OPTICAL FIBER SENSOR
Optical fiber technology has been used not only in telecommunication, but also in measuring pressure, temperature, vibration, position detection, etc. Last 20 year, the application of optical fiber sensor expand further into spectroscopy in physics, chemistry, biology and medicine. These implementation requires the long-term reliability of the optical fiber in harsh industrial and chemical environments. Primary (LP) & Secondary (LS) coating series are UV curable acrylates useful for the optical fiber needs ultrahigh speed fiber drawing, high temperature stability, biocompatibility, low micro-bending attenuation, and design flexibility.
DISPLAY & OPTICAL FILM
Combining low refractive index and hard coating enable not only guiding and manipulating light, but also making the films more scratch-resistance. Controlling and managing refractive index of coating become the core technology of optical film industry. Low refractive index (low index 1.330 to high index 1.670) SFH series are widely used for various optical function like, minimizing reflection and maximizing transmittance, wave-guide channels for virtual (augmented) reality (AR) display, light direction of LCD backlight and OLED.
OPTICAL ADHESIVE
The refractive index control, high thermal reliability, and curing shrinkage control are crucial material technologies required for the optical devices used in fiber laser, tele-communication and optical sensors. OA series are designed for joining optical paths and fixing optical devices with low shrinkage maintaining strong adhesion with metal and plastics. The refractive index of OA series arrange from 1.330 to 1.630 with thermal stability up to 280°C.
BIO-ANALYSIS PC-BO SERIES
Bio-fluidic devices, pico-liter wells, elastomeric micro-pillars, micro-chamber arrays can be created by micro mold transfer or micro imprinting techniques for real-time 3D filming of living cell. PC-BO UV curable resin has low refractive index lower than 1.330 matching water index. The micro-structure constructed with PC-BO series enable highest quality holotomography & fluorescence microscopy 3D images ever. Devices with PC-BO series pass cytotoxicity test and have no fluorescence perfect solution for living cell analysis.
Application:
Holotomography & Fluorescence Micros-copy
Laser Description:
Low index lower than 1.330 UV curable structuring resin close to water H2O index
Related Products:
PC-BO Series
NANO IMPRINT PC-NI SERIES
Nano imprinting (nanoimprint lithography) is a method used in microfabrication to create patterns at the nanometer scale. UV curable fluorinated PC-NI resins are used for producing low surface energy (non-stick) replica nano-molds. By nanoimprint lithography, PC-NI series are used to produce diffractive optical elements (DOE), diffuser for 3D sensor, well structure for DNA sequencer chip, combiner for augmented reality glasses, wire grid polarizer and waver plate for projector & HUD, aspherical lens structure on CMOS device, wafer for image sensor, diffractive grating on compound semiconductor substrate for DFB laser, and anti-reflective moth-eye structure on lens surface.
Application:
Nano Imprinting (Nanoimprint Lithography NIL)
Laser Description:
Fluorinated UV curable resins for low surface energy replica mold
Related Products:
PC-NI Series
NANO 3D PRINT PC-ND SERIES
Two-photon polymerization (2PP) is 3D printing technology that enables the creation of ultra-precise and complex micro- and nano-scale 3D structures with submicron features and unparalleled shaped accuracy. PC-ND series is TPP nano 3D printable resin with adjustable refractive index from 1.360 to 1.670. The refractive index of micro-structure can be designed to maximize the optical effect of 3D micro-optics, microlens arrays, freeform lenses, mirrors, photonic integrated circuits, waveguide, photonic crystals, and metamaterials such as circular broadband polarizers.
Application:
Nano 3D printing with low refractive index
Laser Description:
Nano 3D printable (TPP poly-merization)
low refractive index resin
Related Products:
PC-ND Series
