Semiconductor & Advanced Manufacturing

Powering next-generation process innovation

Where Light Meets Leading-Edge Manufacturing

Optical precision driving semiconductor innovation

Our specialized optical technologies and custom solutions are optimized for critical semiconductor applications. Working across DUV, visible, and IR wavelength ranges, we enable advanced:

  • Photolithography systems
  • Wafer inspection and metrology
  • Plasma process monitoring
  • Ion beam alignment
  • Laser annealing
  • Defect detection
  • Photomask verification
  • Overlay measurement

From research and development to high-volume manufacturing, our reputation is built on advancing semiconductor fabrication through precision optics. Andover Corporation delivers everything essential for modern semiconductor processing - from high-damage-threshold coatings and ultra-narrow bandpass filters to specialized dichroic beamsplitters and deep-UV optical systems. Our durable coatings and image-quality optics ensure superior performance and reliability in the demanding environment of semiconductor manufacturing where precision and consistency are paramount.

Why Choose Andover for Semiconductor Solutions

Precision optics for advanced semiconductor manufacturing

Manufacturing Excellence

  • High-precision wavelength discrimination
  • Superior contrast for defect detection
  • Advanced illumination control solutions
  • Multi-wavelength inspection capabilities
  • High-speed imaging filter systems
  • Custom solutions for challenging environments

Technical Innovation

  • High-durability industrial filters
  • Custom beamsplitter designs for 3D vision
  • Visible to thermal IR wavelength coverage
  • Steep edge filters for laser applications
  • Specialized coatings for harsh conditions
  • Advanced neutral density solutions

Semiconductor Expertise

Superior precision for superior yields

Andover offers specialized coatings for high performance in deep ultraviolet (DUV) through infrared (IR) regions essential for semiconductor fabrication. Our solutions combine sophisticated coating technology with exceptional durability to meet the demanding requirements of cleanroom environments.

Technical Specifications
  • Sub-nanometer wavelength precision
  • 99.9% transmission at design wavelengths
  • <0.1% wavefront distortion
  • Environmental stability from -40°C to +120°C
  • ISO Class 1 cleanroom compatibility
  •  
Qualified Features
  • AS9100 and ISO 9001:2015 certified manufacturing
  • Full spectral characterization and testing
  • Clean room-compatible packaging
  • SEMI standards compliance
  • Extended lifetime testing validation

Semiconductor Featured Products

Plasma Process Monitoring Solutions

Advanced Filters for Process Control & Yield

Our plasma monitoring filters are engineered to enable precise endpoint detection and real-time process control across etch and deposition systems. Each filter is precision-crafted to ensure optimal performance in plasma characterization, chemical species monitoring, and chamber maintenance applications.

Process Control Benefits

  • High-precision wavelength selection for species monitoring
  • Plasma-resistant coatings for extended lifetime
  • Fast process endpoint detection
  • Real-time etch rate monitoring
  • Contamination prevention verification

Manufacturing Impact

  • Increased process yield rates
  • Reduced wafer scrap costs
  • Faster recipe qualification
  • Improved chamber matching
  • Earlier detection of process drift

Frequently Asked Questions

What optical solutions support semiconductor manufacturing?

Optical filters and coatings designed for semiconductor manufacturing include high-precision wavelength filters, deep UV and infrared optical systems, and durable coatings for process control and inspection. These solutions enhance imaging, metrology, and real-time monitoring in fabrication environments.

How do optical filters improve wafer inspection?

Optical filters help isolate specific wavelength ranges that enhance contrast and signal fidelity during wafer inspection. By selecting the optimal spectral window, defects and overlay inaccuracies can be detected more reliably in imaging systems.

Why are DUV and IR optics important in semiconductor fabs?

Deep UV (DUV) optics are critical for lithography and patterning, while infrared (IR) optics are essential for imaging and process monitoring tasks like etch endpoint detection. Combining these supports comprehensive control throughout fabrication.

What makes Andover’s optical solutions suitable for advanced semiconductor processes?

Andover’s optics leverage precision wavelength control, advanced thin-film coatings, and vertically integrated manufacturing to provide highly stable and durable performance — essential for cleanroom conditions and multi-wavelength inspection systems.

Can optical coatings be custom-engineered for specific semiconductor tools?

Yes. Andover engineers custom optical coatings and filter assemblies optimized for specific semiconductor process tools, from photolithography systems to plasma process monitoring and high-speed imaging applications.

Quality isn't just a metric

- it's our foundation.

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Customer Satisfaction Rate
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Contact Our Team

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