The overview of the solution for inkjet printers in the medical and health industry can be focused on core requirements such as precise identification, compliance traceability, anti-counterfeiting security, and automation integration. Combined with the particularity of medical devices, drug packaging, and other scenarios, customized solutions can be provided. The following are technical points and solution designs that integrate multiple industry applications:

Core requirements and application scenarios
1. Product identification and full lifecycle traceability
Application objects: drug packaging (aluminum foil bags, medication bottles, syringes), medical devices (surgical tools, implants, in vitro diagnostic equipment), medical consumables (masks, protective clothing), etc.
Identification content:
Basic information: production date, batch number, expiration date LOGO；
Traceability code: UDI (Unique Device Identifier), QR code, DataMatrix code;
Compliance Mark: CE certification, FDA code, RoHS environmental label.
Traceability system: By associating UDI codes with the entire production, circulation, and usage process data, it meets regulatory requirements such as ISO 13485 and GMP.

2. Anti counterfeiting and security guarantee
Using dynamic QR codes, encrypted data, or laser permanent identification to prevent counterfeit drugs/devices from entering the market and reduce the risk of medical accidents.

3. Automation and high-precision requirements
Integrated into pharmaceutical production lines (such as aluminum foil bag filling lines), medical device labeling machines, etc., to achieve high-speed coding (hundreds of pieces per minute) and zero contact operation, avoiding pollution.

Selection and Adaptation of Inkjet Coding Technology

‌Technology Type	‌Applicable Scenarios	‌Advantages	‌Reference Cases
‌Laser Marking Machine	Stainless steel equipment, glass vials, silicone tubes	Permanent marking, high-temperature resistance, no chemical contamination	Plant batch tracking
‌UV Marking Machine	Pharmaceutical blister packs, medical packaging, plastic materials	Environmentally friendly, quick drying, supports high-resolution graphics and small characters	Tablet blister pack marking
‌Hot Stamping Foil Marking Machine	Paper labels, soft packaging, breathable materials (e.g., masks)	High precision marking, suitable for complex materials, low cost	Mask outer packaging marking
‌Small Character Inkjet Printer	Paper boxes, large packages, non-precision surfaces	High-speed marking, suitable for large batch basic identification	Pharmaceutical transportation box batch identification