At Onanon we design, prototype, test and manufacture OEM medical connectors for healthcare companies worldwide. Our extensive design and manufacturing knowledge provides high performance connectors for both reusable and disposable applications, while utilizing dramatic cost and yield saving technology.
Our medical connectors can be attached to fine catheter wires by our solder ball rapid termination technology cheaper and more reliably than hand soldering. By using high quality materials and designs that dramatically reduce costs and increase yields for wire/cable termination, Onanon has saved our customers over 75% in assembly time.
Our embedded electronics connector technology permits passive and active circuit components to be constructed on connector PCB substrates. Op-amps and other active components can boast signal strength or lower impedance to reduce or eliminate EMI and RFI.
Onanon embedded electronics connectors can process millivolt EKG and microvolt EEG signals near the electrodes. A processor with associated analog and digital circuits with an analog-to-digital converter integrated into the connector plug can greatly reduce the number of connector pins needed to bring all the signals to the outside world.
Onanon embedded electronics connector technology permits easy upgrading of medical systems by replacing connector plug-ins with ordinary tools in the field without solder damage to PCBs.
These connector plug-ins utilize our compliant pin technology to modify or upgrade boards by pressing the connector pins through PCB holes. In many cases, such upgrades may not affect any regulatory filings or only require a letter to file.
Onanon medical connectors are designed for manufacturing, with high quality engineering and automated production techniques. They can be ordered from Onanon in any quantity, for scheduled delivery when required.
Let the engineers at Onanon work with your engineers to transform your medical connector requirements. The staff at Onanon is here to assist you towards developing your requirements, and expanding the possibilities. Let's discuss your upcoming medical connector applications and what we can do to make it happen.