Opto-Mechanical Solutions

Integrated Optical Assembly for Defense & Aerospace Systems

Optical performance does not end with coatings. True reliability depends on mechanical integration, alignment stability, and structural durability.

Optex Systems delivers fully integrated opto-mechanical assemblies engineered for defense, aerospace, and industrial applications.

Core Assembly Capabilities

  • Glass-to-glass bonding
  • Glass-to-metal bonding
  • Precision mechanical alignment
  • Optical alignment and calibration
  • Eyepiece assemblies
  • Objective lens sets
  • Internal focus units
  • Laser Filter Unit (LFU) integration

These capabilities ensure optical systems maintain performance under:

  • Shock
  • Vibration
  • Thermal cycling
  • Field deployment conditions

Laser Filter Units (LFUs)

Optex has fielded over 1 million laser filter units globally.

LFUs are designed for external integration on weapon sights and spotting scopes and are available in configurations ranging from 24mm to 60mm.

These systems protect:

  • Human vision
  • CMOS/CCD sensors
  • Night vision devices
  • Thermal optics

Recent production programs include major U.S. defense initiatives, reinforcing Optex’s role as a critical supplier within the defense ecosystem.

Military Optical Systems & Binoculars

Optex serves as prime contractor for:

  • M22 (7x50) binocular systems
  • M24 (7x28) binocular systems

With over 300,000 units fielded since 2002, these systems demonstrate the company’s expertise in ruggedized optical integration.

Vertical Integration as a Competitive Advantage

Unlike companies that outsource coating or mechanical assembly, Optex performs:

  • Thin-film coating
  • Optical bonding
  • Mechanical integration
  • Final assembly

under one roof in Texas.

This ensures:

  • Controlled tolerances
  • Reduced program risk
  • Faster production transitions
  • Long-term sustainment support

Opto-mechanical engineering at Optex bridges the gap between optical science and battlefield-ready hardware.

Specifications

Engineering tomorrow’s security