Optosky Spectroscopy Solutions Shine at ISEMD 2026

author: Mira

2026-06-24

June 18, 2026, Nur‑Sultan, Kazakhstan – On the second day of the 5th International Symposium on Emerging Materials and Devices (ISEMD 2026) at Nazarbayev University, Mr. Zhou Wei, Overseas Sales Director of Optosky Photonics Inc., delivered a keynote presentation titled "Optosky Spectroscopy Solutions: Applications, Technologies and Innovations." Using real‑world case studies and a complete product portfolio, he showcased Optosky's leading capabilities in spectroscopic instrumentation to an audience of global researchers and industry experts.

01 Raman Spectroscopy in Action: Breaking the Efficiency Bottleneck in Lithium‑Battery Insulation Inspection

Zhou Wei opened with a typical application in the new energy sector, detailing the full process of using Raman spectroscopy for quality inspection of lithium‑ion battery insulation layers.

Test object: Graphite (G‑peak) coated with a specific material (D‑peak). Coating thickness is evaluated by the D/G peak ratio – a thicker coating gives a higher D‑peak and a lower G‑peak, while a thinner coating gives the opposite. Each sample measures approximately 6 mm × 4 mm.
Pain points of the conventional workflow:

White‑light imaging: A 50× objective lens is used; dozens of images are stitched to form a complete view of the sample, with the focus set on bright spots (which indicate effective material areas).
Target point identification: Image recognition identifies about 3000 ± 50 target points per sample. The system guides the Raman laser to each point for spectral acquisition, while automatically calculating coordinate positions, area, diameter, and other parameters.
Testing time: Currently, each point requires an integration time of about 2.5 seconds, making the total testing time per sample 125 minutes – far too slow for production lines.

Optosky's solution: To address this bottleneck, Optosky has developed a high‑speed Raman imaging system that drastically reduces per‑point integration time and optimises target recognition and path planning. The total inspection time is cut from 125 minutes to under 30 minutes, providing the lithium‑battery industry with an efficient, accurate on‑line quality control solution.

02 Hyperspectral Imaging: Full‑Wavelength, Full‑Form, Full‑Scene Coverage

Optosky boasts the industry's most complete hyperspectral product line. Zhou Wei presented the full series, covering wavelengths from ultraviolet to long‑wave infrared, and detailed application scenarios for each band and form factor.

By Wavelength:

Band	Representative Models	Applications
Ultraviolet (200-400nm)	ATH1010UV	Fluorescence detection, semiconductor wafer defect analysis
Visible-NIR (390-1000nm)	ATH1010 Push-Broom / ATH1010LT (lightweight)	Material classification, fruit/vegetable quality, vegetation remote sensing
Visible-NIR + Thermal + Visible	ATH1100 (triple-mode)	Multi-modal fusion imaging
SWIR (900-1700nm)	ATH1030 / ATH1010-17	Mineral exploration, soil organic matter analysis
SWIR (1000-2500nm)	ATH1010-25	Geological surveying, moisture content detection
Broadband (400-1700nm / 4002500nm)	ATH1010W-4-17 / ATH1010W-4-25	Comprehensive multi-spectral remote sensing
MWIR (3.0-5.0μm)	ATH1080-50	Gas leak detection, thermal anomaly monitoring
LWIR (7.8-12.5μm)	ATH1080-120	Thermal imaging analysis, military and security target identification

By Form Factor:

ATH1000 Series: Basic hyperspectral cameras
ATH2000 Series: Handheld hyperspectral cameras for rapid field acquisition
ATH3000 Series: Hyperspectral scanners (laboratory or conveyor‑belt use)
ATH5000 Series: High‑performance hyperspectral imagers
ATH6000 Series: Portable hyperspectral imagers balancing performance and mobility
ATH7000 Series: Unmanned vehicle‑mounted platforms integrating optical LiDAR, thermal infrared, and visible imaging
ATH8000 Series: Push‑broom hyperspectral imagers for airborne or rail‑mounted systems
ATH9000 Series: UV‑fluorescence hyperspectral imagers for biological fluorescence and forensic applications

Specialised Hyperspectral Instruments (Medical and Ecological Frontiers):

ATH1010‑SIF: Sun‑induced fluorescence hyperspectral imager for vegetation photosynthesis and stress monitoring
HCR5610: Fundus scanning hyperspectral imager for non‑invasive early screening of ophthalmic diseases
HCR6000: Endoscopic hyperspectral imaging scanner for real‑time imaging of gastrointestinal and other luminal tissues, supporting precision medicine

UAV‑Based Hyperspectral Application Platforms (with flight services available):

ATH9010NY: UAV crop health inspection (pests, diseases, nutrient status)
ATH9010SL: UAV forest health inspection (canopy cover, fire risk assessment)
ATH9010 Water Quality Series: Water eutrophication and algal bloom monitoring
ATH9010‑4‑25 Mining Exploration Series: Mineral distribution mapping, tailings pollution assessment

Optosky not only provides hardware but also offers UAV flight services, delivering a one‑stop "hardware + data acquisition + analysis" solution.

03 Deepening Central Asian Presence – Partnership with TOO MARTUK BROTHERS

During the symposium, Overseas Sales Director Zhou Wei, together with overseas sales representatives Coco Yang, Flynn Li, and Allen Gu, conducted a three‑day technical training and strategic market alignment session with the company's exclusive Kazakhstani distributor, TOO MARTUK BROTHERS. This collaboration further strengthened mutual cooperation in spectrometer sales, after‑sales service, and application support, laying a solid foundation for Optosky's business expansion in Central Asia.

04 Global Distributors Are Wanted – Join Us!

As a national‑level "Specialised and Sophisticated" "Key Little Giant" enterprise, Optosky exports its products to more than 70 countries and has over 260 distributors worldwide. In his closing remarks, Zhou Wei extended an open invitation to global partners – Optosky is actively recruiting distributors and partners who share our vision. If you have local market resources and industry channels, we invite you to join us in capturing the multi‑billion‑dollar opportunity in high‑end spectroscopic instrumentation.

For more information, please contact:

Email: [email protected]

Web: www.optosky.net

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