Polymer Optics
LINE
While we concentrate heavily on custom optics for consumer, defense, medical and biometrics applications, Syntec delivers total solutions for accurate, repeatable, and robust molded polymers or hybrid components and assemblies to any industry requiring high precision polymer optics for its products.
Our customers include innovative start-ups and Fortune 500 industry leaders, all with diverse needs.
Contact us today to learn more about our polymer optics offerings. Whether you are seeking medical optics or are interested in precision optics for defense applications, we are ready to assist you!
Ordnance Optics | |
Medical Diagnostics and Assay Analysis | |
Fingerprint Identification | |
Other | Optical Coupling |
We have aligned our resources to give us maximum output at minimum costs. The production of Polymer Microfluidic Devices (PMD) is another leap towards the same practice. Making use of the latest technologies and innovative process. We have devised methods to create sustainable, stronger and yet inexpensive PMD.
Syntec Optics is one of the front runners when it comes to various application and usage of Microfluidic devices. We’ve refined our work in the field to produce one of the best Lab-On-Chip solutions in the field. We’ve created an integrated design which allows for multiple different applications for the lab-on-chip.
Syntec Optics, as practice, always ensures that it stays ahead by investing time and effort in revolutionary technologies and our PDMS Microfluidic devices are an example of the same. We’ve refined our PDMS based devices to include methodologies that are aligned with the applications of such devices.
Syntec Optics has developed top-quality manufacturing and delivery of intricate parts. Syntec Optics makes critical components for a device that can provide actionable diagnoses of complex diseases like HIV. A disposable optical microfluidic waveguide has been developed to enable comprehensive diagnostics.
Biometric Security is on the rise. In today’s highly digitized words, users prefer biometric fingerprint recognition and biometric facial recognition for identification and access to their gadgets. This saves them from the task of remembering passwords for almost all the accounts they have on the cloud.
Iris pattern is a unique human body characteristic. Iris is an internal and protected, yet externally visible part of the human eye, whose complex random patterns are unique, stable, and can be seen from some distance. Biometrics iris recognition technology uses these properties for identification and authentication.
Syntec Optics provides top quality LED luminaires for a wide range of applications. We design and manufacture linear LED lenses. These lenses are used to structure the light from LEDs that are arranged linearly to substitute fluorescent lamps. Both wide beam and narrow beam options help in improving the lighting.
Syntec Optics creates optical and opaque components used in an optoelectronic subassembly to manufacture optics used in surgical lighting for medical industry clients. We utilize our Design For Manufacture (DFM) concepts to optimize the part geometries, then produce single point diamond turned (SPDT) prototypes.
Syntec Optics, your source for custom molded optics, was commissioned to custom-manufacture a Lexan LED headlamp used in an illumination application for the defense industry. We have manufactured complex optical inserts for the mold using our state-of-the-art Single Point Diamond Turning (SPDT) process.
Syntec Optics has developed a miniature projection lens used in a miniature hand-held projector for digital media. It can be used for an Illumination Optic and the Projector Lens used in a miniature hand-held projector for digital media. All the parts in the device are a prism of the size of the nickel.
What are some polymer optics components?
Lenses, Prisms, Mirrors, Windows, Freeform Lenses, Aspheric Lenses, Lens Arrays, Micro-Optics, Diffraction Gratings, Fresnel Lenses
Which polymers have good optical properties?
Acrylics, Polystyrene, Polyetherimide, Poly-Carbonate, Methyl-Pentene, Acrylonitrile Butadiene Styrene, Cyclic Olefin Polymers, Nylon, NAS, Styrene Acrylonitrile
What are optical polymers?
Optical polymers are materials such as Acrylics that possess good optical properties (refractive index, surface quality, clarity, and transparency). They can be molded into optical components like lenses, prisms, and mirrors. They are a cost-efficient, lightweight alternative to some glass optics applications.
Which polymers are used for making optical lenses?
Acrylics, Polystyrene, Polyetherimide, Poly-Carbonate, Methyl-Pentene, Acrylonitrile Butadiene Styrene, Cyclic Olefin Polymers, Nylon, NAS, Styrene Acrylonitrile
Which polymers are used in optical lenses?
Acrylics and Polycarbonates
What are the applications of polymer optics?
Microfluidics, Biometrics, Biophotonics, Optical Communication, Illumination, Projection, Embedded Electronics