Food Texture Analyser


Food Texture Analyser is suitable for Texture Test on a variety of products using special Jigs & Fixtures.

Texture Tests comprise of Softness Test, Hardness Test, Bite Test, Slice Test, Poke Test, Bloom Test, Piercing Test, Snap Test, etc.

Can be used for testing of : Bakery, Dairy, Fruits, Confectionary, Chocolates, etc

Confirms to Industry Accepted Practice.

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Food Texture Analyser

Food texture analysis is a crucial aspect of food science and technology, as it helps in understanding and characterizing the physical properties of food products. Texture analysis involves measuring the mechanical and sensory properties of food items to evaluate factors such as hardness, cohesiveness, chewiness, crispness, and more. This information is valuable for quality control, product development, and ensuring consumer satisfaction. Here are some key points related to food texture analysis:

  1. Texture Parameters: Food texture can be described using various parameters, including hardness, adhesiveness, cohesiveness, gumminess, chewiness, springiness, and fracturability. These parameters provide a comprehensive view of the texture of a food product.
  2. Instrumental Methods: Food texture analysis is often conducted using specialized instruments called food texture analyser. These devices apply force to a food sample and measure its response. Common methods include compression, shear, and tensile testing.
  3. Sensory Evaluation: Sensory panels, comprised of trained or consumer testers, can evaluate food’s texture through human perception. Descriptive sensory analysis is used to create sensory profiles that describe the texture attributes of a product.
  4. Rheology: Rheological analysis focuses on the flow and deformation behavior of food products. This is particularly relevant for liquid and semi-solid foods like sauces, gels, and dough.
  5. Texture Profiles: Texture profiles are graphical representations of a food product’s texture properties. They often show force or deformation over time and can help compare different products or formulations.
  6. Applications: Food texture analysis is used in various food industries, such as baking, meat processing, confectionery, and dairy. It aids in product development, quality control, shelf-life assessment, and consumer preference studies.
  7. Food Product Development: Understanding and controlling texture is crucial in the development of new food products. Producers need to create foods with desirable textures to meet consumer expectations.
  8. Quality Control: Texture analysis helps manufacturers maintain consistency in their products. By setting standards for texture parameters, they can ensure that each batch meets the desired quality.
  9. Shelf-Life Assessment: Changes in texture can be indicative of food spoilage or quality deterioration. Food Texture Analyser can help in assessing the shelf life of food products.
  10. Consumer Acceptance: Texture plays a significant role in consumer acceptance. Food companies use texture analysis to fine-tune their products to meet consumer preferences.
  11. Regulatory Compliance: In some cases, regulatory agencies may set standards for food texture, particularly for safety and quality. Texture analysis can help ensure compliance with these standards.
  12. Sous Vide Cooking: Texture analysis is also relevant in modern culinary techniques like sous vide, where precise control of food texture is essential for achieving desired results.

Food texture analysis is a multidisciplinary field, combining elements of food science, engineering, and sensory evaluation to provide valuable insights into the properties of food products. It plays a pivotal role in the development and quality control of a wide range of food items, from bread and meat to snacks and desserts.