Home      News       Do you really understand this DIP LED?…

News

Do you really understand this DIP LED?

Do you really understand this DIP LED? If you really want to know, what should we pay attention to when purchasing LED mounting machines? Today, the editor will take you to understand and introduce you. Let's take a look together!

The SMT machine consists of two parts: soft and hard, and the mechanical structure mainly includes the mechanical body, transmission structure, and pneumatic vacuum system; The software mainly includes operating system control cards and servo motor control system control cards. Today, the editor will introduce the technology of the SMT machine manufacturer.

The mechanical structure mainly includes the mechanical body, conveying system, conveyor belt and components, etc. Each part is equipped with representative, warning, flow, and power indicator lights, which include internal and external thermal noise reduction functions, temperature controllers, energy storage power supplies, fuses, braking resistors, etc.

Maintaining the machine will not cause any pollution to the environment and will not pose a threat to the level of danger. Safety is an important condition for ensuring the safety and reliability of machines.

Quality standard: Established as a Level 2 "Japan" Nichia "and" Japan Meihua SMT processing service for manufacturing precision adjustable visual positioning.

Japanese printing companies require serious scientific research personnel to manage scientifically and effectively. In terms of export level, due to high cost constraints or sluggish linear speed economy. In the supply of 1 3D "Italy", a two-stage printing has recently been designed, and the printing material must be adjusted to stereo visual positioning to restore the electronic nature of the light spectrum surface and prevent damage and bacteria.

The third process facility for printing involves stacking and depositing printed materials into carbon that is much higher than the pure C3 based 75 inches of tooling industry, resulting in the printing of nano ink and nano sheet arrays, and the printing of nano ink and nano particles. High performance color substrate has always been used in the production and manufacturing of printed displays. Due to the use of low-performance GaP based thermal conductive materials for printing, the internal content of alumina and nanomaterials is extremely high, and the device thickness is only acd-11 millimeters. Therefore, in order to improve printing efficiency and uniformity, it is necessary to use a large-sized organic material coating method to produce double-sided LED, with an exchange ratio of over 100% to the resistance group of LED.

In addition, compared to traditional printing fluorescent powder coating, materials with poor printing and conductivity are difficult to emit from the coating material level, and the need for long-term high-temperature drying can cause damage to the coating material, resulting in a significant reduction in the stickiness and lifespan of needle light.

The printing and curing process usually requires workers to manually re spray the printing material without cutting it again, which requires a large proportion of machines to bear the cost and lifespan.

UV curing machine is a high-energy UV curing light source, specifically designed to provide UV light sources for the curing equipment of UV curing machines. The product's fire prevention and curing control system, as well as the UV curing control system (chlorine UV LED) curing light source, allow high radiation and high-power UV light sources from mercury lamps.

The normal working current of the UV curing machine is 20mA, and the typical LED conduction voltage drop; The working voltage of the UV curing machine is 2V, and the radiation from the air has a negative impact on the human body. Some UV curing machines have low voltage requirements when working, which can cause excessive radiation and affect the safety protection of the human body and children.