Molex
World's Leading Supplier of Specialty Optical Fibers
Explore the Capabilities™
Explore the Capabilities™
Located in Phoenix, Arizona, Polymicro Technologies™ is the world's leading manufacturer and supplier of specialty optical fibers and optical fiber.
Since 1984, Polymicro Technologies™ has served the analytical, medical, aerospace, military, manufacturing, telecommunication, and communication industries. Polymicro Technologies™ offers a total manufacturing solution, providing initial product design, product & process development, prototyping & beta trials and volume production.
Manufacturing
Polymicro Technologies™ has a 41,000 square foot facility located in Phoenix, Arizona. The facility has several draw towers which produce a large portion of &%23160;multimode step-index fibers used throughout the world. The Company has a state of the art glass laboratory, assembly department, laser machining department as well as sophisticated testing equipment to meet customers’ needs for the highest quality and service.
Customers
Polymicro Technologies™’ components are commonly incorporated into systems by the customers. The components are used in research and industrial applications in the areas of biotechnology (including genomics and proteomics), spectroscopy, analytical chemistry, sensing applications, analytical chemistry, medical sub-components, various space applications, a wide range of military applications, welding, engraving and process monitoring.
Related Products
Optical fiber bundles for sensor applications consist of arranged fibers.
Broadband fibers support wavelengths from the UV to near infrared range.
Hollow-core fibers for CO2 wavelengths between 9 μm and 11 μm. At 10.6 µm, the typical attenuation is less than 0.5 dB/m.
Fibers with optimum transmission properties at an Er:YAG wavelength of 2940 nm are mainly used in applications in medical technology.
CO2 lasers are used in laser material processing and medical applications for the cutting and ablation of tissue because they do not cause bleeding.
Er:YAG lasers with a wavelength of 2940 nm are mainly used in dermatology, dentistry, and other special applications. Special fiber cables are used for nearly loss-free power transmission.
New Possibilities: UV LEDs and lasers are more cost effective than deuterium and xenon lamps.
Step-index fibers optimized for ultraviolet and visible wavelengths are often referred to as high-OH fibers.
Standard and dual-clad step-index fibers with a low-OH core for wavelengths between 650 nm and 1900 nm.
Related Selection Guides
test
test
asdf
asdfasdfasdf
