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Intelligent Optical Systems

AM-Adjacent EquipmentTorrance, CA, USAFounded 1998· One of 180 AM-Adjacent Equipment companies tracked by AMPulse

Develops laser ultrasonic and optical sensing systems for real-time, non-destructive inspection of additive manufactured metal parts, enabling in-line quality control and defect detection.

CEO / Founder
Reuben Sandler
Team Size
11-50
Stage
Established
Total Funding
$1.15M
Latest Round
Grant
Key Investors
U.S. Department of Energy

Technology & Products

Key Products

Laser Ultrasonic Inspection Systems; Apollo Water Sensor; Advanced Optical Sensing Platforms

Technological Advantage

Leverages decades of optical sensing expertise to provide non-contact, real-time inspection that can be integrated into AM machines, with a strong track record of government-funded R&D.

Differentiation

Value Proposition

Reduces scrap and rework in metal AM by providing real-time, non-contact defect detection, improving part quality and certification readiness.

How They Differentiate

Focus on laser ultrasonics for deep penetration inspection of metal parts, unlike surface-only methods, and a strong history of SBIR-funded development for aerospace applications.

Market & Competition

Target Customers

Aerospace manufacturers, NASA, defense contractors, and industrial OEMs requiring high-integrity metal AM components.

Industry Verticals

Aerospace; Defense; Automotive; Industrial

Competitors

Sigma Labs; ThermAvant Technologies

Growth & Milestones

Growth Metrics

POC became Intelligent Optical Systems, Inc. (IOS) (per Fitzpatrick Institute for Photonics program agenda); 2018 NCI SBIR: developing a sensor-integrated biopsy device for in-situ and real-time tissue analysis; NASA SBIR 2025-I: proposed multi-wavelength infrared cavity ring-down spectrometer (IR-CRDS)

Major Milestones

Received NASA SBIR awards for AM inspection; Partnered with Boeing on build process monitoring and NDE for 3D printing

Notable Customers

General Motors; Corning Corporation; Honeywell; Smiths Detection; NASA

Funding rounds

  • Grant$999,9822016-06Lead: U.S. Department of Energy · Source: Energy.gov
  • Grant$149,981Lead: U.S. Department of Energy · Source: Energy.gov