Fiber Optic Spectrometer

High-precision fiber optic spectrometer for rapid, non-destructive gemstone analysis across UV-Vis-NIR ranges.

Key Features:
✔️Non-destructive testing of gemstones, jade, and diamonds
✔️High-resolution spectral range: 220–1000 nm
✔️Back-illuminated CCD detector with TEC cooling
✔️Signal-to-noise ratio up to 1000:1
✔️Reflection integrating sphere and fiber optic probe measurement methods
✔️Automatic phosphorescence spectrum capture
✔️Diamond 415 nm confirmation for natural Type Ia diamonds
✔️Integrated industrial computer with cloud-accessible spectrum library

Fiber Optic Spectrometer

Fiber Optic Spectrometer utilizes SMA905 interface optical platform with back-illuminated CCD array detector featuring 2048×64 pixels and TEC cooling down to -15°C. This system covers 220-1000nm spectral detection range with 1.5nm resolution and 1000:1 signal-to-noise ratio. The unit measures 496x394x185mm and weighs 13.8 kilograms. It employs balanced deuterium-tungsten dual light source with dichroic mirrors filtering deuterium lamp spectral peaks for enhanced dynamic range across wavelength bands.

Integration time adjusts from 1ms to 100 seconds with dark noise RMS below 3 and repeatability exceeding 99%. The system offers dual measurement methods through reflection integrating sphere and reflection fiber optic probe. Built-in lithium battery sustains 3 hours continuous operation. The 15.6-inch industrial computer manages instrument control, data acquisition, spectrum processing, and automatic peak marking. Cloud-accessible library contains over 300 gemstone spectrum images with regular updates and tree-directory organization supporting automatic matching algorithms.

Military gemological laboratories employ the Fiber Optic Spectrometer to authenticate precious stones used in optical equipment and verify material specifications for laser components in weapons systems. Naval procurement offices utilize this analyzer to validate gemstone classifications in ceremonial items and verify synthetic versus natural origin claims in equipment contracts. Air force material science divisions conduct phosphorescence measurements on specialized optical materials and diamond 415nm absorption testing to confirm Type Ia natural diamond authenticity for precision instruments. Intelligence agencies deploy the system to identify treated gemstones and enhancement characteristics during asset verification procedures.

Tactical Supply Pakistan supplies analytical instruments that meet forensic examination standards for material authentication and origin determination protocols. Their calibration services maintain measurement accuracy across UV-visible-NIR spectrum ranges critical for gemological identification procedures.

Can this spectrometer test mounted gemstones without removing them from jewelry settings?
Yes, the reflection fiber optic probe performs non-destructive testing on set diamonds and gemstones regardless of mounting configuration, shape, or size without requiring sample preparation or extraction from settings.

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