■Push-Pull and Breakaway Locking for Various Applications The ODU MEDI-SNAP with push-pull functionality has been developed for connections that experience high mechanical loads. The self-locking feature prevents the connector from unintentionally disconnecting when mated, ensuring a secure connection, especially when the cable is pulled. On the other hand, the breakaway function has been designed for connections that require instant mating and removal. If necessary, the connection can be disengaged with a single pull. For more details about MEDI-SNAP, you can download the brochure from our website. ODU MEDI-SNAP Catalog https://www.odu.co.jp/downloads/catalogues/ ODU MEDI-SNAP Breakaway Connector https://www.odu.co.jp/downloads/product-brochures-overviews/

More compact, lighter, and with higher performance ━ The important conditions for various connectors in the industrial, medical, and testing/measurement fields are similarly required for their interfaces and the communication infrastructure within certain equipment. • Quick and easy attachment and detachment with push-pull locking • Capable of integrating the transmission of various media into a single interface: Electric/optical (signal, power, data transmission) Fluid (liquid, gas) For more details about this hybrid connector, you can download the brochure from our website. ODU Single Contact https://www.odu.co.jp/fileadmin/user_upload/ODU_MINI-SNAP_Hybrid_Connectors_JP.pdf

The ODU lamella technology-equipped contacts are also used in the interface connecting the inverter and power system of snowplow engines. In this customer-specific solution, ODU LAMTAC contacts, characterized by their high current capacity, are integrated into an extremely small mounting space. Please check our website for more details on the lamella contacts! ODU Single Contact https://www.odu.co.jp/electrical-contacts/

The new electric surfboard uses ODU's lamella technology in its contacts. ODU LAMTAC contacts are used as the interface connecting the power supply, speed controller, and motor. This contact consists of a machined carrier and lamellae that are die-cut in a striped pattern, with each stripe creating multiple connection points. This results in high-level connection stability and low insertion/extraction force, creating a perfect connection.

Today, in the field of e-mobility and its charging technologies, as well as in the testing and measurement sector, high current applications have become more important than ever. Therefore, ODU has added a new high current module to the ODU-MAC Blue-Line lineup. This module has a contact diameter of 12 mm and can be used for load currents up to 225 A and operating voltages up to 1000 volts (pollution degree 3). The contacts are composed of two parts that are combined by screw fastening, making it easy to replace the contacts from the mating side. We offer crimp types of 25, 35, and 50 mm². For more details on the ODU-MAC Blue-Line, please visit the product page below. https://www.odu.co.jp/blue-line/

The angle-type ODU pin contact is fitted into the ODU TURNTAC socket and connected to the module block of the battery storage system. A perfect connector system brings about the perfect interaction of contacts, connection technology, and cable assemblies. Therefore, ODU provides a complete one-stop system to create reliable connections for our customers. For more details, please check our website! ODU Single Contact https://www.odu.co.jp/electrical-contacts/

We would like to introduce an application example of ODU's spring wire contact. This contact is used in high-performance charging connectors that support mooring equipment connections. Mooring equipment exposed to seawater requires connections that can withstand harsh demands. In such severe environments, ODU SPRINGTAC, which has extremely high reliability and durability, is the most suitable choice. For more details, please check our website! ODU Single Contact https://www.odu.co.jp/electrical-contacts/