Product used on medical equipment for the laser surgery in ophthalmologic interventions. The opposite end to the ODU connector, these assemblies may require a Molex or Amp housing; the connection between these connectors and enclosures are made by individual cable wires.

Cable assembly used on advanced dentistry equipment for oral surgery or surgical implant devices. The ODU MEDI Snap connector is directly connected to the device, while the silicone cable, flexible and easy to clean, is making the connection between the turbine and the device.

Cable assembly with an ODU Mini Snap 10-pin connector (Standard Push-Pull Connector) used in automation.

Cable assembly designed for the telecommunication industry, with an 12-pin ODU Mini Snap standard tinned connector at one end and pressed FCI connector at the other end.

Cable assembly designed for medical monitoring devices. It is a complex product containing ferrule, MOLEX connector, cable and ODU Mini Snap connector and has a minimum of 5000 mating cycles. The connector housing is made of chromed copper-zinc alloy, the minimum temperature at which the connector maintains its properties is -40 degrees C.

Cable assembly used on medical equipment; contains a ODU Medi Snap connector at one end and a crimped MOLEX connector at the other side.

Block automation modules required for automation.

Cable assembly with standard ODU Mini Snap connector for industrial devices designed for temperature, combustion and emission level monitors.

24-pin custom connector used in the medical industry for heart rate and blood pressure monitors (ER). The connector is molded and the housing injected, becoming waterproof when mated. It also supports up to 30,000 mating cycles.

Cable assembly with a 5-pin ODU MINI Snap connector and a AMP housing.

5-pin ODU Mini Snap design connected by a PVC insulated cable to a Drahtex connector.

Assembly containing a Mini Snap (5 pin) along with a small size Spox Mini Pitch housing fitted with friction locking system and resistance to temperatures ranging from -40 to 105 degrees Celsius. The teflon wires are designed for special environments contaminated with compounds of gasoline and oil. All these assemblies support a reliable and effective product that could be built into various GPS devices.