3 Axis Machining Center

Dongguan Jide Precision Machinery Technology Co., Ltd. is one of the most credible manufacturers and suppliers of 3 axis machining center in China. If you're going to wholesale high quality 3 axis machining center made in China, welcome to get quotation and free sample from our factory. All customized products are with high quality and competitive price.

 Machine characteristic

◆3 Axis Machining Center insall the three-axis adopts linear slide rail, which has high rigidity, high positioning accuracy, low noise, low friction characteristics, and can be used for rapid displacement (36m/min) and the best rounding accuracy;

◆The main structure castings are made of high-quality Meehanite cast iron, with stable organization and permanent quality assurance;

◆The castings are calculated and analyzed by computer based on finite element analysis. The reasonable structure strength and the matching of reinforcing ribs provide high mechanical rigidity;

◆The ultra-wide base and column are both box-shaped structures, the saddle is widened and lengthened, and the heavy load is fully supported. The structure is solid, which can ensure the heavy load capacity during processing;

◆The main shaft head is reinforced with bones and ribs, and the contact length ratio between the main shaft head and the column is appropriate to provide a stable support for the main shaft;

◆The machine is equipped with an anti-collision device, which can absorb the vibration caused by the collision caused by the worker's operation error, so as to minimize the damage of the collision and ensure the original accuracy;

◆The machine adopts Taiwan's high-precision, high-rigidity and high-precision spindle. The belt-type spindle has strong rigidity and high reliability, and the direct-coupled spindle is high-speed, high-efficiency, high-precision, low noise, and low vibration, which fully meets the needs of users;

Taiwan spindle, high-precision precision grinding table, ball bar circle detection accuracy

Scientific and rigorous production process is the key to ensuring product quality

3 Axis Machining Center real processing display. Good processing equipment guarantees good precision and refuses to accumulate errors，

How much energy is saved by ultra-efficient motors compared to ordinary motors

There is a considerable difference between the performance of ordinary motors and ultra-efficient motors. Improved design, materials and manufacturing technology enable energy-saving motors to complete more work per unit of electricity consumed. This article will introduce in detail how much energy-saving super-efficient motors compare to ordinary motors.

Because ultra-efficient motors are made of improved manufacturing technology and high-quality materials, they usually have a higher service factor, longer insulation and bearing life, lower waste heat output and less vibration, all of which improve reliability sex. Most motor manufacturers also offer longer warranty periods for their high-efficiency models.

From the perspective of energy saving and environmental protection, ultra-efficient motors are the current international trend. In the manufacturing industry, promote high-performance motors, eliminate low-efficiency motors, carry out energy-saving transformation of existing motor systems, promote, eliminate and energy-saving transformations, and increase the market share of ultra-efficient motors.

How much energy can be saved by ultra-efficient motors and ordinary motors

Compared with ordinary motors, the total power consumption of ultra-high-efficiency motors in the same time can be reduced by about 20%, and the energy saved is about 15%.

Ultra-efficient motors mainly consume copper and iron, but high-efficiency and energy-saving motors use new ferromagnetic materials instead of ordinary iron cores, and use special offline tools to increase the cross-sectional area of copper wires. At the same time, special offline tools are used, which can be effective The loss of copper, iron, and copper is reduced, and the manufacturing accuracy of the motor is significantly improved, so that the stray power consumption is also greatly reduced.

In addition, the manufacturing process and production process of the ultra-efficient motor adopt modern technology, in which the rotor core and the stator core are mainly made of high-quality electrical silicon steel sheets with high permeability and low loss, so that the ultra-efficient motor has less loss during operation , The power factor is higher and the loss is less. It has a long service life and high stability. At the same time, new materials and technology manufacturing also reduce the area and volume of the motor with high efficiency and energy saving.

How do high-efficiency motors save energy

Ultra-efficient refers to electrical equipment whose efficiency must meet the corresponding energy efficiency requirements. Ultra-efficient and perfect integration of new manufacturing processes and new materials. The parameter design of the electromagnetic coil of the motor can more effectively reduce the loss of electromagnetic energy, thermal energy engineering and mechanical energy, and increase the operating speed. The less heat generated by the ultra-efficient equipment, the longer the service life.

Ultra-efficient optimization measures to reduce loss: more effective materials, less copper and iron consumption. In order to better reduce the winding loss and core loss, it is necessary to appropriately reduce the current intensity and magnetic induction intensity, and correspondingly increase the wire section and the total length of the core. The outer diameter of some bases can be increased by punching plates. The corresponding increase in the number of effective substances.

Use higher quality magnetic materials to reduce iron consumption. Under the limitation of axial size and center height, the simple increase of effective materials cannot significantly reduce iron consumption. Therefore, low-loss cold-rolled silicon steel sheets should be selected, which is especially useful for medium and super high-efficiency specifications of medium and high performance. important.

Correctly detect the temperature of the ultra-efficient motor. Under the same material conditions, the temperature rise is related to the amount of material and mechanical loss. As the amount of cooling air increases, the temperature rise decreases. The mechanical loss increases. If the copper loss of the stator and rotor is greater than the mechanical loss, the efficiency will increase, otherwise the speed will decrease. Therefore, reasonable control of temperature rise and fall is the key to improving the efficiency of ultra-efficient motors.

The article mainly introduces the energy saving of super-efficient motors compared with ordinary motors. You can learn from the article that the total power consumption of super-efficient motors in the same time can be reduced by about 20% compared with ordinary motors, and the energy saved is about 15%. . Ultra-efficient motors mainly consume copper and iron, but high-efficiency and energy-saving motors use new ferromagnetic materials instead of ordinary iron cores, and use special offline tools to increase the cross-sectional area of copper wires. At the same time, special offline tools are used, which can be effective The loss of copper, iron, and copper is reduced, and the manufacturing accuracy of the motor is significantly improved, so that the stray power consumption is also greatly reduced.

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