Low Energy Consumption Non-contact Laser Soldering System with CCD Coaxial Positioning

Low Energy Consumption Non-contact Laser Soldering System with CCD Coaxial Positioning

Description:

The product flows from the track into the welding station. After CCD photography, the tin wire drawing mechanism sends the tin wire to the site to be welded, and the laser laser tin completes the welding.

The technology makes possible automation where previously not practical.

Technology is evolving quickly. Mainstream is no longer applicable as evidenced by the emergence of ultrafine electronic circuit boards and multi-layered electrical components. Laser makes possible ultrafine area and other types of soldering that are difficult using tip soldering, which drives enormous advantages. Before adoption of new technology, read laser soldering method to understand differences from contact soldering method.

Specification:

Special Features:

1 .soldering product with lead or without lead, causing no pollution and saving tin for transiting tin with a certain quality No need to change tin wire

1. There is no need to add prefluxing, without full heating, low energy consumption, the perfect solution to surface warping problem.
2. Suitable for large and small size, less solder joints, solder joints are difficult to approach, the inner layer of high difficulty products.
3. Top delivery tin and bottom delivery tin two kinds of models, optional from top to top welding, no need to turn plate, solve labor cost and fixture complex problem.
4. Efficient heat application and solder supply enables stable soldering automation
5. It enables soldering in narrow confines on high-density board assembly.
6. High maintainability

Application

1. Widely used in aerospace, military industry, automotive electronic industry and other industries

2.Our extensive experience in systems introductions has let us establish application knowledge for laser soldering. We guarantee that customers can adopt these systems with confidence.

However, laser soldering is absolutely not just a replacement for contact soldering. It is important to distinguish the strong points of each and match them to the application

Future advances and developments of laser soldering

The most important characteristic of laser soldering is its non-contact soldering ability, and there is no contact at all with either the PCB or the component. There is no physical load placed on the PCB, only laser light and the solder supply. Laser’s great advantages are in its ability to efficiently apply pinpoint heat, to apply light to confined spaces where a tip cannot fit, and to handle tightly-spaced assemblies, by changing the light angle and taking other steps. Maintenance work can also be reduced.

Established in 2004, Chuangwei Electronic Equipment Manufactory is a professional manufacturer and exporter that is concerned with the design ,development and production of pcb depaneling machine, covering punching, routing, laser depaneling & v-groove cutting, hot bar soldering machine & other SMT equipments. We are located in Dongguan City with convenient transportation access.

Products are widely used in Automative electronic industry, Mobile industry, Computor industry, Power supply industry, Connector and cable industry, household appliances industry, LED lighting industry.

Covering an area of over 2000 square meters ,we now have over 45 employees,boast an annual sales figure that exceeds USD4000000 and currently export 45% of our production worldwide.

Our well-equipped facilities and excellent quality control throughout all stages of production enable us to guarantee total customer satisfaction. Beside,we have CE certificate for all equipments.

As a result of our high quality products and outstanding customer service ,we have gained a global sales network reaching Europe and America.

If you interested in any of our products or would like to discuss a custom order,please feel free to contact us ,We are looking forward to forming successful business relationships with new clients around the world in the near future.