Precision Optics for Semiconductor and Quantum Applications
Light is the enabling mechanism behind every breakthrough at the frontiers of semiconductor manufacturing and quantum technology. From numerical apertures that define minimum resolvable features in lithography to wavefront control systems that trap and manipulate individual atoms, we engineer those optical solutions that turn physics into function.
Optikos partners with innovators who are building the next generation of semiconductor capital equipment and quantum platforms to make this happen. Our engineering team combines decades of optical design expertise with precision manufacturing and closed-loop metrology to deliver solutions where every micron, milliradian, and photon counts.
Optikos maintains full ISO 9001 certification for quality management and is ITAR-registered for secure manufacturing and controlled technical data handling. This rigorous framework ensures that our optical design, fabrication, and manufacturing processes meet the strict regulatory and supply chain requirements necessary for your semiconductor capital equipment and quantum technology platforms.
Our Solutions for Semiconductor Manufacturers
Wafer Overlay Metrology | Nanometer Precision, Zero Compromise
Next-generation wafer overlay systems demand imaging modules that deliver registration accuracy at the nanometer scale. Our custom optical assemblies replace vulnerable off-the-shelf dependencies with documented, customer-owned designs that ensure consistent performance across tool generations and eliminate supply chain disruption.
Lithography & Process Monitoring Optics | Where Resolution Defines Capability
As advanced nodes push the boundaries of what optics can resolve, every surface figure and coating specification matters. We define, specify, and validate precision optics in fused silica, ULE®, and Zerodur with sub-wavelength tolerances, verified through interferometry and non-contact profilometry, giving your lithography and inspection tools the optical foundation they need to perform at the leading edge.
Polarization Metrology & Interferometry | Measuring What Others Can't
Polarization-sensitive metrology systems require optics with minimized residual stress birefringence and exceptional wavefront accuracy. Our Fizeau interferometer capabilities and polarization analysis tools, among others, enable the surface figure verification and stress characterization that semiconductor OEMs depend on to qualify optics for the most demanding inspection and metrology platforms.
Our Solutions for Quantum Technology Developers
Neutral Atom Quantum Computing | Engineering the Optical Path to Scalable Qubits
Optical tweezer arrays are the foundation of neutral-atom quantum processors, where high-NA objectives and precise beam steering trap individual atoms in configurable lattices. We design and integrate optical systems such as high-numerical-aperture objectives, spatial light modulator coupling, and metasurface-based phase plate architectures that make sub-micron trap spacing and high-fidelity quantum gates achievable at scale.
Guided-Wave Quantum Systems | Precision Fiber Integration for Quantum Coherence
We integrate fiber optics with silicon nitride photonic chip design to deliver low-loss, high-coherence signal routing for guided-wave optical systems. Our opto-mechanical subsystems leverage Photonic Crystal Fibers for high-power wave transmission, specialty-fiber coupling, and optimized fiber-to-chip interfaces with designs supporting cryogenic environments and short-path single-mode operation.
Quantum Sensing & Metrology | Stability at the Quantum Limit
Quantum sensors exploit fragile superposition states to measure fields and forces beyond classical limits, requiring optical systems with extraordinary thermal and mechanical stability. Our expertise in athermalized opto-mechanical design, precision fiber coupling, and low-noise optical assemblies ensures that your quantum sensing platforms maintain the coherence and stability needed to operate at the quantum frontier.
Ready to Build What's Next?
Explore how our precision optical engineering can transform your semiconductor manufacturing or quantum technology platform by emailing us at [email protected].
Why Partner with Optikos
Design Ownership &
Supply Chain Security
You own your roadmap. We handle the execution. No questions asked. At Optikos, we change that dynamic. We provide complete design ownership from the start. You get full optical and mechanical IP, documented for your records and ready for future iterations. Our qualified production modules arrive integrated and validated, so you spend less time troubleshooting and more time shipping.
End-to-End Capability: From Clean-Sheet Design to Production
Unlike contractors who hand off incomplete designs, Optikos combines optical design, precision fabrication, opto-mechanical integration, and closed-loop metrology in one workflow. Our alignment turning capabilities and on-site testing ensure every lens assembly meets specification at scale, reducing integration lead time and production variability.
Proven Track Record
Across Critical Applications
Whether eliminating stray light through advanced non-sequential raytracing modeling and opto-mechanical redesign, achieving over 10× reduction in unwanted reflections, or accelerating cycle time by 50% for AR lens testing, we deliver measurable outcomes for OEMs building high-value platforms.
Case Studies
Read how we've solved complex optical challenges for semiconductor and quantum innovators like you.
Latest Case Study
Semiconductor & Quantum Mechanics
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August 2026
The Optikos Ultra-High Precision Polarization Metrology for Semiconductor Manufacturing
Optikos created a custom polarimeter that enabled ultra-precise polarization metrology for semiconductor lithography systems, transforming a one-off solution into a 12+ year production partnership for advanced chip manufacturing.
Key Achievements
- Ultra-High Extinction Ratio: Delivered >50,000:1 extinction ratio which far exceeds typical PBS cubes (1,000–2,000:1) while meeting specifications considered borderline impossible.
- Micro-Radian Angular Calibration: Established the intended polarization axis calibrated to within thousandths of a degree using proprietary alignment methodology that persists across instrument lifetimes.
- 12+ Year Production Partnership: The one-off project turned into a sustained supply relationship (~2 systems/year), with continued deployment throughout newer tool generations which validates the longevity of the original design.
Read Full Case Study
Ready to Accelerate Your Roadmap?
Partner with Optikos to develop precision optical solutions engineered for the exacting demands of semiconductor manufacturing and quantum technology. Our Optical Engineering Experts® are ready to help you navigate supply chain risks, achieve design ownership, and deliver production-ready systems at scale.
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