This cable features banana plugs and a non-pressurized central box. In its design, the central box is crafted with 5 stainless-steel screws, providing a secure closure. In the event of a malfunction in one of the wires, it can be easily opened, allowing for the replacement of the damaged cable. Additionally, the cable’s coverings are made of TPU, offering high resistance to the sweat produced by the patient’s body. The socket holders of these cables are made of ABS, connected to each other using ultrasonic welding. This method ensures the sockets are securely attached and provides enhanced protection against pressure and pulling of the wires. It offers greater resistance compared to the plastic injection method. Brass screws are also injected into the central box, allowing them to be opened and closed repeatedly without damage or corrosion.
This cable features hexagonal metal sockets coated with nickel. It is produced and supplied by Avecinna. The nickel coating prevents the sockets from rusting and ensures the transfer of heart signals to the device with minimal voltage drop. Additionally, users can easily open the socket opening and connect the cable to the chest electrode by pressing a button located next to the sockets. This feature ensures a stable connection during the patient’s running on the treadmill. The central box of the cable is also designed to be securely closed with 5 stainless steel screws, allowing for easy opening in case of a wire malfunction and replacement of the damaged cable. Brass screws are also injected into the central box, allowing them to be opened and closed repeatedly without damage or corrosion. The cable’s coverings are made of TPU, offering high resistance to the sweat produced by the patient’s body. The socket holders of these cables are made of ABS, connected to each other using ultrasonic welding. This method ensures the sockets are securely attached and provides enhanced protection against pressure and pulling of the wires. It offers greater resistance compared to the plastic injection method. These sockets easily connect to the chest electrode, and there is no need to apply pressure to the patient’s body during the connection. Moreover, the connection process will not result in the splattering or spreading of gel on the patient’s body.
This cable features hexagonal metal sockets coated with nickel. It is produced and supplied by Avecinna. The nickel coating prevents the sockets from rusting and ensures the transfer of heart signals to the device with minimal voltage drop. Additionally, users can easily open the socket opening and connect the cable to the chest electrode by pressing a button located next to the sockets. This feature ensures a stable connection during the patient’s running on the treadmill. The central box of the cable is also designed to be securely closed with 5 stainless steel screws, allowing for easy opening in case of a wire malfunction and replacement of the damaged cable. Brass screws are also injected into the central box, allowing them to be opened and closed repeatedly without damage or corrosion. The cable’s coverings are made of TPU, offering high resistance to the sweat produced by the patient’s body. The socket holders of these cables are made of ABS, connected to each other using ultrasonic welding. This method ensures the sockets are securely attached and provides enhanced protection against pressure and pulling of the wires. It offers greater resistance compared to the plastic injection method. These sockets easily connect to the chest electrode, and there is no need to apply pressure to the patient’s body during the connection. Moreover, the connection process will not result in the splattering or spreading of gel on the patient’s body.
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