High current connector manufacturers use a variety of production technologies to create connectors that can handle high current loads. These technologies include:

1. Cold Forming: Cold forming is a process in which a metal is formed into a desired shape at room temperature. This process is used to create high current connectors with complex shapes and tight tolerances. Cold forming is often used to create connectors with intricate details, such as threads, grooves, and other features.

2. Hot Forming: Hot forming is a process in which a metal is heated and then formed into a desired shape. This process is used to create high current connectors with complex shapes and tight tolerances. Hot forming is often used to create connectors with intricate details, such as threads, grooves, and other features.

3. Stamping: Stamping is a process in which a metal is stamped into a desired shape. This process is used to create high current connectors with complex shapes and tight tolerances. Stamping is often used to create connectors with intricate details, such as threads, grooves, and other features.

4. Machining: Machining is a process in which a metal is cut into a desired shape. This process is used to create high current connectors with complex shapes and tight tolerances. Machining is often used to create connectors with intricate details, such as threads, grooves, and other features.

5. Welding: Welding is a process in which two or more metals are joined together. This process is used to create high current connectors with complex shapes and tight tolerances. Welding is often used to create connectors with intricate details, such as threads, grooves, and other features.

6. Brazing: Brazing is a process in which two or more metals are joined together using a filler metal. This process is used to create high current connectors with complex shapes and tight tolerances. Brazing is often used to create connectors with intricate details, such as threads, grooves, and other features.

7. Soldering: Soldering is a process in which two or more metals are joined together using a filler metal. This process is used to create high current connectors with complex shapes and tight tolerances. Soldering is often used to create connectors with intricate details, such as threads, grooves, and other features.

8. Plating: Plating is a process in which a metal is coated with a protective layer. This process is used to create high current connectors with complex shapes and tight tolerances. Plating is often used to create connectors with intricate details, such as threads, grooves, and other features.

High current connector manufacturers use these production technologies to create connectors that can handle high current loads. By using these technologies, manufacturers can create connectors that are reliable, durable, and able to withstand high current loads.