In modern metal stamping processes, the performance of key mold components directly determines production efficiency, processing accuracy, and operating costs.
Traditional mold frames mostly use welding or bolt connection structures, which are prone to micro-deformation under high-frequency impact, causing the guide reference surface to deviate.
When molten metal enters a channel with coaxiality deviation at high pressure and high speed, a significant flow velocity difference will first occur at the deviation.
As a core component of the mold base's guide assembly, the outer guide column assembly plays a crucial role in guiding the movable and fixed molds for smooth opening and closing, preventing misalignment and jamming.
In the world of precision manufacturing, the diverter nozzle, as a core component of the die-casting mold's sprue bushing, plays a crucial role.
As the core part of the mold guide system, the sliding fit of the outer guide column assembly is directly related to the smoothness and precision of the mold operation.