1. The main components of the equipment
The high-speed metal circular sawing machine is mainly composed of the machine bed, the power head part, the feed system, the automatic feeding device, the clamping device, the distributing device, the hydraulic system, the electrical system, the spray cooling system, the automatic lubrication system, and the chain plate chip conveyor. , Cutting fluid cooling device, saw blade cleaning device, etc.

2.1. Machine bed: The whole bed is made of high-quality and high-strength material casting. It is a key component of machine tool equipment. It has the characteristics of good overall rigidity, high strength, impact resistance, small deformation, and outstanding shock absorption performance, which can significantly improve the machine tool. The overall rigidity and cutting stability and reliability of the machine tool.

2.2. Power head part: The gear box body is integrally cast with high-quality, high-strength special materials, with high strength and impact resistance. The transmission gear made of high-performance gear material undergoes special heat treatment and precise grinding. At the same time, the gear anti-backlash mechanism is adopted to realize zero-backlash transmission, ensuring smooth transmission and average service life of the saw blade, and high transmission efficiency. All bearings adopt imported high-precision and high-strength bearings, so that the entire gearbox has low noise, stable operation and reliable transmission performance. The adoption of the unique optimized saw blade stabilization system can greatly improve the rigidity of the clamping circular saw blade, and more effectively reduce the vibration and deflection of the saw blade, so that the service life of the saw blade is greatly improved. The accuracy is reliably guaranteed.

2.3. Feeding system: The high-precision ball screw and gear box are driven by a servo motor to perform a 30-degree oblique feed, which can cut off the clamped work-piece with high precision and speed. The oblique feed device adopts high-rigidity roller-shaped linear guide, and the swing arm type feed device adopts the sliding fit method of the optical axis and the copper sleeve. Therefore, the former shows stronger load-bearing capacity and resists deformation during the entire sawing process than the latter. And good impact conditions, long service life and other advantages.

2.4. The automatic feeding adopts the advanced feeding method of servo motor + high-precision ball screw. The linear guide rail and the new vise local deflection method replace the overall deflection method of the original feeding device, which effectively improves the stability and efficiency of the feeding process. Performance, reliability, and automatic feeding accuracy.

2.5. Clamping device: It is composed of a single level and a set of clamping devices for the upper clamp. Among them, the front and rear two sets of devices can be clamped and loosened at the same time, which more effectively ensures the reliability of clamping and the stability of the sawing process.

2.6. Material separation device: It can facilitate the collection and processing of the material head and material tail, and automatically realize the separation and placement of the head and tail from the finished product.

2.7. Hydraulic system: It is composed of independent oil tanks, concentrated blocks, hydraulic pumps, hydraulic components, executive components, etc., all of which are internationally renowned brands, with low failure rate, reliable performance, and stable and reliable implementation of various program actions.

2.8. Electrical system: It is composed of Japan’s Mitsubishi PLC control system, electrical cabinets, button switches, motors, contactors, relays, heat ex-changers, switches and auxiliary components. The machine tool can realize the whole process of numerical control, that is, except for the manual arrangement of the material racks in rows, the processing from the start of the automatic material transfer to the completion of the sawing, including the processing of the material head and the material tail, is automatically completed by the sawing line. The degree of automation is high, and various safety protection devices can ensure the safe and stable operation of the entire sawing line.

2.9. Alarm system: When a situation occurs in the system, the system emits a flashing alarm, waiting for the confirmation of the operator, and can notify the maintenance personnel for maintenance in time. When the following situations occur, the system sends out an alarm signal: hydraulic failure alarm, spray cooling system failure alarm, air pressure system failure alarm, no material to be cut, and shutdown after 3 minutes.

2.10. Spray cooling system: This system uses environmentally-friendly cutting oil for precise measurement of micro-lubrication. The well-designed nozzle sprays high-efficiency cutting oil on the saw teeth to reduce the generation of cutting heat. At the same time, the nozzle sprays high-efficiency cutting oil on both sides of the saw blade for lubrication, which can improve production efficiency, reduce production costs, and prevent environmental pollution. Improve the cutting quality and extend the service life of the saw blade.

2.11. Automatic lubrication system, which can regularly and quantitatively inject lubricating oil on parts such as screw guide rails.

2.12.Feeding rack (standard): materials must be pr-arranged and placed on the rack manually. The Cluster feeding rack can be as option which with the hydraulic lifting system. The cluster feeding rack can lift the material from the place where it is placed and move it to the feeding position automatically.

2.13 Automatic chip removal system(standard): The equipment is equipped with a chain plate type chip removal machine as standard, with two chip removal modes for continuous and intermittent operation, with forward and reverse rotation control.

2.14. Other configuration instructions:
1) The working area is equipped with waterproof and dust-proof LED lighting, which is suitable for night work;
The machine tool is equipped with three-color warning lights, indicating that the program is running in green, orange when the work cycle is completed, and the fault alarm status is red.