The Lingke L3000 Standard Ultrasonic Plastic Welding Machine is a top-of-the-line product manufactured by Lingke Automation Technology (zhuhai) Co. Ltd. With its exceptional quality and advanced features, this welding machine is an ideal choice for businesses in need of reliable and efficient plastic welding solutions.

As a leading manufacturer and exporter, Lingke Automation Technology (zhuhai) Co. Ltd takes pride in offering the L3000 Standard Ultrasonic Plastic Welding Machine. This product is designed to meet the highest standards of performance and durability, making it suitable for various industrial applications.

The L3000 Standard Ultrasonic Plastic Welding Machine is a product of superior craftsmanship. It boasts a sturdy construction and a sleek design, making it not only highly functional but also visually appealing. With its compact size of 6504001400mm, it can fit seamlessly into different work environments.

Equipped with a powerful 2600W motor, the L3000 Standard Ultrasonic Plastic Welding Machine delivers excellent welding performance. Its input voltage of AC220V ensures compatibility with standard power sources. The machine offers a horn journey of 75mm and a machine journey of 275-455mm, providing flexibility for various welding tasks.

With a welding time range of 0.01-9.99s and an adjustable air pressure of 1-7 bar, the L3000 Standard Ultrasonic Plastic Welding Machine allows users to achieve precise and efficient welding results. Its welding capacity of up to 220mm in diameter enables the welding of various plastic components with ease.

Safety and user-friendliness are essential features of the L3000 Standard Ultrasonic Plastic Welding Machine. The equipment includes current overload protection, ensuring secure operation and preventing any damage caused by power surges. Its easy operation and horizontal positioning capability make it suitable for different workpiece orientations.

The L3000 Standard Ultrasonic Plastic Welding Machine finds extensive applications in industries such as automotive, electronics, medical, household appliances, packaging, and more. Its versatility and reliable performance make it an indispensable tool for achieving high-quality welds in a wide range of plastic materials.

Product Description
Lingke Ultrasonic Plastic Welding Machine
Type L3000 standard
Frequency 20kHz
Power 2600w
Input voltage AC220V
Horn journey 75mm
Machine journey 275-455mm
welding time 0.01-9.99s
Air pressure 1-7 bar
welding capacity dia 220mm
size 650*400*1400mm
weight 84.5kg

Feature
We has developed a lowcost welding machine which offers you an economic choice for welding, fusing and vibration packing. It can be positioned horizontally to hand special workpieces, and it boats surge protection and other features which make it ideal for use in automated production layouts, yielding results that are high in quality. The application in foreign investment enterprise.

The features of the welding equipment from China:
1. Dove-tail main column, no deflection during stroke movement.
2. Welding, Staking, Fear of falling, Inserti-on of metal pieces.
3. Horizontal plate have four srews, easy to adjust the mould.
4. Current overload protection, With the automated system, fast delivery.
5. The application in foreign investment enterprise.
6. Easy operation.

Application fields:(ultrasonic machine )
Widely used in the automotive industry, electronic industry, medical industry, household appliances, woven apparel, office supplies, packaging industry, toy industry and so on.

Welding of Plastic Using Ultrasonic
Ultrasonic welding of plastic materials creates a molecular bond within the weld seam. Longitudinal vibrations in frequencies of 20 kHz, 30 kHz, and 35 kHz with tool amplitudes between 5 µm and 50 µm are introduced into the plastic materials under the action of force. Ultrasonic vibrations are focused by means of special design of the components or tools. This specific geometry within a component is referred to as energy director. The contact points in the joining area are actively molded by means of energy input to achieve elastic deformation. Friction occurring between the contact surfaces and within the molecule chains generates heat that causes the material to melt.