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.
Loss-on-Drying Moisture Balance — Six Drying Modes, Patented Auto-Taring, 0.001 g Resolution
Determine moisture and solid content by loss on drying — the primary gravimetric reference method that official methods and public regulations are built on. The FD720 handles the full range of QC samples, from grains and foods to chemicals, polymers, and pastes, with six drying modes to match the method to the material and a patented auto-taring system that holds readings steady through long runs.
Six measurement modes: Automatic, timed, high-speed, low-speed, stepped, and predictive drying — choose the profile that dries each material completely without scorching.
Guaranteed accuracy from a primary method: Loss on drying measures mass loss directly. Run to completion, the result is definitive and stands up to scrutiny — not an estimate calibrated against something else.
Patented auto-taring: Kett's internal auto-taring re-zeros the balance during the test, eliminating the heat-driven scale drift that affects ordinary balances.
120 g capacity: Accommodates large or low-density samples that overflow the small pans on compact analyzers.