Online NIR Composition Analyzer — Resolves Totals Into Individual Constituents, in Real Time, on the Line
The BSR1700 reads the full near-infrared spectrum as product passes beneath it, so it does more than report a total. It resolves that total into the individual constituents that make it up: not just total fat, but the individual fatty acids; not just total sugar, but the separate sugars. Continuous composition data on your process line, without contact and without waiting for the lab.
Sees individual constituents, not just totals: Full-spectrum measurement separates a combined value into its parts, where a filter-based sensor returns one aggregate number.
Up to three components at once: Measure up to three organic components simultaneously across the 900 to 1700 nm NIR band.
Non-contact, real-time: Reads from a 50 to 100 mm standoff with no sample contact, so production never stops for a measurement.
Runs standalone: Store up to 100 calibration channels on the instrument and run disconnected from the PC once your calibrations are loaded.
Online NIR Composition Analyzer for High-Moisture Product — Resolves Totals Into Individual Constituents, in Real Time, on the Line
The BSR1000 reads the full near-infrared spectrum as product passes beneath it, so it does more than report a total. It resolves that total into the individual constituents that make it up: not just total fat, but the individual fatty acids; not just total sugar, but the separate sugars. Its 640 to 1050 nm band is suited to high-moisture product, delivering continuous composition data on your process line without contact and without waiting for the lab.
Sees individual constituents, not just totals: Full-spectrum measurement separates a combined value into its parts, where a filter-based sensor returns one aggregate number.
Tuned for high-moisture product: The 640 to 1050 nm band measures composition in samples with high water content across this range.
Non-contact, real-time: Reads from a 50 to 100 mm standoff with no sample contact, so production never stops for a measurement.
Runs standalone: Store up to 100 calibration channels on the instrument and run disconnected from the PC once your calibrations are loaded.
Inline NIR Composition Analyzer — Resolves Totals Into Individual Constituents, in Real Time, Inside Your Process
The BSF1700 measures composition where you cannot see it: inside dryers, convey lines, and liquid streams. Reading the full near-infrared spectrum through fiber-optic probes, it does more than report a total. It resolves that total into the individual constituents that make it up: not just total fat, but the individual fatty acids; not just total sugar, but the separate sugars. Continuous composition data from inside your process, without sampling and without waiting for the lab.
Sees individual constituents, not just totals: Full-spectrum measurement separates a combined value into its parts, where a filter-based sensor returns one aggregate number.
Measures inside the process: Fiber-optic probes reach into spray dryers, fluid bed dryers, pneumatic and vacuum convey lines, and liquid applications, in both reflection and transmission.
Up to three components at once: Measure up to three organic components simultaneously across the 900 to 1700 nm NIR band.
Runs standalone: Store up to 100 calibration channels on the instrument and run disconnected from the PC once your calibrations are loaded.
Inline NIR Composition Analyzer for High-Moisture Product — Resolves Totals Into Individual Constituents, in Real Time, Inside Your Process
The BSF1000 measures composition where you cannot see it: inside dryers, convey lines, and liquid streams. Reading the full near-infrared spectrum through fiber-optic probes, it does more than report a total. It resolves that total into the individual constituents that make it up: not just total fat, but the individual fatty acids; not just total sugar, but the separate sugars. Its 640 to 1050 nm band is suited to high-moisture product, delivering continuous composition data from inside your process without sampling and without waiting for the lab.
Sees individual constituents, not just totals: Full-spectrum measurement separates a combined value into its parts, where a filter-based sensor returns one aggregate number.
Tuned for high-moisture product: The 640 to 1050 nm band measures composition in samples with high water content, including liquid streams.
Measures inside the process: Fiber-optic probes reach into dryers, convey lines, and liquid applications, in both reflection and transmission.
Runs standalone: Store up to 100 calibration channels on the instrument and run disconnected from the PC once your calibrations are loaded.
Full-Spectrum NIR Composition Analyzer with Integrated Touchscreen PC — Resolves Totals Into Individual Constituents
The BSS1700 is a self-contained scanning spectrometer: the calibration software runs on a full touchscreen PC built into the instrument, so it develops, stores, and runs your composition methods without an external computer. Reading the full near-infrared spectrum, it does more than report a total. It resolves that total into the individual constituents that make it up: not just total fat, but the individual fatty acids; not just total sugar, but the separate sugars.
Sees individual constituents, not just totals: Full-spectrum measurement separates a combined value into its parts, where a filter-based sensor returns one aggregate number.
Self-contained, with onboard calibration: The integrated 8.4" touchscreen PC runs Unscrambler X calibration software directly on the instrument, no separate computer required to build or run methods.
Up to three components at once: Measure up to three organic components simultaneously across the 900 to 1700 nm NIR band.
InGaAs array detector: A full-spectrum scan every second, up to 512 wavelengths, for stable composition measurement.
