PerkinElmer Pyris 1 TGA Thermogravimetric Analyzer – Laboratory Thermal Analysis Equipment

The PerkinElmer Pyris 1 TGA Thermogravimetric Analyzer is a laboratory analytical instrument designed to investigate the thermal properties and composition of materials by measuring changes in sample mass as a function of temperature or time under a controlled atmosphere. Thermogravimetric analysis (TGA) is widely used in pharmaceutical research, polymer science, chemical analysis, materials development, and industrial quality control.

The Pyris 1 TGA is designed to help researchers understand how materials behave when exposed to heating and controlled atmospheric conditions. By recording sample mass during a programmed temperature sequence, the instrument can provide valuable information about moisture loss, solvent evaporation, thermal decomposition, oxidation, and the relative proportions of volatile and nonvolatile components.

The instrument shown in the photograph features a front control panel, a protective enclosure, and a sample measurement assembly. Its configuration is consistent with a thermogravimetric analysis system used for controlled laboratory measurements. The exact furnace configuration, balance specifications, software version, and included accessories should be confirmed for the individual unit.

Thermogravimetric analysis is particularly valuable when material behavior cannot be adequately assessed through visual inspection or conventional weighing. A sample may lose mass gradually as moisture evaporates, undergo distinct mass-loss stages as its components decompose, or gain mass through reactions with the surrounding atmosphere. TGA helps quantify these changes and relate them to the experimental temperature program.

In pharmaceutical laboratories, the Pyris 1 TGA can support investigations into the moisture content and thermal behavior of raw materials, excipients, and suitable pharmaceutical compounds. It can help researchers examine dehydration, residual solvent loss, and thermal decomposition patterns. The results may contribute to preformulation studies and material characterization, although TGA alone does not establish pharmaceutical purity, identity, or regulatory compliance.

In polymer and plastics research, thermogravimetric analysis can be used to investigate thermal degradation, compare material stability, and estimate the relative proportions of polymer, filler, ash, and other components where the measurement conditions and interpretation support those conclusions. These studies are useful during material development, comparative testing, and failure analysis.

The instrument also has applications in chemical and industrial laboratories. Researchers can study the decomposition behavior of powders, pigments, resins, coatings, minerals, and other suitable samples. When experiments are performed under appropriate inert or reactive atmospheres, the resulting mass-change curves can reveal important information about the thermal reactions occurring within the sample.

A TGA system is also useful in academic and research institutions where thermal analysis forms part of materials science, chemistry, pharmaceutical science, and engineering investigations. Its measurement approach enables researchers to compare materials under defined experimental conditions and develop a better understanding of thermal stability and composition.

The PerkinElmer Pyris 1 TGA is therefore a relevant option for laboratories requiring thermogravimetric measurement capabilities. For a pre-owned unit, prospective buyers should verify the balance response, temperature control, furnace operation, gas connections, software availability, and measurement repeatability before placing the instrument into routine service.

2.1 Applications of the Product

The PerkinElmer Pyris 1 TGA is suitable for a variety of thermal analysis applications.

• Pharmaceutical research: Study moisture loss, dehydration, and thermal decomposition of suitable drug substances and excipients.

• Polymer analysis: Evaluate thermal degradation and compare the thermal stability of plastics, resins, and polymers.

• Chemical laboratories: Investigate decomposition patterns and mass changes in chemical compounds.

• Materials science: Characterize ceramics, composites, minerals, and specialty materials.

• Food research: Study moisture loss and thermal behavior of selected food ingredients.

• Quality control: Compare thermal behavior across raw material batches and product formulations.

• Research and development: Support material screening, formulation development, and thermal characterization.

• Academic laboratories: Conduct experiments involving thermogravimetric analysis and material science.

2.2 Features of the Product

• Thermogravimetric analysis for measuring sample mass changes during controlled heating.

• Front control panel for instrument operation.

• Enclosed measurement area designed to protect the sample assembly.

• Programmable temperature and time-based experimental methods, subject to the installed system configuration.

• Suitable for investigating moisture loss, volatile components, and thermal decomposition.

• Supports thermal stability investigations of polymers, chemicals, and pharmaceutical materials.

• Can support experiments under compatible controlled gas atmospheres.

• Provides thermogravimetric data for evaluating material behavior.

• Suitable for laboratory research, development, and material characterization.

• Compatible software and accessories must be verified for the specific unit.

2.3 Technical Specifications

Specifications marked for verification should be confirmed using the unit's serial number, original documentation, or a functional inspection. Actual performance depends on instrument condition and configuration.

2.4 Product Condition

Suggested condition: Used / Refurbished

The instrument is presented as a pre-owned PerkinElmer Pyris 1 TGA Thermogravimetric Analyzer.

• Physical condition: Refer to the supplied photograph.

• Operational condition: Requires confirmation through functional testing.

• Accessories: Confirm the exact accessories included in the sale.

• Software: Verify availability, licensing, and compatibility.

• Calibration: Confirm whether calibration or performance verification has been completed.

• Warranty: Specify only if a warranty is actually offered by the seller.