Integrated Opto-Mechanical Assemblies: Ruggedized Optical Systems for Defense, Aerospace, and Harsh Environments

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.

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