OSLO is a powerful, user-friendly optical design program. It enables designers to create manufacturable optical systems (refractive, reflective, diffractive, aspheric, freeform) by defining and constraining designs with its open architecture. Renowned for superior raytracing, analysis, and accurate physics modeling, OSLO is a trusted tool for complex optical imaging design and verification.
Utilize OSLO’s large libraries of materials, catalog lenses, and starting designs, including materials data from all major glass suppliers and over 1,000 starting designs.
OSLO’s open-source UI allows users to add their own functions for analysis or design.
OLSO features error function generators, Damped-Least-Squares, Lagrange-multiplier boundary constraints, Powell’s method, Simplex method, Global Explorer, ASA, and more.
OLSO describes tilted and decentered surfaces properly – no need for extra dummy surfaces in either local or global coordinates. Features a command mode for fast data entry.
OSLO’s complete, powerful C-like programming language, CCL, affords users exceptional speeds of operation.
We engineer high-precision optical systems for terrestrial and space applications, enabling successful magnified viewing of distant objects. By optimizing sensors and eye-based devices for pointing and measurement, we deliver clear, accurate results across all environments.