Optical Manufacturing Services with Custom Assembly Solutions

We manufacture a wide range of optical components including aspheric and spherical lenses, diffractive optics, Fresnel lenses, microlens arrays, and custom assemblies using materials like acrylic, Zeonex, Zeonor, Ultem, and various metals. Optical manufacturing services are not defined by the number of processes offered. They are defined by the ability to produce optical components whose performance remains stable across production, integration, and use. In practice, that means manufacturing optics with predictable dimensional and surface behavior, controlled material response, repeatable performance at volume, and documented and stable processes over time. Manufacturing quality is proven in production, not in a capability list.

Single-point diamond turning (SPDT) is a precision machining process that creates optical surfaces with sub-nanometer finishes. It allows for complex geometries, rapid prototyping, and excellent surface quality across various materials from plastics to metals. Optical components amplify small errors. Minor variation in surface quality, stress state, material properties, and process conditions can translate directly into degraded optical performance, yield loss, or long-term drift. Optical manufacturing services must therefore control sources of variation, not just measure outcomes.

Yes, we offer comprehensive coating services including anti-reflective, mirror, filter, and beamsplitter coatings for UV, visible, and NIR wavelengths on both plastic and glass substrates using our in-house coating facilities. In effective optical manufacturing, performance is shaped by material selection and preparation, fabrication method and tooling, surface generation and handling, coatings and secondary operations, and inspection and validation. Treating these as isolated steps increases risk. Apollo treats manufacturing as a connected system, where each decision affects downstream behavior.

Our capabilities range from one-of-a-kind prototypes to high-volume production of hundreds of thousands of components per month, utilizing both injection molding and assembly lines with appropriate automation levels. Optical manufacturing spans materials such as optical polymers, glass and hybrid substrates, and metals and plated surfaces. Each material behaves differently with respect to thermal expansion and stability, residual stress, surface quality limits, coating compatibility, and long-term dimensional behavior. Successful optical manufacturing begins with material behavior, not just optical properties.

Absolutely. We provide integrated optical and mechanical design services alongside manufacturing, including design verification, tolerance analysis, and design for manufacturing optimization to ensure your designs are production-ready. Optical manufacturing services may involve precision injection molding, diamond turning, machining or replication, and hybrid fabrication approaches. Each method introduces characteristic surface texture, mid-spatial frequency content, stress profiles, and scalability limits. Surface quality must be evaluated based on optical sensitivity, not generic finish metrics.

We maintain extensive metrology capabilities including interferometry, coordinate measuring machines, surface profilers, and polarimetry systems. All work is conducted within ISO, FDA, and GMP protocols. In optical manufacturing, tolerances only matter when they affect performance. Effective programs identify sensitivity drivers early, allocate tight tolerances selectively, and avoid over-constraining non-critical features. Over-specification increases cost and scrap without improving system behavior. Precision comes from intentional tolerance control, not blanket tightness.

We serve diverse industries including medical and life sciences, defense and aerospace, automotive, industrial and commercial systems, lighting, and consumer applications with specialized optical solutions. Optical coatings are integral to manufacturing outcomes. They influence optical response, surface stress, environmental durability, and long-term stability. Manufacturing services must treat coatings as functional system elements, fully integrated into process planning and validation.

Project timelines vary based on complexity, volume, and specifications. Our integrated capabilities and efficient processes are designed to accelerate time-to-market, and we work closely with clients to meet their timeline requirements. Inspection alone does not create quality. Effective optical manufacturing uses inspection and testing to verify functional performance, identify early signs of drift, and feed insight back into process control. Testing that does not inform manufacturing behavior provides false confidence. Many optical programs succeed at prototype scale and fail in production. Common causes include unstable process windows, tooling degradation, material lot variation, and tolerance stack-up at volume. Optical manufacturing services must be designed to hold performance over time and scale, not just at first article.

Apollo's approach fits best when optical performance is sensitive to variation, scale-up risk must be managed early, material behavior matters, and lifecycle stability is critical. We are not optimized for commodity optics or designs disconnected from production reality.

Experienced engineers don't ask 'Can you make this optic?' They ask: How stable is your process over time? How do materials behave after fabrication? How is variation monitored and corrected? How do coatings and surfaces interact? What changes when this scales? Clear, defensible answers matter more than capability lists.

Optical manufacturing services succeed when materials are treated as behavioral systems, fabrication methods are chosen deliberately, variation is controlled at the source, and performance is validated over time and volume. Manufacturing is where optical designs either survive — or fail.