Today's Document
sheepfilms
The Stonewall Inn
Sweet Seals For You, Always
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Noah Kahan
he wasn't even looking at me and he found me
will byers stan first human second
Aqua Utopia｜海の底で記憶を紡ぐ
cherry valley forever
tannertan36
Keni
Misplaced Lens Cap
Love Begins
Andulka
#extradirty
Sade Olutola
Stranger Things
Product Placement
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@apolloptical
. This type of lens does not change over time. Simple static lenses can be fabricated straight onto cartridges. For instance, bent surfaces assembled into microfluidic channels can be used as cylindrical lenses.
On the other hand, periodic arrays of microlens arrays can be fitted and attached over a cartridge's detection area. This allows concurrent detection at various sites. Also, lenses with varying focal lengths can be incorporated on microfluidic cartridges.
Maintenance plays a massive role in increasing the lifespan of these machines. If a machine is well maintained, cleaned, oil changed, and recalibrated, it is certain it will last longer or even a lifetime. However, if the maintenance is poor, some polymer injection molding machines will only last up to 7 years or less. This is if the machine is under 24/7 and has faster work cycles.
Explore the many applications and industries that custom optical components are used in, and how to find a custom fabricator for your needs.
Custom optical components can be used in many different applications. For example, filters can be used in photography to create dramatic and artistic effects. Reflective components are common for controlling the light flow with lasers, radar, and barcode scanning. Custom optics can also be used for water purification, medical equipment, fine arts and entertainment, and chemistry labs. Custom Optical Components are designed to direct, reflect or manipulate light. They fall into two categories: transmissive and reflective. Transmissive components are filters, lenses, prisms, beamsplitters, fiber optics, and other components that allow light (or wavelengths of light) to pass through them.
Custom optical and mechanical design is key to the product development cycle. Our experienced team at Apollo Optical Systems can help.
Custom optical and mechanical design is a sub-discipline of optical engineering that uses optics, such as lenses and prisms, to form an optical instrument within mechanical structures. Depending on the application, these structures may be mounted to a fixed, moveable platform or attached to a flexible element. Optical design is a specialized skill that uses optical components, such as lenses and prisms, to form an optical instrument within mechanical structures.
AOS is a global leader in polymer optics, creating innovative optical solutions with Injection-Molded Polymers. We have expertise & experience in polymer molding techniques to develop the right solution for your optical requirements. Visit Us!
AOS is a global leader in polymer optics, creating innovative optical solutions with Injection-Molded Polymers. We have expertise & experience in polymer molding techniques to develop the right solution for your optical requirements. Visit Us!
The molding process used by Apollo provides consistent, high-quality products that meet or surpass all current industry requirements. Our goal is to work as a team with our clients to give them with the necessary information based on our knowledge and skills to help them meet their polymer injection molding based optical product goals
Single-Point Diamond Turning (SPDT) lathes from AOS deliver exceptional optical surface finishes and reliable performance in plastics and metals. The SPDT technique is used to create optical components as well as machine the optical surface on moulding inserts.
Explore recent trends and advances in single-point diamond turning (SPDT) and polymer materials, and how they can benefit your projects.
Trends in plastic optics manufacturing enable customers to include plastic optics into designs with reduced costs and more versatility. These trends involve advances in computer-aided design (CAD), computer-aided machining (CAM), metrology software and instrumentation, single-point diamond turning (SPDT) and polymer materials, and optical process engineering.T
Explore Rochester’s pivotal role in research & development of optics, photonics and imaging, and the current state of optics in Rochester NY.
From the James Webb Space Telescope to the Mars Rover, Rochester, NY, is a hub of technological advancement. Specifically, there are over 150 companies directly working on photonics, imaging, and optics in Rochester, NY. As a result, Rochester’s precision machining industry has grown to be one of the top in the country.
Optical Diffusers are used to diffuse light & reduce directionality of the beam, used in a wide variety of industrial applications. AOS offers RPC Photonics engineered diffusers for superior performance and enhanced capabilities. Visit Us
AOS is the exclusive injection molder for RPC Photonics Engineered Diffusers.™ Compared to more conventional approaches such as ground glass or diffractive diffusers,
MOD lens technology provides high-quality imaging at a low cost. MOD lenses can be injection molded, replicated onto a glass substrate and more.
A multi-order diffractive (MOD) lens' main characteristic is that it is designed to efficiently bring numerous wavelengths to a single focus, allowing it to generate crisp, clear pictures under white (or broadband) light.
AOS is a global leader in polymer optics, creating innovative optical solutions with Injection-Molded Polymers. We have expertise & experience in polymer molding techniques to develop the right solution for your optical requirements. Visit Us!
The moulding process used by Apollo provides consistent, high-quality products that meet or surpass all current industry requirements. Our goal is to work as a team with our clients to give them with the necessary information based on our knowledge and skills to help them meet their polymer injection molding based optical product goals.
As a leading manufacturer of molded polymer optics, we know they're superior to glass. Learn why on our blog post.
The manufacturing processes of polymer and glass optics are entirely different. Various mold techniques produce precision polymer optics, including injection and compression molding.
Explore recent trends and advances in single-point diamond turning (SPDT) and polymer materials, and how they can benefit your projects.
Direct diamond turning works for various polymers, including COP, styrene, acrylic, and polyetherimide https://www.apollooptical.com/spdt-and-polymer-materials/
Explore Rochester’s pivotal role in research & development of optics, photonics and imaging, and the current state of optics in Rochester NY.
From the James Webb Space Telescope to the Mars Rover, Rochester, NY, is a hub of technological advancement. Specifically, there are over 150 companies directly working on photonics, imaging, and optics in Rochester, NY.
Optical Diffusers are used to diffuse light & reduce directionality of the beam, used in a wide variety of industrial applications. AOS offers RPC Photonics engineered diffusers for superior performance and enhanced capabilities. Visit Us
AOS is the exclusive injection molder for RPC Photonics Engineered Diffusers.Engineered Diffusers are comprised of pseudo-random, microlens arrays. Each microlens acts as a scattering center
AOS is an industry leader in diffractive optics design & manufacturing. We offer the best lens design, metrology, and extensive fabrication of diffractive optical elements with high precision and diffraction efficiency. Visit Us
Apollo Optical Systems is an industry leader in diffractive optics technology Diffractive optics technology provides new and powerful degrees of freedom for the lens design and optimization of optical systems.