Space and satellite
See farther.
Lightweight mirrors for Earth observation, space telescopes, and satellite payloads.
NASA
Scalable precision optics
Precision mirrors take time and skilled work to produce. We’re developing a process to shorten production cycles and increase throughput—bringing precision optics to scale.
Based in South Korea
01 / The component behind the system
A precise surface. A much bigger purpose.
Our manufacturing platform is focused on precision mirrors for space and advanced imaging. The first step is making the same demanding surface reliably, part after part.
- Planned mirror platform
- 20–40 cm
- Initial aspheric mirror focus
- 20–30 cm
What is an aspheric mirror?
Its surface departs from a simple sphere. That gives optical designers more control over where light goes. Making that particular shape accurately—and repeatedly—is the manufacturing challenge.
02 / The manufacturing challenge
Precision in every mirror. Consistency at scale.
Every mirror needs a precisely shaped surface and consistent optical quality. We’re connecting polishing, measurement, and correction to achieve that precision in less time, with a process designed for repeat production.
- Precisely controlled optical surfaces
- Consistent quality, mirror after mirror
- Shorter cycles. Higher throughput.
03 / Product Markets
Small differences. Mission-level consequences.
Defense
See with confidence.
Precision optics for surveillance, sighting, and infrared imaging.
U.S. Air Force/Patrick Boyle
Precision optics
Measure more precisely.
Specialized optics for ground telescopes, measurement instruments, and laser systems.
NASA/Chris Gunn
Semiconductor optics
Inspect at finer scales.
Inspection and lithography optics are a longer-term expansion area.
Rob Bulmahn · CC BY 2.0 · Cropped and resized
04 / The people behind the process
A new company. Deep optical roots.
Our team combines space-optics systems experience with three decades of aspheric fabrication—bringing design, manufacturing, and metrology together for precision at scale.
20+ years of space-optics experience
Optical systems, end to end.
Experience across design, fabrication, measurement, and alignment, with research leadership at Korea’s national astronomy institute and work in defense optics.
Three decades of aspheric fabrication
Deep roots in precision polishing.
The team brings experience in Zeeko’s polishing technology and NASA’s GALEX telescope optics, with research roots at UCL and Yonsei University.
05 / The AsphoriX technology
See how precision becomes repeatable.
Explore how we connect polishing, measurement, and correction—and how that process can grow from one manufacturing cell into a connected factory.
Explore our technology
Build what comes next
A clearer view of the opportunity.
Talk with us about the development plan, investment, or an optical component project.