Aerospace

Advancing the exploration of space and aerial technologies

Advancing Space Through Precision Optics

Mission-critical filters powering aerospace innovation worldwide

Andover Corporation has been at the forefront of addressing unprecedented challenges in aerospace optics for over 40 years. As space exploration and satellite technology continue to evolve, we deliver cutting-edge solutions that revolutionize everything from Low Earth Orbit operations to deep space missions.

The aerospace industry faces increasingly complex optical demands:

  • Enhanced imaging capabilities for Earth observation and deep space exploration
  • Miniaturized optical components for the growing small satellite and CubeSat market
  • Radiation-resistant materials that ensure extended mission lifespans
  • Sophisticated spectral filtering solutions for climate science and atmospheric research
  • Unprecedented precision requirements for next-generation space telescopes

Our specialized coating technologies and custom solutions are optimized for the harshest space environments. Working across UV, visible, and IR wavelength ranges, we enable advanced:

  • Imaging systems
  • Navigation equipment
  • Communication arrays
  • Earth observation platforms
  • Space-based telescopes

From mission-critical space programs to breakthrough satellite innovations, our reputation is built on delivering precision optics that advance the boundaries of aerospace exploration. When performance cannot be compromised, Andover Corporation stands ready with unmatched optical solutions tested and proven in the harshest environments - from Low Earth Orbit to the depths of space.

Why Choose Andover for Astronomical Solutions

Excellence in space-grade optical solutions

Industry Leadership

  • 45+ years of experience in aerospace optics
  • AS9100 and ISO 9001 certified manufacturing
  • ITAR registered facility
  • Continuous innovation in coating technologies

Technical Excellence

  • State-of-the-art coating facilities
  • Advanced environmental testing capabilities
  • Custom engineering solutions
  • Comprehensive quality control systems

Aerospace Expertise

IR Optical Coatings Excellence

Andover offers specialized coatings for high performance in the infrared (IR) spectrum, focusing on the critical 3-5 micron and 8-12 micron regions essential for aerospace applications. Our solutions combine sophisticated coating technology with robust durability to meet the demanding requirements of space environments.

Technical Specifications
  • IR Coatings (3-5μm and 8-12μm spectral regions)
  • Temperature-stable IR coatings
  • Cryogenic-tested components
  • Radiation-hardened materials
  • Low outgassing compliance
  • Space-grade durability
  • Custom Wavelength ranges
Qualified Features
  • Radiation hardness for extended missions
  • Thermal stability across extreme temperatures
  • Low outgassing materials
  • Vibration and shock resistance
  • Vacuum compatibility
  • Extended lifetime reliability
  • Space qualified epoxy
airplane digital optics

Aerospace Featured Products

Space-Qualified Filters

Filters for Orbital Environments

LEO Applications

Optimized for 200-2000 km orbits

MEO Solutions

Designed for 2000-35,786 km altitudes

GEO Performance

Specialized for 35,786 km operations

Quality isn't just a metric

- it's our foundation.

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Customer Satisfaction Rate
Delivering Precision, On Schedule
0.90 %
Return Rate
Industry-leading quality
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Traceability
Complete documentation

Andover Insights & Innovations

Discovering new possibilities in optical filtering

A collection of red-tinted chalcogenide glass optics, including circular, square, and cylindrical components, sourced from SCHOTT North America. These infrared optical materials are used in advanced optical systems for defense, aerospace, and industrial applications. Chalcogenide glass provides superior infrared transmission and thermal stability, making it a valuable alternative to germanium for IR optics.

Chalcogenide Glass: Advancing Optical Innovation in Defense

In the world of optical engineering for defense applications, material selection plays a critical role in system performance, durability, and...
Maria Josefa Yzuel, a distinguished physicist, sits in a laboratory surrounded by optical instruments and precision optics setups. She is known for her contributions to optical physics, particularly in the fields of diffractive optics and polarization. Her work has advanced applications in imaging, optical filtering, and photonics. The background features shelves with scientific books and equipment, reflecting her extensive research and academic contributions to optical sciences.

Celebrating Women in Optics: María Josefa Yzuel

As part of Andover Corporation's ongoing celebration of women pioneers in optics, this blog shines a spotlight on María Josefa...
Forensic Blog

Optics in Forensics: Advancing Criminal Investigations

Forensic science has played a vital role in criminal investigations for thousands of years. From magnifying glasses used in early...

Contact Our Team

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