Countdown130days
2027.3.24-3.27 Shenzhen World Exhibition & Convention Center- 2026
- 2025
- 2024
- All
- Mainland China
- Taiwan China
- Hong Kong China
- Germany
- Japan
- United States
- South Korea
- Italy
- Switzerland
- Sweden
Fully seal water-cooled motor
Fully sealed water permanent magnet synchronous motor represents a significant advance in modern motor technology, which perfectly combines the high efficiency characteristics of permanent magnet synchronous motor with the hermetically sealed waterproof design. Excellent heat dissipation performance and power density are the most prominent advantages of fully sealed water-cooled permanent magnet synchronous motor. The cooling efficiency of the liquid cooling system is far higher than that of the air cooling mode, so that the motor can output more power in a smaller volume. Ultra-high energy efficiency and energy-saving characteristics are the most prominent advantages of fully sealed water permanent magnet synchronous motor. As the permanent magnet rotor is used to replace the electromagnetic excitation system of the traditional asynchronous motor, the copper loss of the rotor is eliminated, and the efficiency of this type of motor generally reaches 90% -98% (IE5 energy efficiency level). Extremely low noise levels and vibration control make water-cooled motors ideal for acoustically demanding environments. Due to the elimination of the main noise source of the cooling fan, the running noise of the hermetically sealed water-cooled motor is reduced by 10-20 dB on average compared with the air-cooled motor of the same class. Excellent environmental adaptability and protection capability enable hermetically sealed water-cooled motors to work reliably in all kinds of harsh conditions. These motors are typically rated IP65, IP68 or higher to protect against the ingress of dust, moisture and chemically aggressive substances.
Non-magnetic synchronous motor
1. Unique innovation, traditional stator mode, innovative rotor design, with dedicated synchronous reluctance controller. 2. Non-magnetic design, the whole machine has no permanent magnet, no power loss, simple and reliable. 3. Higher reliability to minimize operating costs. The temperature rise of the motor is lower, so that the service life of the motor is longer. 4. that control mode is more comprehensive. The motor can adopt position vector control and non-position vector control, which can not only realize precise control, but also realize fuzzy control. 5. The motor is fully controlled, the speed can be reduced to zero, the motor speed is fully controllable, and the functions of low speed and high torque can be better realized. 6. Suitable for most applications, non-magnetic synchronous motors can be used in any application where asynchronous motors are used, such as pumps, fans, compressors, extruders, conveyors and wire drawing machines. 7. Replacement and maintenance are simple. The size of IE non-magnetic synchronous motor is the same as that of asynchronous motor, and there is no need to make too many changes in installation, disassembly and maintenance. 8. Power, voltage, flange, shaft extension size can be customized to meet customer needs. 9. Extensive application scenarios: such as photovoltaic, semiconductor, new energy battery, chemical industry, food, medical treatment, etc.
Brushless DC motor
A brushless DC motor is an electric motor that is powered by a DC power supply, but commutated by a built-in electronic commutator instead of a mechanical brush. By accurately controlling the on-off sequence and direction of the current in the stator winding, the controller makes the stator generate a magnetic field that continuously "rotates" forward. The permanent magnet rotor continuously follows the rotating magnetic field in order to maintain alignment with the magnetic field (i.e., the N and S poles attract each other). Brushless DC motor has fast response, large starting torque, and the performance of providing rated torque from zero speed to rated speed. Brushless DC motor is widely used in automobile, tools, industrial control, automation, aerospace and so on.
Full-automatic hydrocarbon ultrasonic cleaning dryer
Equipment advantages: 1. Environment-friendly cleaning machine with zero emission; 2. Generally, the liquid contains a certain amount of air under normal pressure, and the liquid is blocked by air in the ultrasonic wave to affect the cleaning effect, while the degassing system solves the problem that the air in the liquid is separated from the liquid and removes the air in the slits, blind holes and pores on the workpiece, so that the liquid is cleaned by ultrasonic wave in an airless state, that is, in a degassed state, the effect is doubled, and the cleanliness is greatly improved; 3. Carbohydrate solvent and steam extracted from the vacuum tank and drying tank are frozen and recovered in the gas-liquid separator without gas emission, which is safe and reliable. Application scope of the equipment: micro motor, rotor, silicon steel sheet, steel, copper, iron, aluminum and other complex workpieces with different shapes and fine holes, blind holes, etc.
The robot cleans the dryer
Equipment features: ① 360 ° rotary positioner is equipped with a six-axis robot for fixed-point and fixed-hole spraying and drying, which can be used for high cleanliness and flexible cleaning of various workpieces: (2) advanced high-torque servo rotary positioning and robot precise hole setting are adopted to achieve cleaning and drying without dead angle; ③ Special machine design, can match a variety of workpiece cleaning and drying effect is better; ④ Equipped with oil-water separator, high and low liquid level detection system, high and low pressure detection system, condensation demisting system. Application: Used for cleaning and drying parts after CNC machining, such as automobile engine parts, gearbox parts, battery shell parts, precision hardware parts, etc.
Rotary spray cleaning dryer
Equipment features: 1. Integrated spraying system with fixed-point and fixed-hole spraying can ensure the high quality requirements of workpiece cleaning; 2. that dry part adopts an integral wat cutting system, a fixed-point water cutting system and a vacuum dry system to ensure the dryness of the product; 3. Equipped with oil-water separator, bag filter, advanced water treatment technology, extremely low emissions and fully meet the emission standards, and equipped with good demisting devices to eliminate the generation of water mist. Scope of application: Cleaning and drying of automobile valve body, pump body parts and air conditioning compressor parts
Leveling and feeding all-in-one machine
This exhibit is a high-precision two-in-one leveling and feeding machine (without uncoiling function), which integrates precise multi-roller leveling and servo feeding, and is suitable for automatic production lines equipped with independent uncoiling equipment or using pre-uncoiling materials; The equipment can efficiently eliminate the internal stress and wave deformation of the metal strip, ensure the flatness of the discharge, and achieve the feeding accuracy of ± 0.05mm through the high-response servo system. It is compact in structure and convenient to change the shape. It is widely used in stamping, shearing, laser cutting and other scenes with strict requirements for material flatness and feeding accuracy.
High-end numerical control high-precision flattening machine
Mahat's new generation of high-precision CNC flattening machine is designed for high-end sheet metal processing, integrating advanced multi-roller flattening technology and full digital control system to achieve a comprehensive upgrade from micron-level flatness control to intelligent process management. The equipment adopts high-rigidity integrated frame and precision adjustable leveling roller group to effectively eliminate the internal stress, warping and wave deformation of materials, and the leveling accuracy can reach ± 0.01 mm/m, which meets the stringent application requirements of automotive structural parts, new energy battery trays, precision electronic shells and so on. Equipped with industrial touch operation interface, it supports automatic storage of parameters, remote monitoring and fault self-diagnosis, with fast change and stable operation. Whether it is continuous production line integration or high value-added single piece production, Mahat high-precision CNC leveling machine is the core guarantee to improve material quality and manufacturing efficiency.
Hydraulic high-precision leveler (six-fold type)
Mahat hydraulic high-precision leveler (six-fold) adopts six-fold roller system precision layout, combined with high-response hydraulic screwdown system and closed-loop control technology, to achieve efficient stress release and ultra-flatness leveling of high-strength metal sheets. Through the cooperation of upper and lower working rolls and backup rolls, the equipment significantly improves the rigidity and leveling stability, effectively eliminates the warping, curling and residual stress of thick plates, and the leveling accuracy can reach ± 0.01mm/m, which is suitable for difficult-to-straighten materials such as 1.5-8.0mm thick cold-rolled steel, stainless steel and high-strength steel. The whole machine is equipped with intelligent numerical control system, which supports pressure self-adaptive adjustment, roll gap digital display setting and one-key type change function, with convenient operation and reliable operation. It is especially suitable for engineering machinery, rail transit, energy storage structural parts and other high-end manufacturing fields with high requirements for plate flatness and subsequent processing accuracy, and provides high-efficiency and high-consistency solutions for heavy plate pretreatment.
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Roller guide rail pair
Complete specifications: GZB25-GZB125, maximum single length of 6000mm, highest accuracy of 1 level, full specifications of batch supply High rigidity and heavy load: The roller with small elastic deformation is used as the rolling element, and the point contact is changed into line contact to realize ultra-high rigidity. The maximum bearing capacity of a single slider is 192 tons. Mature technology: It is the first to be successfully developed in China, with high reliability. In 2010, it won the Spring Swallow Award of China Machine Tool Industry Association. It has been equipped with more than 300,000 meters of medium and high-grade CNC machine tools at home and abroad (precision horizontal machining center, high-speed gantry machining center, fine five-oil linkage machining center, control gear loading machine, etc.) And various large-scale assemblies. Applications: Widely used in heavy machine tools, spinning machines, molding machines, automotive die-casting units and various types of heavy equipment
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Ball screw pair
Features: High transmission efficiency, transmission reversibility, long service life, good synchronization performance Full series: diameter φ8 ~ φ200 Heavy load: maximum capacity of 376 tons Length: single root can be up to 10 meters long, and the extension can be up to 19 meters. Applications: various industrial equipment, precision instruments, precision CNC machine tools, etc.
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Rolling spline pair
Product specification: φ16-φ250 Product features: High speed, high precision: rolling friction instead of sliding friction, flexible movement, low energy consumption, high movement speed, can be pre-tightened to eliminate the gap, high running precision High bearing capacity and long service life: the spline shaft and spline sleeve are made of high-quality alloy steel, the raceway hardness is above HRC58, the bearing capacity is high, the service life is long, the maximum static torque is 33 K Nm, and the maximum static load is 421.5K N Product application: semiconductor equipment, tire machinery, monocrystalline silicon furnace, medical rehabilitation equipment
Oil injection screw vacuum pump
Compared with other technologies, this series of vacuum pumps can save about 50% of energy consumption. It is one of the permanent magnet variable frequency screw vacuum pumps with the best energy efficiency performance on the market at present. In contrast, the mechanical equipment of oil-lubricated rotary vane pump, water ring pump and other technologies has low efficiency and high cost. In vacuum applications, approximately 90% of the electrical energy is converted to thermal energy. The integrated energy recovery system of all series of screw vacuum pumps can convert 75% of the electric energy input into heat energy without any impact on the equipment. Through the effective use of energy recovery system, you will save a lot of energy costs and get a high return on investment.
Dry oil-free screw vacuum pump
KLS series oil-free screw vacuum pump is a dry vacuum pump with advanced technology independently developed by our company. Because the screw vacuum pump does not need oil lubrication or water sealing, and the pump cavity is completely free of oil, the screw vacuum pump has incomparable advantages compared with the traditional water ring vacuum pump, the rotary vane vacuum pump, the rotary piston vacuum pump, the reciprocating vacuum pump and the water jet vacuum pump, and has the advantages of energy saving, emission reduction and low cost. Carbon environmental protection is a new trend in the development of vacuum industry. Suitable for packaging, papermaking, CNC, plastics, glass, leather, foam, printing and dyeing, PVC pipes, bottles, wood processing and meat packaging and other applications.
Oil-free screw blower
The oil-free screw blower is mainly composed of a chassis, a main machine, a motor, an air filter, a silencer, an oil pump, an oil tank, an oil filter and the like. Performance Advantages of Coles Oil-free Screw Blower High standard oil-free compressed air with oil content of grade 0; Lubricating oil is not involved in the compression process to ensure that the compressed air does not contain lubricating oil; Special seal design to prevent lubricating oil from entering the compression chamber; Motor frequency control, intelligent matching speed, to ensure stable exhaust pressure; The motor is controlled by permanent magnet frequency conversion to improve energy saving effect.
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