hours. Emergency pharmacies use the rapid dispensing capability for urgent medication needs. Inpatient pharmacies integrate the system for ward medication distribution preparation.
The automation particularly addresses staffing challenges during night shifts and holidays, maintaining consistent service levels when manual dispensing would otherwise slow. Pharmacists freed from counting and dispensing tasks can focus on medication counseling and clinical pharmacy services.
Regulatory Status
| Region | Status | Date |
|---|---|---|
| China (NMPA) | Approved | Class II Medical Device |
| CE (Europe) | Not Applied | - |
| FDA (USA) | Not Applied | - |
The system holds NMPA registration as a Class II medical device under the automated pharmacy equipment category.
Frequently Asked Questions
What pharmacy types can use the Kangchi system?
The system suits outpatient pharmacies, emergency pharmacies, and inpatient pharmacy operations. Modular design allows configuration for facilities ranging from community hospitals to large tertiary care centers.
How does the system integrate with existing hospital systems?
Kangchi supports HL7 protocol and Web Service interfaces, enabling integration with most hospital information systems used in Chinese healthcare facilities. The company provides implementation support for system connectivity.
What maintenance does the system require?
Routine maintenance includes daily cleaning of dispensing channels and monthly calibration checks. General Healthy provides 7x24 technical support and preventive maintenance programs through its nationwide service network.
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Sources
Publicly available references used for the data on this page. See data methodology for verification standards.
