combined capabilities for producer payment and herd … combiscope... · 2020-03-30 · 2. fat,...
TRANSCRIPT
CombiScope™ FTIRMilk Analyzer
COMBINED CAPABILITIES FOR PRODUCER PAYMENT AND HERD IMPROVEMENT
2
FAT, PROTEIN, MOISTURE,AND SOMATIC CELL COUNTING HERD IMPROVEMENT
High Volume/High Speed Milk Analyzer for Composition and Somatic Cell CountThe CombiScope™ FTIR milk analyzer provides the highest sample throughput available for routine analysis of cow, goat, sheep, and buffalo milk. The system consists of a component analyzer, a somatic cell count, and a sample handling system.
The CombiScope FTIR system incorporates the latest innovations, allowing you to easily increase the capacity and performance of your laboratory and expand your business opportunities.
3www.perten.com
INCREASE LAB CAPACITY UP TO 600 SAMPLES PER HOUR
Industry-Leading Capabilities for Payment and Dairy Herd Improvement Laboratories
Features and Benefits of the CombiScope FTIR
300-600 samples per hour – by decreasing the turnaround time, it easily increases laboratory capabilities, services, and profits by combining payment and dairy herd improvement samples simultaneously
Patented interferometer – ensures accuracy of results and minimizes maintenance and calibration costs for component analysis
Somatic cell counter – uses an intense LED light source that completely eliminates all alignment adjustments of the source
Technology for Success
Our somatic cell counter incorporates a double photomultiplier that counts twice each cell and provides a value on the quality of each analysis; the LED light source eliminates all adjustments of the source, DAPI stains somatic cells accurately and is classified as nontoxic.
The advanced design of the Dynascan™ interferometer does not need dynamic alignment corrections to compensate for errors typical of linear mirror movement systems. OpticGuard™ technology isolates the spectrometer from external environmental effects, while two molecular sieve desiccant cartridges ensure an optimal and stable internal environment.
The sample transport system has sensors that identify samples with insufficient intake temperature and/or volume in advance and is able to skip unfit samples, speeding the routine analyses. The linear electromagnetic sampling system does not suffer mechanical wear and incorporates an automatic tray for collecting waste from the cleaning cycles.
Sample transport system is compatible with barcodes or RFID tags and has sensors that monitor sample’s intake volume and temperature.
CombiScope Client Software (CCS) is a modern interface with simple and intuitive operation, data handling, and transfer. It can be customized to the needs of your laboratory. Multiple warnings and alarms assist the operator with monitoring and evaluating sample characteristics and system performance, immediately notifying when these preestablished conditions are not being met.
Multiple international certifications such as ICAR, FDA, and MicroVal operate in accordance with the AOAC, IDF, and FDA guidelines.
OFFICIAL METHODS:
ISO 9622/IDF 141, 13366-2/IDF 148-2Microval certified according ISO 8196-3, 13366-2
EURL MMP criteria, certificate no 2015LR57NCIMS and FDA approved methodUses AOAC approved methodology
ICAR certified
4
INSTRUMENT CHARACTERISTICS Analysis capacity (instrument speed) 300 samples/hour
IR principle Fourier transform infrared and rotation scanning mechanism
Somatic cell counter principle LED flow cytometer
Standard sample intake 9 ml (programmable 7-10 ml)
Carryover < 1% for fat, protein, lactose, total solids, somatic cell count
Required sample intake temperature 35-41 °C
Operating system Windows 7 and 10
Operating interface Touchscreen, keyboard, mouse
Data transfer UTP
Type Desktop
Weight Approx. 330 kg.
Dimensions 230 x 80 x 70 cm
Power consumption 750 nominal (1200 VA max)
IP classification IP22
Instrument accessories Wheeled stainless steel system table, unidirectional barcode reader, and 360° barcode reader
PERFORMANCE SPECIFICATIONS OF THE STANDARD FTIR CALIBRATION MODELS (FILTER AND FULL SPECTRUM PLS) All parameter calculated conform IDF 141/ISO 9622
Fat (%m/m) Protein (%m/m) Lactose (%m/m) Total Solids (%m/m) NPN-CU (mg/100g milk) FPD (m °C)
Measurement range 0 – 15% 0 – 10 % 0 – 10% 0 – 20% 10 – 100 400 – 600
Performance range 2 – 10% 0 – 7% 2 – 6% 6 – 20% 10 – 70 450 – 550
Repeatability specification CV < 0.25% CV < 0.25% CV < 0.25% CV < 0.25% Sr < 1.5 Sr < 0.5
Repeatability typical Sr = 0.004 Sr = 0.004 Sr = 0.006 Sr = 0.012 Sr = 0.9 Sr = 0.27
Reproducibility specification within lab SR < 0.020 SR < 0.020 SR < 0.020 SR < 0.050 SR < 2.8 SR < 1.5
Reproducibility typical within lab SR = 0.010 SR = 0.010 SR = 0.014 SR = 0.025 SR = 2.0 SR = 0.85
Accuracy specification bulk tank milk CV < 1.0% CV < 1.0% CV < 1.0% CV < 1.0% Syx < 4.0 Syx < 4.0
Accuracy typical bulk tank milk (based on combined tests) CV = 0.40% CV = 0.50% CV = 0.70% CV = 0.40% Syx = 2.5 Syx = 2.8
Accuracy single cow CV < 1.5% CV < 1.5% CV < 1.5% CV < 1.5%
PERFORMANCE SPECIFICATIONS OF THE HERD MANAGEMENT TOOLS FTIR FATTY ACIDS CALIBRATION MODELS (FULL SPECTRUM PLS) De novo fatty acids
(bulk tank milk in g/100 g milk)Mixed origins fatty acids
(bulk tank milk in g/100 g milk)Preformed fatty acids
(bulk tank milk in g/100 g Blood NEFA predicted in milk
(individual cow in μEq/l)
Measurement range 0.05 - 1.85 0.05 - 2.05 0.05 - 2.55 200 - 1860
Repeatability specification Sr < 60
Repeatability typical Sr = 0.010 Sr = 0.015 Sr = 0.030 Sr = 30
Accuracy specification Syx < 172
Accuracy typical Syx = 0.025 Syx = 0.045 Syx = 0.055
SOMATIC CELL COUNTER: MICROVAL CERTIFIED All parameter calculated conform IDF 148-2/ISO 13366-2, ISO 8196-3, EURL MMP criteria and MicroVal certification scheme
Measurement range cells/ml 0-10000 K
Performance range cells/ml 0-2000 K
Repeatability specification Repeatability typical Accuracy specification
100K cells/ml CV < 4.5% CV = 3.5% CV < 10%
300K cells/ml CV < 3.0% CV = 2.0% CV < 10%
500K cells/ml CV < 2.0% CV = 1.5% CV < 10%
2000K cells/ml CV < 2.0% CV = 1.5% CV < 10%
TERMINOLOGY:Milk components: Reference methods: Fat [ether extraction], protein [Kjeldahl], total solids [oven method], NPN-CU [pH method], FPD [cryoscopic method] Sr: standard deviation of repeatability conform IDF 141/ISO 9622 SR: standard deviation of reproducibility conform IDF 141/ISO 9622 Syx: standard deviation of accuracy conform IDF 141/ISO 9622 Syx% = Cv: relative standard deviation of accuracy conform IDF 141/ISO 9622 Sd: standard deviation of differences of the uncorrected signals conform IDF 141/ISO 9622 Sample intake: 6 ml
SPECIFICATIONS: CombiScope FTIR 300
Somatic cells: Sr% = Cv: relative standard deviation of repeatability conform IDF Sample intake: 3 ml
5www.perten.com
INSTRUMENT CHARACTERISTICS Analysis capacity (instrument speed) 600 samples/hour
Analysis capacity (Recorded effective speed (dependent on lab routines) 538 samples/hour
IR principle Fourier transform infrared and rotation scanning mechanism
Somatic cell counter principle LED flow cytometer
Standard sample intake 8 ml (programmable 5-10 ml)
Carryover < 1% for fat, protein, lactose, total solids, somatic cell count
Required sample intake temperature 35-41 °C
Operating system Windows 7 and 10
Operating interface Touchscreen, keyboard, mouse
Data transfer UTP
Type Desktop
Weight Approx. 330 kg.
Dimensions 230 x 80 x 70 cm
Power consumption 750 nominal (1200 VA max)
IP classification IP22
Instrument accessories Wheeled stainless steel system table, unidirectional barcode reader, and 360° barcode reader
PERFORMANCE SPECIFICATIONS OF THE STANDARD FTIR CALIBRATION MODELS (FILTER AND FULL SPECTRUM PLS) All parameter calculated conform IDF 141/ISO 9622
Fat (%m/m) Protein (%m/m) Lactose (%m/m) Total Solids (%m/m) NPN-CU (mg/100g milk) FPD (m °C)
Measurement range 0 – 15% 0 – 10% 0 – 10% 0 – 20% 10 – 100 400 – 600
Performance range 2 – 10% 0 – 7% 2 – 6% 6 – 20% 10 – 70 450 – 550
Repeatability specification CV < 0.25% CV < 0.25% CV < 0.25% CV < 0.25% Sr < 1.5 Sr < 0.5
Repeatability typical Sr = 0.006 Sr = 0.006 Sr = 0.010 Sr = 0.020 Sr = 1.4 Sr = 0.30
Reproducibility specification within lab SR < 0.020 SR < 0.020 SR < 0.020 SR < 0.050 SR < 2.8 SR < 1.5
Reproducibility typical within lab SR = 0.010 SR = 0.010 SR = 0.014 SR = 0.025 SR = 2.0 SR = 0.85
Accuracy specification bulk tank milk CV < 1.0% CV < 1.0% CV < 1.0% CV < 1.0% Syx < 4.0 Syx < 4.0
Accuracy typical bulk tank milk (based on combined) CV = 0.40% CV = 0.50% CV= 0.70% CV = 0.40% Syx = 2.5 Syx = 2.8
Accuracy single cow CV < 1.5% CV < 1.5% CV < 1.5% CV < 1.5%
PERFORMANCE SPECIFICATIONS OF THE HERD MANAGEMENT TOOLS FTIR FATTY ACIDS CALIBRATION MODELS (FULL SPECTRUM PLS) De novo fatty acids
(bulk tank milk in g/100 g milk)Mixed origins fatty acids
(bulk tank milk in g/100 g milk)Preformed fatty acids
(bulk tank milk in g/100 g Blood NEFA predicted in milk
(individual cow in μEq/l)
Measurement range 0.05 – 1.85 0.05 – 2.05 0.05 – 2.55 200 - 1860
Repeatability specification Sr < 60
Repeatability typical Sr = 0.010 Sr = 0.015 Sr = 0.030 Sr = 30
Accuracy specification Syx < 172
Accuracy typical Syx = 0.025 Syx = 0.045 Syx = 0.055
SOMATIC CELL COUNTER: MICROVAL CERTIFIED All parameter calculated conform IDF 148-2/ISO 13366-2, ISO 8196-3, EURL MMP criteria and MicroVal certification scheme
Measurement range cells/ml 0-10000 K
Performance range cells/ml 0-2000 K
Repeatability specification Repeatability typical Accuracy specification
100K cells/ml CV < 6.0% CV = 3.5% CV < 10%
300K cells/ml CV < 4.0% CV = 2.5% CV < 10%
500K cells/ml CV < 3.0% CV = 2.0% CV < 10%
2000K cells/ml CV < 3.0% CV = 2.0% CV < 10%
TERMINOLOGY:Milk components: Reference methods: Fat [ether extraction], protein [Kjeldahl], total solids [oven method], NPN-CU [pH method], FPD [cryoscopic method] Sr: standard deviation of repeatability conform IDF 141/ISO 9622 SR: standard deviation of reproducibility conform IDF 141/ISO 9622 Syx: standard deviation of accuracy conform IDF 141/ISO 9622 Syx% = Cv: relative standard deviation of accuracy conform IDF 141/ISO 9622 Sd: standard deviation of differences of the uncorrected signals conform IDF 141/ISO 9622 Sample intake: 6 ml
SPECIFICATIONS: CombiScope FTIR 600
Somatic cells: Sr% = Cv: relative standard deviation of repeatability conform IDF Sample intake: 3 ml
For a complete listing of our global offices, visit www.perkinelmer.com/ContactUs
Copyright ©2020, PerkinElmer, Inc. All rights reserved. PerkinElmer® is a registered trademark of PerkinElmer, Inc. All other trademarks are the property of their respective owners.
56850A PKI
PerkinElmer, Inc. 940 Winter Street Waltham, MA 02451 USA P: (800) 762-4000 or (+1) 203-925-4602www.perkinelmer.com
For sales and support contacts, please visit www.perten.com/contact