What types of wood are suitable for processing with a cardless veneer rotary cutting machine
The cardless veneer rotary cutting machine, with its characteristics of no need for chuck fixation and more uniform wood stress, has a wider range of adaptability to wood than traditional equipment, especially when dealing with wood that is difficult to fix with chucks or has special specifications. The specific types of wood suitable for processing can be divided into the following categories:
From the perspective of wood diameter, it can not only efficiently process conventional diameter logs (usually 15-40 centimeters in diameter, such as common poplar and pine wood), but also excels in processing small diameter logs (8-15 centimeters in diameter) that are difficult to adapt to traditional rotary cutting machines. Due to their small diameter, this type of wood is difficult to stably grip with a chuck. The cardless design uses roller conveyors and supports to easily achieve rotary cutting, greatly improving the utilization rate of small-diameter wood and reducing resource waste.
From the dimension of wood length, for short wood segments (usually 60-120 centimeters in length), the cardless veneer rotary cutting machine does not rely on the chuck to fix the two ends of the wood, and can complete the processing through a continuous conveying structure, solving the problem of unstable processing caused by insufficient clamping force of short wood segments in traditional equipment. It is suitable for processing short materials generated in wood processing and achieving "turning waste into treasure".
In terms of wood material, it has good adaptability to both soft and medium hard wood. Soft woods such as poplar and fir have a relatively soft texture and are prone to deformation. The uniform force of non stick rotary cutting can reduce wood cracking and ensure the flatness of the veneer; Medium hard woods such as birch and oak have moderate hardness, and the stable feed system of the cardless equipment can achieve continuous rotary cutting, balancing efficiency and veneer quality. However, for hard woods with extremely high hardness (such as rosewood and sandalwood), careful selection should be made based on equipment power and tool configuration to avoid affecting equipment life or processing efficiency due to excessive load.
