CEM

SMART 6

Rapid microwave and infrared moisture and solids analyzer for direct loss-on-drying measurements in wet and dry samples
Up to ten times faster than halogen drying systems
Suitable for both wet and dry products
Combines microwave and infrared energy for controlled drying

SMART 6

Microwave and infrared moisture and solids analyzer

The SMART 6 is a rapid moisture and solids analyzer that combines microwave and infrared energy for direct loss-on-drying measurements. Its dual-frequency drying technology enables laboratories to analyze both wet and dry samples using one instrument.

The system continuously monitors sample temperature to control the drying process. Compared with conventional halogen drying systems, the SMART 6 can reduce analysis times by up to ten times.

How does dual-frequency drying work?

The SMART 6 combines two forms of energy sources to remove free and bound moisture, as well as other volatile components.

Low-frequency microwave energy penetrates the sample and rapidly removes free moisture and polar volatile components through dipole rotation. Higher-frequency infrared energy heats the sample and supports the removal of bound moisture and non-polar volatile components.

Together, these technologies provide rapid and controlled drying across different sample types. Direct temperature monitoring helps reduce surface burning and incomplete drying.

Rapid moisture and solids analysis for different sample types 

The SMART 6 determines moisture and solids content by measuring sample weight loss during drying. Its dual-frequency technology supports products with different moisture levels and compositions.

Typical applications include:

  • Meat and poultry: moisture determination in beef, chicken, pork and processed meat products.
  • Dairy products: moisture and solids analysis in cheese, milk powder, yogurt and ice cream.
  • Food processing: moisture and solids determination for quality control and product consistency.
  • Chemical products: solids determination in coatings, adhesives and latex.
  • Other industrial materials: analysis of suitable water-based and solvent-containing samples.

Pre-programmed drying methods simplify routine analysis. Laboratories can also use established methods for different products and testing requirements.

Software and process monitoring

The SMART 6 includes user-friendly software for managing analytical methods, reviewing results and monitoring product consistency.

Statistical processing functions allow laboratories to evaluate measurement trends and generate Statistical Process Control (SPC) charts. These functions support quality control and help identify changes in production processes.

The system also supports connectivity with laboratory information management systems (LIMS) for data transfer and record keeping.

AOAC methods and regulatory compliance 

The SMART 6 supports moisture and solids analysis associated with several AOAC methods, including:

  • AOAC 985.14
  • AOAC 2008.06
  • AOAC PVM 1:2004

The instrument includes features supporting compliance with 21 CFR Part 11 requirements. These include configurable user access and activity logging for traceability. Overall regulatory compliance also depends on the laboratory’s procedures, configuration and validation.

Combined moisture, solids, and fat analysis with ORACLE

The SMART 6 can be paired with the ORACLE Rapid NMR Fat Analyzer for combined moisture, solids and fat determination. The SMART 6 measures moisture or solids content using dual-frequency drying. The ORACLE then determines fat content using nuclear magnetic resonance (NMR) technology. Together, the instruments can provide moisture/solids and fat results in less than five minutes for suitable applications.

The combined workflow supports methods including:

  • AOAC 2008.06: moisture and fat determination in meat products.
  • AOAC PVM 1:2004: moisture/solids and fat determination in dairy products.

Key features

  • Direct loss-on-drying measurement: determines moisture and solids content through sample weight loss.
  • Dual-frequency drying: combines microwave and infrared energy for rapid sample heating.
  • Rapid analysis: up to ten times faster than halogen drying systems.
  • Versatile sample analysis: suitable for both wet and dry products.
  • Direct temperature monitoring: controls sample heating throughout the drying process.
  • Pre-programmed methods: more than 200 existing moisture/solids methods available.
  • Statistical process control: generates SPC charts for monitoring analytical results.
  • LIMS connectivity: supports laboratory data transfer and record keeping.
  • User access management: provides configurable access and activity logging.
  • ORACLE compatibility: enables combined moisture/solids and fat analysis using a separate ORACLE analyzer.

Ask about this instrument

SciSPX helps laboratories in Belgium, the Netherlands and Luxembourg find the right analytical instruments, with expert advice, installation, training and technical support.

Frequently asked questions

The SMART 6 determines moisture and solids content through direct loss-on-drying measurements. It uses microwave and infrared energy to dry samples while monitoring sample temperature.

Dual-frequency drying is a moisture analysis technique that combines microwave and infrared energy in a single system. The microwave energy penetrates the sample to remove free moisture, while infrared energy removes bound moisture and improves temperature control.

Dual-frequency drying uses two complementary heating mechanisms simultaneously. This accelerates moisture removal while maintaining controlled drying conditions, allowing moisture analysis to be completed much faster than traditional methods.

The SMART 6 combines microwave and infrared energy instead of relying solely on infrared heating. This allows faster drying across different sample types, with analysis times up to ten times shorter than halogen systems.

Moisture analysis is the determination of the amount of water present in a sample. It is one of the most important quality control measurements in food, dairy, agricultural, pharmaceutical, and industrial products.

Solids analysis determines the percentage of material remaining after moisture has been removed from a sample. Total solids are commonly used to evaluate product concentration, composition, and process consistency.

Loss-on-drying is an analytical method that measures moisture content by determining the weight lost during the drying process. The difference between the initial weight and final dry weight represents moisture and volatile components removed during heating.

The SMART 6 can analyze moisture and solids content in products such as meat, poultry, cheese, milk powder, yogurt and other processed foods. Suitable drying methods depend on the sample composition.

Downloads

Application note Alternative Methods for Plant-Based Alternative Proteins
Brochure CEM Smart 6

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