The Auto-alignment Platform emerged in response to various issues stemming from manual processes, such as high yield requirements, significant production speed increases, and the inability to achieve precision that personnel can't match. It is an indispensable product for industries with a high degree of automation in the future.
The current application of the alignment platform is primarily in industries with high-speed and high-precision requirements, such as wafer cutting and packaging inspection in the semiconductor industry, as well as exposure machines, screen printers, laminators, lamination machines, PCB board cutting, mobile phone manufacturing, LCD/LED panel manufacturing, and solar cell silver wire printing in the solar industry. These industries are merely pioneers for the alignment platform users. With the accelerating trend of automation, more industries will adopt this "automation equipment CPU"-like alignment platform in the future.
A positioning platform is a combination of two working objects achieved by using moving units in the XY direction with a微量θ-angle转向.
Its method is
XYθ Alignment Platform: This is a setup consisting of a series of X and Y-oriented modules stacked together, with a rotating mechanism placed on top, forming an XYθ alignment platform. Generally, its accuracy is relatively low.
2. The UVW Alignment Platform: This is formed by stacking two X electric modules and one Y-direction electric module, with an electric rotating mechanism installed on top, creating a UVW alignment platform with higher precision than the previous version.
The XXY Alignment Platform: This consists of two X-axis electric modules, one Y-axis electric module, and one free-axis module to form the XXY alignment platform. It can utilize a turntable installed in the axis module, allowing for a minute rotation of the θ angle as the XXY axes move simultaneously, offering high precision.
The XXYY Alignment Platform: As the name implies, it consists of two electric modules along the X-axis and two electric modules along the Y-axis, forming the XXYY alignment platform. It boasts high precision, alignment speed, and rigidity, which are relatively superior to other products in the previous series, and it also presents a higher level of manufacturing complexity.
The automatic alignment platform originated in Germany and utilizes a method involving pin needles to activate magnetic switches.Rame allows the stationary glass to be combined with the lower frame. In Japan, it was renamed to the UVW platform named after the three electrical axes UVW. Engineers then scaled it down, significantly reducing its height, and combined it to form the commonly seen XXY alignment platform. The original magnetic switch has evolved into a monolithic module assembled with guides or even cross guides, and into a high-precision alignment platform powered by three-axis or even four-axis motors.
If you might need technology for machine vision auto-alignment in your industrial production line, why not talk to UnionTech?
