-
How to Implement the Efficient Detection of the Surface
Basson's large FOV bi-telecentric lens has a FOV of 155mm, and can measure objects in one go. The accuracy of the lens is of the micron level, so the image won’t be blurred.
넶0 2024-12-18 -
Revolutionary Precision: BASSON’s Ultra-High Magnification Telecentric Lens
Under the ultra-high magnification telecentric lens of BASSON, the surface of the minuscule crystal can be observed with exceptional clarity.
넶0 2024-12-11 -
The Fine Polishing of Glass Lens Raw Material: Achieving Optical Perfection through Cold Processing
Although the lens may look smooth and round after fine grinding, its surface still contains a number of imperfections, such as scratches, pits, and other defects, that are not visible to the naked eye but are revealed under a microscope. These imperfections, however minor they may appear, can have a profound effect on the optical performance of the lens, making them unacceptable for most applications.
넶5 2024-11-11 -
The Precision of Lens Centering: Ensuring Clarity in Optical Systems
Centering a lens is a critical aspect of optical manufacturing, focused on achieving precise alignment between the lens surfaces and its optical axis. This process begins with the grinding of the lens's outer edge, which is meticulously shaped to meet specific installation dimensions.
넶7 2024-11-04 -
The Milling and Grinding of Optical Lens Raw Materials
The production of optical lenses is a meticulous and intricate process, pivotal in ensuring the efficacy of various optical devices such as cameras, microscopes, and telescopes. The performance of these lenses is crucially tied to their manufacturing, particularly the milling and grinding of their raw materials. This process is fundamental, as it directly influences the optical quality, efficiency, and overall application of the final product.
넶7 2024-10-28 -
Comparing the Performance Differences Between Liquid Lenses and Traditional Lenses
The advent of advanced optical technologies has led to significant innovations in the field of imaging, particularly in lens design. Among these innovations are liquid lenses, which have emerged as formidable alternatives to traditional glass lenses.
넶6 2024-10-21
