Optical Resin Tailored to You
Can microlens arrays be made from resin? Challenges of glass and how to solve them
๐ Three-point summary What is a microlens array? Why glass is mainstream for optical fiber applications A micr […]
Basics
Can optical transceiver components be made from resin? The barrier posed by glass and ceramics
๐ Three-point summary What is an optical transceiver? Why glass and ceramics are used for its internal optical […]
What is a microlens array? How it works, applications, and manufacturing methods explained
๐ Three-point summary What is a microlens array? A microlens array (MLA) is an optical element in which many t […]
What is silicon photonics? The basics of the technology supporting optical communication
๐ Three-point summary What is silicon photonics? Silicon photonics is a technology that applies the CMOS proce […]
What is an aspheric lens? Correcting spherical aberration and comparing manufacturing methods
An aspheric lens is a lens whose surface has a radius of curvature that changes continuously from the center t […]
What is polarization? The direction of light vibration and its meaning in optical design
Polarization is a physical phenomenon in which the electric field of light โ an electromagnetic wave โ vibrate […]
What is heat-resistant resin? Definitions, test standards, and a heat-resistance comparison of major resins
The term heat-resistant resin is used every day, yet no single definition is agreed upon across the industry โ […]
What is refractive index? A foundation for optical resin selection and lens design
Refractive index is a physical quantity that governs how fast light travels through a material, making it a st […]
What is water absorption? Why it shifts the dimensions and refractive index of optical resin
Plastics absorb moisture from the air or water over time, and water absorption is the metric that quantifies h […]
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