Quadoa Explained: Thermal Analysis & Optimization

All optical systems are designed to operate under specific environmental conditions. Most often this is at standard temperature and pressure (20 C, 1 Atm). For systems that need to operate across a range of environmental conditions, it is important to account for this...

Quadoa Explained: Pickups and Solves

Designing optical systems frequently involves linking parameters or constraining them to achieve design specifications. These two tasks are implemented using what are commonly known as pickups and solves. Due to their importance in optical design, nearly all optical...

Quadoa Explained: Freeform Optics Capabilities

Freeform optics are a category of optical components whose unique shapes provide utility in a wide range of applications. They first began to be used in illumination applications in the 1990s and later in imaging applications in the late 2000s. They offer benefits...

Quadoa Explained: Multi-Sequential Raytracing

The term sequential raytracing is familiar to anyone experienced in the field of optical design. It describes the process of simulating light propagation by tracing rays from one surface to another in a predefined sequence. Originally this was done by hand using YNU...

A New Paradigm for Optical Design

With the advent of personal computers, nearly all engineering disciplines have benefited from computer-aided design (CAD) software; the field of optics is no exception. The optical design workflow has been revolutionized with programs capable of doing advanced...