Fully Automatic High Speed Circular Saw Machine: Efficient Sawing, Facilitating Production Upgrade
The industry's pain points are the difficulty in removing chips from traditional sawing equipment, low sawing efficiency, and concerns about electrical safety. Your problems often involve the cumbersome separation of the material head and tail after pipe sawing, and the insufficient accuracy of material feeding affecting subsequent processing. Our Fully Automatic High Speed Circular Saw Machine, with a slanted push design and a fully automated configuration as the core solution, can not only independently complete high-load pipe sawing but also connect with tapping machines, grinding machines, etc. After the raw material is roughly cut by the saw machine, it can further achieve high-precision sawing and automated processing, eliminating the need for manual intervention, significantly improving overall production efficiency, while ensuring stable sawing quality and meeting the requirements for batch pipe processing.
The core features of this equipment are distinct: The slanted push structure provides a large sawing force, significantly improving cutting efficiency; it is equipped with a spiral automatic chip removal device, which cleans the chips in real time and reduces the workload of manual work; the pipe sawing-specific air cooling pipe ensures continuous chip removal during the sawing process, guaranteeing the sawing effect; the electrical system uses well-known brands such as Mitsubishi and Schneider to meet the requirements of long-term sawing and ensure electrical safety; the low-energy consumption servo feeding motor responds promptly and feeds stably, improving sawing accuracy.
FAQ (Frequently Asked Questions)
Can this equipment form a continuous processing flow with tapping machine and grinding machine?
OK. After the equipment completes the high-precision cutting of the pipe materials, the cut workpieces can be directly transported to the tapping machine for tapping processing. Subsequently, they will be polished by the grinding machine without the need for manual transportation, forming a continuous automated processing line, which improves the overall production efficiency.
Does the automatic chip-disposal device of the equipment need to be cleaned and maintained regularly?
It needs simple maintenance. Although it is an automatic chip-disposal device, it is recommended to periodically check whether there are foreign objects stuck in the spiral chip-disposal device to ensure the smoothness of the chip-disposal channel and avoid the impact on the chip-disposal efficiency due to the accumulation of foreign objects. The maintenance operation is simple and no complex tools are required.
Will the cutting accuracy of the equipment decrease after long-term cutting?
No. The equipment is equipped with low-energy consumption servo feeding motors, which have strong feeding stability, and the key components are of reliable quality. As long as the operation is carried out according to the specifications, the cutting accuracy can still be maintained at a good level after long-term cutting, and there is no need for frequent adjustments.
If the equipment has an electrical fault, how is the after-sales service handled?
The after-sales service is well-established. The equipment's electrical components use well-known brands, with a low failure rate. If there is an electrical problem, you can contact the after-sales team. The technicians will first use remote guidance to identify the cause of the fault. If on-site repair is required, professional personnel will be promptly arranged to carry the compatible accessories to handle the issue, reducing downtime.
Tips
Before starting the equipment, it is recommended to check whether the air cooling pipes are unobstructed to ensure that the sawing process can spray air to remove chips normally, and to avoid chip adhesion that may affect the sawing quality.
When used in conjunction with other equipment, it is necessary to calibrate the workpiece conveying tracks between the equipment in advance to ensure smooth transfer of workpieces between different equipment and avoid damage to the workpieces or a decrease in processing accuracy due to track deviations.
