At the Forefront of Hybrid Mid‑IR Laser Innovation

LobOptics Inc. is developing a next‑generation hybrid mid‑IR laser platform by integrating gas‑laser technology with advanced semiconductor manufacturing.

Technology & Applications

The development of laser‑based sources in the mid‑infrared spectrum region has unlocked unprecedented possibilities across:

  • Defense & Security
  • Healthcare & Biomedicine
  • Environment & Energy
  • Industry & Advanced Materials

Targeting high‑impact, high‑growth sectors—each driving demand for mid‑IR innovation.

This broad applicability is fueling a fast‑growing market—LobOptics Inc. is building the hybrid mid‑IR laser technology to power it.

Defense & Security

  • Homeland security & threat detection
  • Infrared countermeasures (IRCM)
  • Free‑space optical communication

Healthcare & Biomedicine

  • Biomedical diagnostics
  • Surgery & neurosurgery
  • Hyperspectral imaging

Environment & Energy

  • Spectroscopy & trace gas detection
  • Atmospheric science
  • Pollution & greenhouse‑gas monitoring
  • Combustion studies

Industry & Advanced Materials

  • Industrial process control
  • Organic material processing
  • Metamaterials research

About Us

LobOptics Inc. is developing a novel hybrid mid‑IR laser platform that bridges gas‑laser technology with semiconductor manufacturing and photonic integration.

This unique approach delivers a compact, scalable, wavelength‑tunable, and power‑scalable solution that overcomes the limitations of existing mid‑IR laser technologies.

  • Compact & scalable
  • Wavelength‑tunable
  • Power‑scalable
  • Cost‑effective

Team

Arin Abed

Arin Abed

Co‑Founder

Chief Operating Officer

Farzin Beygi Azar Aghbolagh

Farzin Beygi Azar Aghbolagh

Co‑Founder

Chief Technology Officer

Investors & Partners

LobOptics Inc. is an early‑stage startup. We are seeking financing and strategic partnerships
to accelerate technology maturation, manufacturing readiness, and early customer pilots.

Join our world‑class team

We’re building an outstanding team to develop a hybrid mid‑IR laser platform that addresses the
bottlenecks of current mid‑IR technologies. We welcome exceptional talent across core disciplines.