Phaseform develops adaptive optics systems that utilize advanced hardware and software to correct optical aberrations in real-time. Their technology enhances imaging quality across various applications, including life sciences, ophthalmology, and material science, by providing consistent focus and clarity in challenging environments.
Funding
Funding not disclosed
EAFounders
Product
Problem
Optical aberrations in imaging systems distort light, leading to blurred images and reduced resolution, particularly in complex environments or when imaging through heterogeneous media. Traditional methods of correcting these aberrations are often cumbersome, require manual adjustments, and are not adaptable to dynamic changes in the sample or environment.
Solution
Phaseform develops refractive adaptive optics (RAO) systems that utilize deformable mirrors and real-time control software to dynamically correct optical aberrations. Their technology enhances image quality by compensating for distortions caused by sample properties, instrument imperfections, or varying refractive indices. The RAO systems provide consistent focus and clarity, improving resolution and contrast in a variety of imaging applications. By automating aberration correction, Phaseform simplifies imaging workflows and enables researchers and engineers to obtain high-quality images in challenging conditions.
Target Audience
Phaseform's primary customers include researchers, engineers, and clinicians in fields such as life sciences, ophthalmology, material science, and AR/VR development who require high-resolution imaging in complex environments.
Features
- Deformable mirror technology for precise wavefront shaping and aberration correction
- Real-time control software for dynamic adjustment of the adaptive optics system
- Compatibility with various imaging modalities, including microscopy, ophthalmology, and material science
- Automated aberration correction algorithms for simplified operation
- Increased field-of-view, depth of focus, and sharpness in imaging applications
- Solutions for life science microscopy, vision science, material science, 3D printing, AR/VR headsets, and amateur astronomy