Digital Texture Analyzer LTDA-T2010

Introduction

Digital Texture Analyzer a standard 20 kg strength sensing element. It offers automated calibration and verification of both force and displacement through a smart control interface. Its software is user-friendly and includes integrated help tools. Advanced features like full test playback with synchronized video and data enable in-depth analysis. Our analyzer is well-suited for physical property testing of a wide range of samples, including gelatin and other texture-sensitive materials.

This test equipment is designed to meet the rigorous requirements of modern laboratory operations, ensuring high precision, reliability, and ease of use for various experimental applications.

Applications

Our Digital Texture Analyzer is used for analyzing the physical and textural properties of food, pharmaceuticals, cosmetics, and biomaterials. It accurately measures gel strength, hardness, elasticity, chewiness, viscosity, and other mechanical characteristics.

Specifications

Strength Sensing Element	20 kg
Power Analysis Accuracy	0.001 g (Real-time synchronous display)
Force Accuracy Error	Up to ± 0.01%
Displacement Range	0 to 310 mm
Displacement Analysis Accuracy	0.0001 mm (Real-time synchronous display)
Detection Speed Range	0.01 to 40 mm/s
Detection Speed Error	Up to 1%
Data Acquisition Rate	Up to 3000 sets/sec (Selectable: 200, 500, 1000, 2000)
Protection Functions	Emergency brake, limit control, overload protection, data encryption
Calibration Functions	Automatic measurement & calibration with built-in algorithm
Software Curve Display	Force-time, force-distance, distance-time, stress-strain
Dimensions	540 × 330 × 780 mm
Net Weight	25 kg
Gross weight	35 kg

Features

Ultra-fast data acquisition rate

Real-time curve and data display

Built-in audit database

Comparative curve analysis

FAQs

1. What is the primary function of the Digital Texture Analyzer , and how does it differ from conventional texture testing instruments?

Digital Texture Analyzer is designed to quantitatively evaluate the physical and mechanical properties of materials, such as hardness, elasticity, viscosity, and gel strength, using advanced force-displacement analysis. Unlike conventional texture testers, it offers real-time synchronized data display, ultra-high resolution (0.0001 mm displacement accuracy), and a smart control interface with automated calibration.

2. How does the automated calibration system in the Digital Texture Analyzer enhance accuracy and reduce user error?

Digital Texture Analyzer includes an intelligent auto-calibration and verification system that ensures high consistency in force and displacement measurements. Through built-in algorithms, the system runs periodic verification routines, detects deviations in calibration, and automatically corrects them without manual recalibration. This not only minimizes human error but also enhances compliance with regulated standards.

3. What makes the Digital Texture Analyzer suitable for analyzing gelatin and similar texture-sensitive materials?

Gelatin and hydrocolloids require delicate handling and highly sensitive measurements, which the Digital Texture Analyzer is purpose-built to deliver. Its force resolution of 0.001 g and displacement precision of 0.0001 mm enable it to capture fine texture variations such as brittleness, gel strength, elasticity, and tenderness. Additionally, the analyzer supports over 10 preloaded test modes, such as compression, puncture, and creep tests, which are essential for characterizing gelatin’s viscoelastic behavior.

4. How does the comparative curve analysis function benefit researchers and product developers using the Digital Texture Analyzer ?

Digital Texture Analyzer offers a powerful comparative curve analysis feature, which enables users to overlay up to five historical or real-time test results. Each curve, whether force-time, distance-time, or stress-strain is color-coded for clarity. This capability is especially beneficial in product development and quality assurance, as it allows researchers to compare formulation changes, batch consistency, or the effects of storage conditions on texture. Coupled with the software’s ability to label key data points and export results in multiple formats, users can draw deep analytical insights with minimal effort.

5. What is a Texture Analyzer and why is it used?

A Texture Analyzer is a precision instrument used to measure the mechanical and physical properties of materials such as hardness, elasticity, chewiness, gel strength, and viscosity. Texture Analyzer widely used in food, pharmaceuticals, cosmetics, and biomaterials to quantify texture attributes and ensures product consistency, quality, and consumer satisfaction.

6. What kind of samples can be tested with a Texture Analyzer?

Texture Analyzers can be used to test a wide variety of samples including gelatin, dough, meat, dairy products, fruits, jelly, pharmaceuticals, creams, hydrogels, and even packaging films. They are ideal for both soft and firm materials, depending on the load cell and probe configuration used.

7. How does a Texture Analyzer work?

Texture Analyzer works by applying a controlled force to a sample using a probe while measuring the sample’s response in terms of deformation, resistance, or breakage. The data is captured in real-time as force vs. distance or time curves, which can be analyzed to determine key texture parameters.

8. What are the most common tests performed with a Texture Analyzer?

Common tests which can be done with the help of our Texture Analyzers, include compression, tension, puncture, shear, bending, relaxation, and creep testing. These tests help determine properties such as gel strength, firmness, chewiness, tensile strength, brittleness, and elasticity.