Multi Station Ultrasonic Welder
Jiayuanda H40S multi-station welding machine series consists of a new generation of digital ultrasonic generators and high-Q ultrasonic transducers. The 4.3-inch HMI man-machine interactive interface realizes visual operation and control; 4/6/8 stations are added for optional, automatic grabbing; welding speed is faster; the addition of a horizontal control system meets most on-site welding needs. Always maintain high-efficiency, easy-to-use, stable and economical product features, which are widely trusted by the market....
Our company's multi station ultrasonic welder uses a transistor device as a welding device, which can convert electric frequency electric energy into high-frequency electric energy and supply it to the converter. The converter of ultrasonic welder with rotary table converts the electric energy into the mechanical vibration energy of ultrasonic, and the voltage regulating device is responsible for transmitting the transformed mechanical energy to the welding head of ultrasonic welding machine. Welding head is an acoustic device that transmits mechanical vibration energy directly to the products to be pressed. The vibration is transmitted to the bonding surface through the welding workpiece. The vibration friction generates heat energy to melt the plastic. The vibration will stop when the molten material reaches its interface.
Product Parameter
Products | H40S series Multi Station Ultrasonic Welder | ||||||||
working frequency | 15KHZ | 15KHZ | 15KHZ | 20KHZ | 20KHZ | 28KHZ | 30KHZ | 35KHZ | 40KHZ |
Working power | 4200W | 3200W | 2600W | 3000W | 2500W | 1200W | 1200W | 1200W | 800W |
Working voltage/gas source | 220V±10% / 0.2～0.7Mpa | ||||||||
Welding stroke | 100MM | 75MM | 75MM | 75MM | 75MM | 75MM | 75MM | 75MM | 75MM |
Dimensions mm | 750*900*1900 | 650*750*1880 | 390*630*1050 | 650*750*1880 | 390*630*1050 | ||||
Net weight | ≤260KG | ≤150KG | ≤85KG | ≤150KG | ≤85KG | ||||
Operation interface | 4.3 inch touch screen | ||||||||
Product feature and application
Energy saving can be realized with only a small power;
There is no need to be equipped with ventilation device for smoke dispersion and heat dissipation;
No welding accessories are required during welding, with low cost and high efficiency;
No water leakage, no air leakage, gas tight welding, high quality;
Easy to realize automatic production;
Fast and accurate, most ultrasonic welding can be completed in 0.1-0.5 seconds;
Stable quality, mechanized production, stable and reliable product quality.
FAQ
What are the common welding of multi station ultrasonic welder ?
Spot welding of double ultrasonic vibration system: the vibration directions of the upper and lower vibration systems are perpendicular to each other. During welding, they are subject to direct and orthogonal vibration. The double ultrasonic vibration system is mostly used for the welding of integrated circuits and transistor thin wires. Although the welding method is basically the same as spot welding, the multi station ultrasonic welder is complex and requires high control accuracy of the equipment, so as to realize high-quality and high reliability welding of the welding joint.
Ultrasonic butt welding ultrasonic butt welding is mainly used for metal butt welding, which is a new method developed in recent years. The welding equipment is composed of upper and lower vibration systems, hydraulic source providing contact pressure and weldment clamping device. One end of the left weldment is fixed by a clamp, and the other end is clamped between the upper and lower vibration systems for ultrasonic vibration; The end face of the right weldment is connected with the left end face and clamped by the fixture, and the contact pressure is added to the right weldment. When welding, the two weldments can be welded together at the end face under the action of ultrasonic vibration.
Spot welding is the most widely used welding form. According to the transmission mode of vibration energy, it can be divided into single side type, parallel side type and vertical side type. According to the vibration direction of the upper pole, the vibration system can also be divided into longitudinal vibration system, bending vibration system and light bending vibration system between them.
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