TA. new plus

Overview

A Texture Analyser is a meticulously engineered instrument designed to accurately measure and quantify the physical and mechanical properties of materials. This sophisticated tool leverages advanced scientific and technological principles. Using methods such as compression, extrusion, shearing, snapping, and bending, the Isenso Group‘s texture analysis software evaluates parameters like gumminess, adhesiveness, chewiness, and elasticity.

 

Renowned for its versatile applications across various industries, from food production to pharmaceuticals, the Texture Analyser is essential for studying the physical attributes of products and materials.

Whatch video to

see details

Aim for the perfect point of crunchiness
The Perfect Biscuit that your competitor will purchase secretly from you

Features & BENEFITS

  • Load Cell: considered as the crucial component in the Texture Analyzer, the load cell is a sensor whose function is to convert mechanical force into a proportional electrical signal, which will be the key to measure the force applied to the sample.
  • Controlled Test Speed: in order to fully leverage its potential, the texture analyzer allows the user to customize the speed at which force is applied during the process of analyzing a sample. Thus, it yields different outcomes and provides the professional with the specific parameters they seek to attain.
  • Sample Grips and Fixtures: the instrument incorporates a range of grips and fixtures, rigorously designed to effectively hold the sample, manipulate its orientation for diverse outcomes, prioritize user safety during machine operation, accommodate the Analyzer to the shape and size of the sample and furnish precision and accuracy in the testing procedures.
  • Multiple Test Modes: texture measurement can be conducted through several test modes: compression (measuring the compressibility of a sponge) tensile tests (e.g measuring the extensibility of a rope until it gets broken), shear (e.g measuring the bite force of a biscuit) , bending (e.g measuring the brittleness of a crisp), puncture (e.g measuring the spreadability of a lip balm), extrusion tests (e.g measuring the consistency of a liquid). Such diversity in testing methodologies enables precise and nuanced analysis of physical attributes.
  • Data Acquisition and Analysis Software: our instrument includes specialized software for data storage. This software is highly accurate and isolates the information obtained during the texture analysis process of each sample individually. Furthermore, it enables the user to readjust parameters as needed to obtain varying data based on the analyzed sample. It also provides multiple post-test options to facilitate result evaluation and generates data reports, presented in various types of graphs. This software encompasses different levels of complexity.
  • Texture Profile Analysis (TPA): this well-know method, included in our Texture Analyzers, makes it possible for the users to obtain many different texture parameters in analyzing samples, including ripeness of food, firmness, toughness, spreadability, adhesiveness, crumbliness, elasticity and gumminess between others…
  • Variable Test Settings: In order to adapt the Texture Analyzer to the specific testing requirements, test settings can be customized. For example, the analyst can modify pre-test and post-test speeds, test modes, distance, trigger force, waiting times, data acquisition rates, sample orientation and much more.
  • Graphical Displays: As mentioned above, Texture Analyzers are equipped with graphical displays that provide real-time visual representations of force-related data as tests are being conducted. These graphical displays commonly show dynamic force measurements plotted against either time or distance, allowing users to observe different stages in the process, so they can evaluate the performance of the materials.
  • Automation and Programmability: Certain Texture Analyzers have the option to execute tests autonomously. This is highly useful when repetitive testing procedures are necessary, or when ensuring consistent product quality is paramount. Users can set a series of tests, specifying the test parameters and sequence, and let technology do the rest.
  • Safety features: Safety features in a texture analyzer are crucial to protect users and maintain the testing process’s integrity. These features include emergency stop buttons, overload protection, safety enclosures, interlock systems, access control, warning labels, calibration checks, user manuals, and emergency procedures. They collectively ensure safe equipment operation and minimize risks associated with texture analysis procedures.
  • Calibration and verification: these processes are a must in analyzing textures. Calibration ensures the accuracy and consistency of measurements by adjusting the instrument to a known standard. Verification confirms the instrument’s accuracy by comparing it to a known reference. These procedures are essential to obtain trustworthy testing results.
  • Interchangeable Probes: Some models come with interchangeable probes, which offer users the ability to switch between different probe types, allowing the instrument to adapt to various testing needs and sample types. These probes can be, for example, cylinder, conical, spherical, needles, compression plates (with different shapes), etc.
  • Data Export: This functionality in the software enables users to easily transfer test data and reports to common data analysis tools like Microsoft Excel, as it exports the file in a compatible format.

Why do you need one?

Texture Analysers are indispensable in quality control, product development, and research across a wide range of industries. They enable manufacturers and researchers to conduct objective, precise evaluations of material properties, enhancing product quality and manufacturing processes. These insights drive continuous improvement and innovation.

At ISENSO Group, our researchers are dedicated to providing cutting-edge tools and systems for comprehensive material texture and composition analysis. Our commitment to innovation and development ensures that you have the state-of-the-art resources needed for accurate and reliable analysis.

For more information