This product is designed for medical device companies and healthcare solution providers, utilizing deeply embedded mini RFID tag technology with long-term stable reading performance. It operates at a frequency of 860-960MHz, supports EPC Global Class1 Gen2/ISO18000-6C protocol, and can withstand up to 650 cycles of high-temperature sterilization. The tag size can be customized according to your instrument and application space requirements.
This miniature, highly reliable innovative product is designed to address every critical aspect from instrument management and sample tracing to patient safety, helping medical institutions move toward a smarter, more efficient, and safer future. Our implantable medical mini RFID tags are ultra-miniature wireless identification devices specifically designed for stringent medical environments. They can be safely implanted in medical devices, inside packaging, and even used for biological identification in specific research scenarios. We use top-tier biocompatible materials and cutting-edge manufacturing processes to ensure each tag is not only microscopically small and nearly imperceptible, but also possesses exceptional durability and long-term stability, performing excellently even under repeated sterilization, extreme temperatures, and complex bodily fluid environments.
Specifications
Dimensions (mm) |
Ø2mm |
Material |
Bio-friendly environmentally friendly materials |
Frequency |
UHF(US/FCC) UHF(EU/ETSI) |
Operating Temperature(°C) |
-40 to 200 |
Storage Temperature(°C) |
-40 to 85 |
IP Rating |
IP68 |
Applicable Surface |
On-metal |
RFID Chip |
NXP, Impinj, Alien |
RF Interface Protocol |
EPC Class1 Gen2 ISO/ISO18000-6C |
Color |
black / Customized |
Reading Distance |
1 meter |
Application |
Metal assets tracking IT assets management Surgical instrument management Future innovative medical care |
For additional details or to request a quote, please contact us. Join us at MAKA RFID and redefine your RFID experience.
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Created to meet special needs, utilizing new materials and innovative production techniques