Spot Series Ultrasonic Metal Welding Machine For No Ferrous Metal Plate

Spot Series Ultrasonic Metal Welding Machine For No Ferrous Metal Plate 2030D

Description:

Altrasonic ultrasonic spot welder are suitable for instant welding of Non-ferrous metal plate, thin stick, trace, folio, belt, wire etc, which are made of cooper, aluminum, tin, nickel, gold, silver. It is widely used for welding process of car metal components, hardware products, batteries, electronics, solar products, mechanical products etc. For example: for NI-MH battery; for lithium battery and polymer battery; welding between wires and electronic components, terminal, connector etc.

Ultrasonic spot welding is where plastics are subjected to binding at certain points without the need of a specific joint design.It is commonly used to apply sturdy structural welding points in multiple parts, such as extruded sheets or plastic parts of complex shapes.

Specification

Advantages:

Spot welding is typically used when welding particular types of sheet metal, welded wire mesh or wire mesh. Thicker stock is more difficult to spot weld because the heat flows into the surrounding metal more easily. Spot welding can be easily identified on many sheet metal goods, such as metal buckets.

1. Easy to operate;including electronic protection circuit for safety.

2. Power up to 5000w; no treatment needed before welding

3. Unique structural design, welding tip can be changed easily.

4. Advanced ultrasonic control unit with micro-processor to achieve the best welding performance

5. Ultrasonic welding process with high effective, less pollution and saving energy.

6. Global outsourcing for components, ensuring a stable operation of the equipment.

what is the difference between Ultrasonic metal welding machine and ultrasonic plastic welding machine ?

Firstly, the way of working is not the same. Generally, the vibration direction of the welding head in the ultrasonic plastic welding is perpendicular to the welding position. In the ultrasonic metal welding machine, the vibration direction of the welding head is parallel to the welding position. In some special cases, plastic welding can also be used in parallel directions, such as thinner plastic parts.

High power capacity, stable ultrasonic generator:

The first requirement for a stable ultrasonic generator is frequency automatic tracking. Frequency automatic tracking can ensure that the transducer system can work in resonance, that is, the welding head amplitude is maximized. The use of frequency automatic tracking technology, the replacement of molds and work without the need for FM, is the basic requirements for metal welding. A device with manually adjustable frequency adjustable inductance can basically meet the requirements.

Secondly, due to the application of metal welding machines to welding metals, higher requirements are placed on ultrasonic welding technology. Compared to ordinary plastic welding, the requirements for power capacity, power density, stability, and automatic control are not the same. level. Domestic ultrasonic plastic welding generators are basically self-excited circuits, typically represented by full-bridge circuits and half-bridge circuits commonly used in Taiwanese machines. The distinctive feature is a tuned inductor. If the existing mature technology for plastic welding is directly transferred to metal welding, its technical innateness will lead to unstable use of the product; its only advantage is that the price is cheap, but for the high requirements of the metal welding itself, This advantage is very pale.

The stable ultrasonic generator also requires: constant amplitude function and amplitude stepless adjustment. Constant amplitude function, which can ensure the consistency of welding, is the key to stable production; stepless adjustment of the amplitude is the basic to ensure the use of equipment, such as the ability to weld copper and weld aluminum materials on the same equipment through parameter adjustment.

High power capacity: Metal welding machines require high energy density relative to plastic welding machines and must have relatively high power capacity. For example, a 20 kHz machine requires basically more than 3000 W of power capacity. Many companies often have false claims for power capacity, so we only need to compare them with the plastic welding machines they do, because plastic welding machines are too high to be believed.

1. High-quality welding heads: Metal welding, as an industrial application, inevitably requires a long-life welding head.

2. High-quality control system: It has three basic control modes: welding energy, time, and altitude. A variety of quality control software meets different requirements.

3. Metal welding machines use high-quality transducers such as 20kHz transducers that must be able to withstand more than 3kw of load for long periods of time. Many companies' transducers use ordinary plastic welding transducers and are difficult to distinguish in appearance. This is irresponsible.