One NIR instrument for every stream in the plant
Most oilseed operations end up with separate methods for seed, for meal and for oil. The Phoenix Top Window takes all three on the same instrument — you change the cup, not the analyzer. Three cup types cover everything from unground whole seed to finished oil.
That matters beyond the equipment list. When incoming seed, press cake and finished oil are all read on one instrument, the numbers sit on a common basis — the residual oil at the press is directly comparable to the oil you graded on the way in, instead of two methods you have to reconcile. And because the Phoenix is fully sealed to IP62, the same analyzer works in the QA lab or out at the press, so lab and at-line results don't drift apart.
Three cup types, for every product you measure
Large Cup
Solids, ground and unground
Ring Cup
Ground samples and seed
Transflectance Cup
Liquids
Load up to fifty samples, walk away, get the seed back intact
Breeding programs are throughput problems. The Phoenix Sideloader with Autosampler runs batches of 30–50 unattended — or continuously, as you keep adding cups — and the analysis is non-destructive, so every seed you screen is still available to plant.
Identity travels with the cup, not the worklist
Automating sample handling usually just relocates the clerical work: the cup is anonymous, its identity comes from its slot in the rack, and an operator maintains a worklist to match them up. One cup in the wrong position and every result after it attaches to the wrong seed line.
The RFID tag system removes that failure mode — the sample ID and product code are written to the cup's own tag, and the Phoenix reads them back at the moment of the scan so you can load the rack in any order.
Measured head-to-head on soybean meal — and it led the field
A prospective buyer designed and ran the test: the Phoenix against three competing NIR and FT-NIR analyzers on soybean-meal protein. All four ran the same 21 samples, each on its own native commercial calibration, against an independent validation set held out from calibration.
How the evaluation was run
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The customer designed and ran the evaluation — not the vendor
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Same 21 soybean-meal samples, protein 44.4–47.6%
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Each analyzer on its own native commercial calibration
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Results compared against the reference laboratory, with no bias or slope adjustment applied
The Result
The Phoenix delivered the lowest prediction error (SEP) of any analyzer tested — and the highest correlation to the reference lab.
Screening thousands of seed lines without spending the seed
Pennycress is being bred from a common weed into an aviation-fuel crop — a winter cover crop whose oil suits renewable diesel and jet fuel. Reaching that point meant characterizing thousands of genetic lines for oil, moisture and protein. The Phoenix NIR analyzer is what made screening at that volume possible.
The seed is worth more than the measurement
Early-generation breeding material exists in quantities too small to spend on a wet-chemistry test — consume the sample to measure it and the line is gone. Spectral data collected across thousands of seed samples was used to build calibration models predicting oil content, moisture and protein composition, and because the measurement is non-destructive, the same seed continued straight into the next generation.
That changed what the program could evaluate. Analysis time and cost dropped enough to support genuinely high-throughput selection — which is the constraint that decides how quickly a new crop reaches commercial scale.
THIS IS NIR DESIGNED FOR OILSEED ANALYSIS
See how the Phoenix fits your plant or breeding program
Tell us your samples and throughput, and we'll match you to the right configuration and calibrations — with a hands-on evaluation on your own material.