Key Takeaways Reverse Optical Engineering is pivotal for recreating or enhancing optical components, especially when original designs are unavailable or are in need of improvement. This case study showcases the necessary steps in lens reverse engineering, from customer collaboration and sample testing to optical path simulation and final lens assembly. Using advanced tools and iterative […]
The reverse optical engineering process includes understanding the lens’s use, disassembly, data recording, and deriving new designs.
Key Takeaways Specializing in custom optics, Avantier employs Reverse Optical Engineering (Reverse Engineering) and advanced Manufacturing Capabilities. Non-destructive testing captures precise measurements of test samples. Processed data transforms into high-quality CAD models for analysis and optimization. Strict quality control ensures the accurate replication of components with a focus on meeting specific requirements. Advantages of Reverse […]
An optical drawing is a detailed plan that allows us to manufacture optical components according to a design and given specifications. When optical designers and engineers come up with a design, they condense it in an optical drawing that can be understood by manufacturers anywhere. ISO 10110 is the most popular standard for optical drawing. […]
For storage and transmission of large image files it is desirable to reduce the file size. For consumer-grade images this is achieved by lossy image compression when image details not very noticeable to humans are discarded. However, for scientific images discarding any image details may not be acceptable. Still, all the images, except completely random […]
At Avantier, we are our proud of our track history in assisting customers to solve problems using reverse optical engineering. Here are three case studies. Case Study 1: Reverse Engineering an OFS 20x APO Objective Lens for Bioresearch Genetic engineering requires using precision optics to view and edit the genomes of plants or animals. One […]
