The mechanical structure of forging machine mainly includes the following key components:
Stamping mold frame:
Function: As a fundamental component, it is a product of standardization and specialization.
Composition: It mainly consists of an upper template, a lower template, guide columns, and guide sleeves.
Features: The mold frame below medium size has been standardized, making it easy to use different types of presses.
Brake:
Form: Exists in the form of a friction clutch brake.
Importance: It is an important part of the main transmission of the press, directly affecting the performance and safety of the equipment.
Classification: Divided into combination and separation based on structure; There are dry and wet working states; The operation methods include pneumatic and hydraulic.
Optoelectronic safety protection device:
Technology: Adopting infrared light curtain technology.
Function: When the operator enters a dangerous area, the system will immediately trigger an emergency stop to protect the operator from injury. However, it should be noted that it is not a direct protection, but rather an early warning system.
Cam controller:
Function: An important component of the electrical control system.
Function: Control the action of the working mechanism by allocating the crankshaft rotation angle, ensuring that the press operates according to the preset working cycle diagram.
Automatic feeding device:
Application: Applied to various types of forging machines, such as open, closed, multi station, and high-speed presses.
Composition: It usually consists of a material rack, an unwinding and leveling mechanism, a pneumatic clamp feeding mechanism, and a waste winding material rack.
Purpose: To improve feeding accuracy and efficiency.
These key components together constitute the mechanical structure of the forging machine, ensuring the normal operation and efficient work of the machine.
