Structural composition of veneer rotary cutting machine for wood industry
Wood veneer rotary cutting machine is a specialized mechanical equipment used to rotate and cut logs into thin sheets, widely used in wood processing, furniture manufacturing, architectural decoration and other fields. Its structural composition mainly includes the following parts:
Spindle and transmission system: The spindle is the core component of the rotary cutting machine, responsible for transmitting power to the rotary cutting blades. The transmission system includes motors, reducers, and couplings, which work together to drive the spindle to rotate at high speed.
Knife holder and blade: The knife holder is a device that fixes the rotary cutting blade, carries the blade, and can be raised and lowered along the vertical direction to adapt to logs of different diameters. The blade is the direct executor of the rotary cutting operation, and its sharpness and angle have a significant impact on the rotary cutting effect.
Feeding and discharging device: The feeding device is used to feed logs into the rotary cutting machine, usually consisting of a conveyor belt or roller shaft. The discharge device is responsible for receiving the already spun thin plates and sending them out of the machine for subsequent processing.
Auxiliary devices: In addition to the main components mentioned above, the wood veneer rotary cutting machine is also equipped with a series of auxiliary devices, such as a card box, a pressure gauge frame, a feed transmission mechanism, etc. These devices work together to ensure the smooth progress of the rotary cutting process.
Wood veneer rotary cutting machine is a mechanical equipment with complex structure and complete functions. Its various components work together to complete the task of rotating and cutting logs into thin sheets, providing important technical support for the wood processing industry.
