SureKits
RFID identification and reading of surgical instruments: from the operating room to decontamination, from preparation to storage.
Every box must come back complete, clean and sterilized, and checking is still manual today.
Anvisa RDC 15, of March 15, 2012, requires traceability of processing, including sterilization batches. Individual RFID identification is not mandatory, but SureKits produces the data that makes that record easier.
In one sentence: reading instruments with RFID reduces item-by-item manual counting.
The SureKits presentation, step by step.
SureKits serves anyone who needs to know, instrument by instrument, what went out and what came back.
The operating room and the sterile processing team check, assemble and follow kits with fast reading and real usage data.
Companies that process instruments for several hospitals identify every box and every instrument, and can prove what they received, processed and returned.
Companies that supply instrument boxes for implanting orthoses, prostheses and special materials track every box that leaves and returns, and check that it came back complete.
The same tag and the same reading equipment serve all three.
Each subject has a short, direct explanation. Pick what matters most to you.
From the operating room to decontamination, from assembly to storage.
A patent against the tag coming off, and application without taking instruments out of the hospital.
A tiny tag at a strategic point that does not get in the way.
How SureKits coexists with identification standards.
Complementary or substitutes, with data.
Benefits for those who rent instruments for implants.
The honest answer and how to guarantee complete reading.
How to separate what was used in each surgery.
Count with Identix RFID collectors and grow later.
It works alongside the software the hospital already uses.
Maintenance, demand, infection control and prion disease.
The equipment that counts and checks the instruments is made by Identix, designed for UHF RFID.
Handheld UHF RFID collector running Android. It counts and checks instruments and boxes in the operating room, in decontamination or in the supply room, with the instruments laid out on a non-metallic table. It is the simplest starting point for SureKits.
A reading table for decontamination and assembly in the sterile processing department: instruments placed on the table are identified and checked without manual scanning.
Real photos of instruments, baskets and containers identified with SureKits tags.
They identify every instrument and every box and withstand sterile-processing routines, including the autoclave.
The DR-max reading table, used in decontamination and assembly in the sterile processing department, and handheld RFID collectors, such as the ID50, count and check the items.
Reading data feeds the management software the hospital already uses, through integration.
Follows, inside the room, the instruments actually used in each procedure.
SureKits is a cloud platform. Each institution chooses how to receive it: on cloud or on-premises, according to its needs.
Identhis runs the platform in the cloud and the institution reaches it over the internet, with no servers to maintain.
The platform is deployed on the institution’s own infrastructure, for those who need to keep data inside the institution.
The same platform in both models. The choice is the institution’s and can be discussed at the start of the project.
Faster counting, checked assembly, right-sized kits: we gathered what the literature has documented about RFID on surgical instruments, separating what was measured from what is an estimate.
There is also a calculator so you can run the numbers for your own hospital.
Tell us how your instrument flow works and we will show how SureKits makes it traceable.