E39-L94

The E39-L94 application field is mainly in the manufacturing process of automotive accessories, particularly for non-contact measurement and control of extremely thin, imprecise, and fragile parts. These parts could be found in automobiles, motorcycles, automotive headlights, and other automotive parts and accessories, such as door handles and hand grips. The E39-L94 solution is also used to measure such deformations as neck angles, intersections, and arc lengths, as well as abnormal angles generated from the extrusion process. In addition, as electrical vehicles become more common, this measurement technologies can used for EV components’ measurement, hence improving the efficiency in the manufacturing process and enhancing the precision and repeatability of the parts produced.

The E39-L94 utilizes a non-contact, 2D digital light processing (DLP)ting system, which includes a laser source, an illumination lens, an image capturing lens, and a 2D sensor. When exposed to the laser source, the illumination lens disperses the narrow laser beam in order to cover the entire detect angel (including the vertical and the horizontal angle), enabling the system to accurately detect all the deformations of the parts. Then, the detector lens captures the reflected laser image back through a digital light processing technique, and sends the data to the 2D sensor. Finally, the 2D sensor takes the information, and converts it into electric signals for analysis.

The E39-L94 solution has several advantages that make it the preferred choice for automotive manufacturing. Its non-contact nature eliminates the need for contact and eliminates the worry of tools wearing out in time. Secondly, it offers great precision and allows for repeatable measurements regardless of the external conditions, as it could ignore noise from the assembly line. Finally, it is light weight and relatively portable, which enables the system to be used in multiple measuring stations.

The E39-L94 solution is a powerful tool to enhance the accuracy and efficiency of automotive parts’ manufacturing processes. It offers precision and repeatability while being non-contact and portable. These features made this technology a preferred choice, especially in the field of manufacturing automotive parts and accessories. Thanks to the E39-L94, manufacturers can significantly reduce the manufacturing costs and time while ensuring accuracy and precision.