The Match Witness system is an integrated intelligent system based on RFID technology, and is applicable to IVF laboratory operation Witness and process management scenarios, offering good security, ease of use, and broad compatibility.
RFID(radio frequency identification)is a non-contact-based wireless communication technology which can identify specific targets and read and write key data through wireless signals. Match uses the 13. 56 MHz RFID band, the most common industrial scientific medical(ISM)radio band in the world, and has no effect on the human body or cellular components. RFID technology in this band has been widely applied in the fields of medicine, human body implants, and biological research due to its security and stability in passing through liquids.
Patients entering the cycle will receive an RFID wristband or ID card with unique identity information
The blank chip is pre-pasted on the prepared vessels for further identification
In each workspace of the laboratory, guided/constrained through the custom process, MATCH system transfers the patient information from the previous chip to the next blank chip being used
MATCH Witness System actively scans and confirms that there is no mismatch in the workspace, and automatically prompts the next operational steps
When the same workspace detects samples of different couples, the system automatically interrupts the operation and reminds the operator
Before Embryo transfer, the system scans patient's wristband or ID card, witness the identification process
Chip shape is suitable for all culture dishes and does not occupy the bottom area(can be used for time-lapse culture dishes).
Users can customize their own standardized processes.
The system can automatically identify the usage of containers in the sensing zone, constraining and guiding the next operations according to customized processes.
The chip is separated from the nametag, and blank chips can be used as soon as they are transferred and allocated. They are highly flexible and can easily cope with changes in the number of chips.