Buchi NIRMaster Spectrometer

• Quality control in food and feed production for parameters like moisture, protein, and fat content.
• Process monitoring in chemical and pharmaceutical manufacturing to ensure product consistency.
• Material identification and verification in various industrial settings.
• Agricultural analysis for crop quality assessment and soil composition.
• Research and development in material science for characterisation of new compounds.

Measurement principle

Typically Near-Infrared (NIR) spectroscopy, often utilising Fourier Transform (FT) technology for this class of equipment.

Wavelength range

Commonly in the NIR region, typically 800-2500 nm, suitable for a wide range of organic and inorganic samples.

Sample types

Capable of analysing solids, liquids, and slurries, often with various sample presentation modules.

Power supply

Typically operates on standard single-phase industrial power, commonly 230V, 50Hz in the UK.

Enclosure material

Units designed for food-grade environments, such as the Buchi NIRMaster, commonly feature hygienic materials like PMMA.

Environmental protection

For at-line applications, units often have certified dust and splash protection ratings (e.g., IP54 or higher).

• What is the typical lifespan of a used NIR spectrometer?

  The lifespan can vary significantly based on maintenance and usage. With proper care, these instruments can provide many years of reliable service.

• Are calibrations transferable between different NIRMaster units?

• What kind of maintenance does a Buchi NIRMaster typically require?

• Can this unit be integrated into existing process control systems?

• What are the common consumables for this type of equipment?

Spectrophotometers hold strong reputation for reliable performance in analytical laboratories. Buyers typically value precision, repeatability and durability across UV-Vis, fluorescence and colorimeter models. When purchasing used units, inspect optical components carefully, verify calibration certificates, and confirm wavelength accuracy. These instruments generally perform well long-term when maintained properly. Key strengths include consistent results, straightforward operation, and broad compatibility with laboratory workflows. Established brands tend to retain functionality well, making secondhand purchases viable for quality-conscious buyers seeking cost-effective solutions.

General overview for this equipment type