The gear press employs an eccentric gear mechanism in lieu of a conventional crankshaft within its transmission system, delivering superior stroke length capabilities (extending up to 500–600mm, compared to crankshaft presses' limited 300mm maximum) and enhanced energy output. This design is optimized for high-force applications such as thick sheet metal stamping, deep drawing, punching, and forging, withstanding concentrated heavy loads more effectively than traditional alternatives.

Its robust construction renders the gear press particularly suited for demanding industrial processes, including extrusion, hot forging, and cold forging. This makes it an indispensable tool for manufacturing durable components like rice cooker casings, cookware, automotive rims, and other heavy-duty products.

In automotive production, two-point and four-point gear presses are extensively utilized for high-volume stamping operations. For instance, a 1200-ton press integrated with three 800-ton units can form an automated production line for car doors or body panels, demonstrating its scalability and efficiency in large-scale manufacturing.

The gear press's ability to maintain precision and durability under extreme operational conditions underscores its reliability as a preferred solution for industries requiring high-performance metalworking equipment.