Engineering the
Future of Human Vision.

AKESO develops advanced optical technologies, precision visual systems, and research-driven vision infrastructure — engineered from an ophthalmic understanding of the human eye.

Partner With AKESO Explore Technology
01 / DisciplinePrecision Optics
02 / DisciplineAi+ Visual Intelligence
03 / DisciplineXr+ Future Vision Platforms
SIGNAL ACTIVE · Ophthalmic model M-RX · 0.482 µm
02 — Platform What AKESO Builds

A research-led platform across optics, vision intelligence, and emerging visual systems.

P / 01 Optical Platform
METARX · LENS GEOMETRY · ISO

MetaRx™

The optical foundation of AKESO's technology stack — combining precision fabrication, advanced lens engineering, and next-generation visual system development.

  • Precision optical fabrication
  • Advanced lens systems
  • Nano-scale optical structures
  • Ophthalmic optical engineering
P / 02 Vision Intelligence
EYE TRACKING · GAZE FIELD · θ 0.4°

Ai+ Visual Intelligence

Eye-aware visual intelligence systems — focused on tracking, machine vision, diagnostics, and adaptive interaction between humans and visual interfaces.

  • Eye tracking systems
  • Machine vision
  • Camera-based diagnostics
  • Adaptive visual interfaces
P / 03 Future Vision
WAVEGUIDE STACK · n 1.7 · XR+

Xr+ Future Vision

Optical research supporting emerging immersive visual platforms — from waveguide systems and far-focus architectures to myopia prevention technology.

  • XR optical systems
  • Waveguide optics
  • Myopia prevention systems
  • Far-focus visual architectures
AKESO cleanroom facility Cleanroom · MetaRx™
Optical wafer Wafer · Optical substrate
Precision instrument Precision · Measurement
Built From the Eye Up
03 — Philosophy

Technology should
adapt to
human vision.

Most visual technologies are designed around hardware constraints. AKESO approaches the problem the other way.

By combining ophthalmic science, optical engineering, and precision research, AKESO develops technologies that align more naturally with how the human visual system actually functions.

Explore Technology Explore MetaRx™
P·01Human Vision ResearchFoundation
P·02Optical EngineeringActive
P·03Precision FabricationActive
P·04Future Visual SystemsR&D
04 — Research Areas Six Active Disciplines

Technical depth across optics, computation, manufacturing, and human vision.

R / 01Active

Advanced Optics

Precision lens systems, optical engineering, and nano-scale visual technologies.
R / 02Active

Computational Optics

Research into intelligent optical architectures and visual optimization systems.
R / 03Active

Precision Manufacturing

Advanced fabrication workflows and high-accuracy optical production systems.
R / 04Active

Vision Intelligence

Machine vision systems, eye tracking, and visual analysis technologies.
R / 05Active

XR Optical Infrastructure

Optical systems and visual architectures supporting future immersive platforms.
R / 06Active

Human Vision Systems

Research combining ophthalmology, optics, and human visual behavior.
05 — Capability Research-Led. Precision-Driven.

Research, engineering, and manufacturing operating as a single precision system.

AKESO cleanroom FRAME 01 · Optical fabrication F-1 / λ 540nm Precision-controlled environment
Technician Frame 02 · Substrate loading
Lens handling Frame 03 · Lens handling
Advanced Projects0+
Invention Patents0
Total Patents0+
Software Copyrights0
06 — Forward Position / Vision Becomes the New Computing Layer

The next
generation of
computing will
be visual.

Emerging technologies will increasingly depend on advanced visual systems — precision optics, intelligent interfaces, and human-aware display architectures. AKESO is building foundational technologies that support this transition.

Explore MetaRx™
/ 01Precision optical infrastructureActive
/ 02Human-aware visual systemsR&D
/ 03Immersive optical architecturesExploring
/ 04Visual computing substrateForward
AKESO Initiative · Micro-Fabrication

AKESO ntnb
Agile Fabrication
Foundry.

An interdisciplinary R&D tiger team dedicated to turning optical concepts into physical reality — from FDTD simulation to atomic-precision cleanroom fabrication. Specialising in metasurface optics, metalens, and AR/VR waveguides.

7-person cross-disciplinary unit — nanophotonics, computational physics, material science, cleanroom processes
Full-stack: FDTD simulation → layout design → EBL/Photolithography → etching → coating
Bridges the valley of death between academic papers and mass production prototypes
Explore ntnb View Capabilities
C / 01Metasurface OpticsMetalens, DOE, AR/VR waveguides
C / 02FDTD SimulationMaxwell's equations to physical design
C / 03EBL / PhotolithographySub-100nm patterning capability
C / 04Etching & CoatingDry etch, deposition, characterisation
C / 05Agile PrototypingFast turnaround, research-grade output
C / 06Design Rules (DRC)Open process specs, GDSII / STL submit
Beijing / Zhenjiang, China
/ Get In Touch

Collaborate with AKESO.

For enterprise partnerships, research collaborations, and advanced visual technology initiatives — we work with teams building the visual layer of what comes next.

Partner With AKESO Contact Research Team