STRam - 1064




The prizewinning STRam® offers rapid material identification through a multitude of barrier layers and packaging which previously could not be penetrated with Raman. The STRam-1064 combines our high-throughput spectrometer, special sampling optics, and advanced algorithms in a transportable Raman system using our patented STRaman® technology. The STRam-1064 can collect Raman signals which are generated under scattering cover layers in order to identify material within even visually opaque barriers, e.g. plastic bottles, paper envelopes, kraft paper, fiber bags, and tablet coatings with minimal fluorescence. This means it is no longer necessary to open containers and touch the material, allowing the integrity of the packaging and of the sample itself to remain intact while at the same time enabling rapid incoming goods inspection of the material. The system design features a large sampling area and depth and minimized power density, making it easier to measure samples that can be challenging for conventional, focused Raman spectroscopy.

Key Differences

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Technical Specification

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Battery Optional

CCD Cooling Temperature -20 ˚C

CCD Temperature (°C) -20

Computer interface USB 2.0

DC Power Adapter Input 100-240 VAC 50/60Hz.

DC Power Adapter Output 12V DC @ 6.6 Amps

Detector Type High Sensitivity InGaAs Array

Dimensions 15.7 in x 10.2 in x 9.8 in (40 cm x 26 cm x 25 cm)

Humidity 10% - 85%, non condensing

Integration time 0.2 ms – 5 min

Laser Power 340 mW

Laser Power Control 0 to 100% (adjustable at 1% increments)

Laser Wavelength (nm) 1064

Operating Temperature (°C) 0 - 35

Range 100 – 2500 cm-1

Resolution < 10.0 cm-1 @ 1296 nm

Trigger Yes (Compatible with B&W Tek Probes)

Weight ~19.5lbs (~8.8kg)

STRam - 1064


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