IM 8800 Portable Protein Determination Device
Perten IM 8800 is a family of models developed for the portable analysis of grains and suitable oilseeds NIR. This registration is considered as a second-hand device.
Evaluate second-hand analysers with actual instrument condition, calibration, licensing and acceptance testing. Find out the scope of delivery, installation and technical support.
Perten IM 8800 is a family of models developed for the portable analysis of grains and suitable oilseeds NIR. This registration is considered as a second-hand device.
Second hand Perten Inframatic 9500 is an evaluated system for composition analysis based on NIR/NIT in whole grain and suitable oilseeds. The parameters and calibration scope of each product are verified separately.
AgriCheck; It is an analyser designed to quickly evaluate moisture, protein and related parameters in grain quality control.
Mininfra Scan-T is a model name of the Infracont, preceding the NIR family of grain analysers. This registration is considered a second-hand device; The submodel and current hardware must be verified with the device label.
nfratec™ has always been the benchmark for technological excellence and performance in the field of grain analysis. We've raised the bar even higher with Infratec™ NOVA. Smaller, faster and easier to use, the Infratec™ NOVA represents the ultimate in technology, accuracy and ease of use and sets new standards for grain analysis.
FOSS Infratec 1241; It is the NIT system that quickly analyzes protein, moisture, oil, starch, hectolitre and other quality parameters in grain and flour samples.
The ad title and appearance alone are not enough. Suitability for application and technical condition must be evaluated with documentable data.
Check the optics, sensors, mechanical parts, display, connections and consumable status on a device-specific basis.
Make sure that the product and parameters you want to measure are available and verifiable on the device.
Clarify in writing the terms of software, computer, sample container, accessories, training, warranty and service.
When second-hand analysers undergo proper technical control, they can be a powerful alternative for different budget and capacity needs. However, the model name or external appearance alone does not indicate the measurement performance of the device.
Optical and mechanical condition, software version, existing calibrations, accessories, service history and total commissioning cost should be evaluated together before the purchasing decision.
In the second-hand protein/NIR instrument, suitability is evaluated together with the sample to be measured and the loaded calibrations. Moisture basis, conversion factor and reference method are as important as the protein result.
| Title | Information to check |
|---|---|
| sample presentation | Cuvette/holder suitable for whole grain, flour or ground sample |
| Calibration | Product, parameter, version, range and license scope |
| Reporting | Moisture basis, units, factors and data transfer |
| Acceptance | Control on representative samples with known reference result |
Submodel distinctions such as Mininfra Scan-T/Plus and individual device registrations such as IM 9500 should be addressed by serial number. Optical/mechanical condition, computer and software licenses should not be assumed separate from the bid package.
Rather than a model comparison, this table shows the decision framework to use to arrive at the correct device class.
| Solution type | Optimal use | strong side | Needs to be checked |
|---|---|---|---|
| Controlled device | Fast commissioning target | Technical condition has been assessed in advance | Control scope and delivery report |
| Device requiring revision | Project and renovation plan | Lower initial investment probability | Parts, time and total cost of ownership |
| New device alternative | Long term standard use | Updated software and manufacturer support | Budget, deadline and calibration scope |
Share brand, model, serial number and device photos; Let's evaluate the service and application scope together.
Model, serial number, year of manufacture, operating condition, service history, software version, accessories and current calibration list should be requested.
If the technical condition of the device is suitable, performance control can be planned with reference samples and appropriate methods. Coverage is determined by device and application.
Possible parts, maintenance, calibration, software, computers, accessories, transportation, installation and training costs should also be added to the purchase price.
Evaluate your model choice together with the area of use, sample and scope of delivery.
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