Products

This 1064nm bandpass filter is designed to transmit near-infrared light around 1064nm while reducing unwanted wavelengths outside the passband. With a 51nm bandwidth and up to 90% peak transmission, it is suitable for NIR laser systems, optical sensing, imaging, spectroscopy, laboratory testing, and machine...

This 1550nm bandpass filter is designed to transmit near-infrared light around 1550nm while blocking unwanted wavelengths outside the passband. With a 30-35nm bandwidth, it is suitable for NIR laser systems, fiber optic communication, LiDAR, optical sensing, imaging, spectroscopy, and laboratory testing. The 1550nm wavelength...

15Ω/sq FTO Conductive Glass is a transparent conductive substrate coated with fluorine-doped tin oxide (SnO₂:F), designed to provide a reliable combination of high optical transparency and stable electrical conductivity. The FTO layer is uniformly deposited on a high-quality glass substrate, forming a durable conductive...

700-780nm NIR bandpass filters are designed to isolate selected near-infrared wavelengths while suppressing unwanted visible and out-of-band light. These filters are commonly used in optical testing, NIR imaging, machine vision, spectroscopy, fluorescence detection, biomedical sensing, plant analysis, LED illumination systems, and laboratory research. This...

ITO conductive glass remains the benchmark transparent electrode for optoelectronic research and thin-film device fabrication — and the quality of the coating determines everything. Deposited by magnetron sputtering, the indium tin oxide layer on this glass delivers uniform coverage, a smooth finish, and stable...

AG (Anti-Glare) glass is processed with a controlled matte surface that diffuses reflected light, reducing glare from laboratory lighting and improving visual readability. It is well suited for environments where stable observation and clear data visualization are required. Commonly used in laboratory displays, measurement...

This product is manufactured from genuine BF33 high borosilicate glass, a premium float glass material widely recognized for its excellent thermal stability, high optical clarity, and superior chemical resistance. Due to its low thermal expansion and strong resistance to temperature changes, BF33 glass is...

Wafers used for anodic bonding or as carriers in wafer thinning processes require thermal expansion behavior that matches the silicon wafer to be bonded. BOROFLOAT® wafers provide matched thermal expansion, flatness, process robustness, and high UV transmission. Wafer Options We produce Schott® BOROFLOAT® 33...

Custom sapphire glass substrates are precision-manufactured from single-crystal aluminum oxide (Al₂O₃), offering a combination of mechanical, thermal, and optical properties that no conventional glass material can match. With a Mohs hardness of 9, a working temperature exceeding 1000°C, and broad spectral transmission from UV...

This double-sided AR anti-reflective glass is treated on both surfaces to significantly reduce surface reflections and improve light transmission. By minimizing unwanted reflection losses, it enhances optical clarity and supports accurate observation in controlled experimental environments. The dual-side AR coating helps suppress glare from...

This double-sided AR coated glass disc is engineered to deliver exceptionally high optical transmission in the visible spectrum (400–700nm). Precision anti-reflective coatings are applied to both surfaces of the optical glass, effectively minimizing surface reflection and maximizing light throughput. With total transmittance exceeding 98%,...

Corning® EAGLE XG® delivers dimensional stability and exceptionally clean, smooth, flat surfaces. The Alkaline earth boro-alum nosilicate composition includes no added heavy metals reducing the environmental impact of manufacturing. It also features exceptional thinness, helping to completely avoid the potential environmental and health hazards...

Etched ITO/FTO conductive glass sheet is designed for transparent conductive substrates that require defined conductive areas, insulated channels, or patterned electrode layouts. The conductive coating can be etched according to drawings, samples, or specified channel patterns for laboratory devices, electrodes, sensors, displays, and optoelectronic...

This ultra-clear grooved glass slide is designed for laboratory, research, and engineering applications requiring precise flat-bottom cavities and high optical transparency. Manufactured from low-iron, high-transmittance glass, it provides excellent optical clarity, minimal background interference, and stable mechanical performance. The flat-bottom groove structure ensures uniform...

HPFS® Standard Grade 7980, is a high purity synthetic amorphous silicon dioxide manufactured by flame hydrolysis. The noncrystalline, colorless, silica glass combines a very low thermal expansion coefficient with excellent optical qualities and exceptional transmittance in ultraviolet. It is available various grades for different...

This double-sided AR coated glass is designed to significantly increase optical transmission while minimizing reflection losses across the glass surface. Precision anti-reflective coatings are applied to both sides of the substrate, allowing the total light transmission to exceed 98%, which improves optical efficiency in...

This hydrophobic glass features a water-repellent surface that helps keep the glass clean and clear in daily use. Water droplets bead up and roll off easily, reducing smudges, fingerprints, and moisture marks. Ideal for display protection, optical devices, and sensor covers, the hydrophobic coating...

Laser-Etched Conductive Glass is manufactured using high-quality soda-lime glass as the substrate and processed through precision laser machining to pattern and structure the conductive layer. This process enables accurate control of electrical resistance while maintaining clean edges and consistent line definition.  The glass thickness...

When optical clarity and dimensional precision both matter, JGS1 UV-grade fused quartz is the material of choice. With over 92% light transmission across the UV and visible spectrum, this substrate delivers consistent, high-fidelity performance in applications where standard glass simply isn't an option —...