1. Gantry structure design High stability:
The gantry frame structure is composed of upper and lower beams and columns to form a stable rigid structure. This structure can provide good support and stability when cutting larger or heavier wood, reduce the vibration of the machine during cutting, and ensure the accuracy and straightness of cutting. Strong adaptability: The gantry structure gives the machine a large cutting space, which can adapt to the cutting needs of wood of different sizes and shapes, and can effectively cut long wood or large logs.
2. Band saw system High cutting efficiency:
Equipped with a large saw belt, the saw belt usually has a high linear speed (generally 15 to 30 meters per second), which can quickly cut wood, greatly improve production efficiency, and is suitable for large-scale wood processing enterprises. High cutting accuracy: The saw belt is installed on the upper and lower drive wheels and the tensioning wheel. Through precise tensioning and guiding devices, the stability and straightness of the saw belt during operation are ensured, thereby achieving high-precision cutting, and the cutting error is usually controlled within ±1 mm. Long life of saw band: The saw band made of high-quality alloy steel has good wear resistance and toughness, and can remain sharp during long-term high-speed cutting, which prolongs the service life of the saw band, reduces the frequency of replacing the saw band, and reduces production costs.
3. Convenience of movement Equipped with wheels:
The bottom of the machine is equipped with wheels, which is convenient for moving and adjusting the position in the workplace, and convenient for operators to flexibly arrange the machine according to actual processing needs and improve work efficiency.