RFID-enabled IdentiQuik® couplings from CPC redefine what's possible for controlling, protecting and streamlining fluid handling processes. And now, with our new Multi-Antenna RF-enabled (MAR) communicator, we’re reducing system complexity and redundancy by offering up to eight antenna connections via a single control interface.
Instead of employing eight individual RFID readers, each with their own associated cables that must be connected to your controller, you only need one MAR. Measuring just 2” x 3.5” x 0.5”, this single, compact circuit board also needs just one USB cable—making design integration easier. (The MAR’s removable plastic housing measures 2.4” x 4.0” x 1.0”.)
IdentiQuik technology allows the transfer information to identify device type or connected media, verify line connection accuracy or capture fluid and product data. In other words, you have control and visibility over what is connected, and what it’s connected to, immediately at the point of connection.
The MAR is ideal for multiline systems that have electronics with a brain/controller and applications with high-value media or liability concerns. Our RFID-enabled couplings are suitable in a wide range of applications including:
· Printing and ink management (large format, 3D, specialty, tile or packaging printing)
· In vitro diagnostics (IVD)
· Surgical
· Endoscopy
Our RFID experts know and understand fluid handling applications to ensure the quality and reliability of RFID-enabled fluid applications. We have over 10 years of experience designing and implementing our integrated RFID-enabled couplings into fluid handling systems.
And if you’re an existing CPC customer, it’s easy to add RFID to your application because you only need to integrate the reader antennas into each of the fluid connections and replace the standard inserts with their RFID-enabled counterpart.
If you would like to learn more about CPC's MAR communicator, RFID-enabled IdentiQuik® connectors or any of our products, please complete the form, and a CPC representative will contact you.