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Jun 08
media

Optosk Confocal Raman Microscope

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Jun 05
media

Optosky Fruit Brix Meter Series

Technical Breakthrough: Core Advantages of the NY2000Pro


Non-Destructive Brix Detection via Fruit Skin Penetration
1. NIR Light Penetration (300-1100nm): The device emits safe near-infrared light that effortlessly passes through the fruit skin.
2. Molecular Resonance: Sugar molecules absorb specific light energies that match their naturalvibrational frequencies.
3. Precision Modeling: By instantly measuring the exact light absorbed, our built-in algorithmcalculates and displays the precise Brix level.

While conventional titrators offer a low initial cost, their drawbacks in modern workflows are becoming increasingly apparent.
  • Destructive Testing Only:
Destroys the fruit, making it completely impossible to monitor the ongoing growth cycle. Consequently, a massive volume of unripe fruits is wasted annually due to premature picking for testing purposes.
  • Cumbersome Operational Process:
Requires a tedious workflow—including harvesting, juice extraction, and sample dropping—taking 3-5 minutes per individual test.

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Jun 02
media

Breaking Monopolies: How ATP9110-25H Challenges the Gold Standard of Field Spectroradiometers

Discover how the ATP9110-25H challenges the ASD FieldSpec 4. Featuring a wider 300-2500 nm range, higher spectral resolution, and 3072 data channels, it's the ultimate alternative for hyperspectral remote sensing.

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Jun 01
media

Racing with Light, Multi-Product Launch | Innovation Special Feature – Field Spectrometer Series

Optosky’s field spectrometer series includes the ATP9100W handheld broadband model (300‑1700 nm / 300‑2500 nm) and the ATP9101W ultra‑miniature broadband model (200‑1700 nm, <450 g, Android touchscreen, GPS, camera). 

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May 29
media

How to Choose a Raman Camera

Your Raman camera is your system's eye — choose wisely.
Weak Raman signals demand:
 High QE (>70% at 785nm)
 Deep cooling (–70°C or lower)
 Low readout noise (<5 e⁻)
 Backilluminated CCD or sCMOS

Don't let a poor camera ruin your spectra.

#RamanSpectroscopy #ScientificImaging #CCD #sCMOS

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