ANKOM TDFi Fully Automatic Total Dietary Fiber Analyzer

Introduction

ANKOM TDFi dietary fiber analyzer, as a "fully automatic" dietary fiber analysis equipment, is a sophisticated equipment developed and manufactured in accordance with the relevant standards of national standards GB/T 5099.88-2008 and AOAC 991.43, AACC 32-07.01, NMKL 1292003. It completely solves the problems of complicated solution transfer and lengthy steps in traditional dietary fiber enzymatic hydrolysis and filtration processes, and maximizes the "simplicity, stability, efficiency, and accuracy" of experiments. As an analytical device, its design is full of rigorous scientific rigor, utilizing a large number of mature and reliable advanced technologies to make experiments full of humanization. Compared with other so-called "dietary fiber" analysis devices that are both cumbersome and inaccurate with traditional manual methods and only require some modifications on the coarse fiber equipment, the ANKOM TDFi dietary fiber analyzer does not have an external constant temperature oscillator and does not require glass containers, filters, etc. to complete the analysis steps of dietary fiber. It can automatically complete high-precision injection of enzymes and multiple chemical solvents, heating and constant temperature, oscillation, enzymatic hydrolysis, filtration, washing, precipitation, re filtration, waste liquid discharge, etc. on a sophisticated instrument. Through technological innovation, up to 35 lengthy steps in traditional methods such as national standards and AOAC have been reduced to 14, avoiding many of the chronic problems in traditional methods and reducing the interference of human factors on data. Therefore, the accuracy and repeatability of experimental results are well ensured.

ANKOM TDFi dietary fiber analyzer has patented filter bags, which have low operating costs. To conduct a complete IDF/SDF or TDF sample analysis, including parallel samples, only 2 dedicated filter bags are required per time. Compared to the total comprehensive cost of analysis, the proportion of dedicated filter bags is extremely small. The ANKOM filter bag method, while complying with national standards and AOAC 991.43 dietary fiber analysis method, has been favored by many of our users due to its greatly improved automation, increased batch and daily processing capacity, improved experimental data stability, avoided experimental difficulties, and reduced experimental errors. Compared with the traditional method of glass bottle+crucible+water bath, ANKOM's filter bag technology can save a lot of manpower. Even people who are not very familiar with dietary fiber analysis can complete the experimental process better under the guidance of ANKOM's fully automatic intelligent microcomputer program.

ANKOM TDFi dietary fiber analyzer not only operates quickly and efficiently, but also liberates analysts, making dietary fiber analysis experiments no longer a daunting and unavoidable challenge. Every user will be amazed to find that the experimental process is so enjoyable and simple. And experimental data or articles labeled with equipment sourced from "ANKOM" have also been widely recognized by international and domestic peers.

application

This product is suitable for dietary fiber detection and analysis in the fields of food, feed, beverages, and other analytical research.

Technical Features

1. Follow GB/T 5099.88-2008 and AOAC 991.43, AACC 32-07.01, NMKL 92003 steps

2. Fully microcomputer automatic control, fully automatic enzymatic hydrolysis

3. IDF/SDF can be measured separately or TDF can be directly measured

4. Perfectly solve the filtering problem of traditional methods, without clogging

5. Accurate and rapid measurement, capable of measuring at least 9 samples per day, with 2 parallel samples per sample

6. No need for sample transfer, no additional configuration of constant temperature water bath and oscillator, saving resources and space

7. Precise automatic injection of chemical solvents and enzymes, no need for human supervision

8. Safe, efficient, and reduce human error

Equipment parameters

1. Main purpose:

Designed using the principle of enzymatic hydrolysis, including enzymatic hydrolysis,Water bath and filtration separation device. Used for directly determining the total dietary fiber, sexual fiber, soluble and insoluble dietary fiber content in food.

2. Working conditions:

2.1 Operating environment temperature: 10 ° C~40 ° C

2.2 Operating environment humidity: 20%~90% RH

2.3 Power supply: 220-240 V, 50-60 Hz

3. Technical indicators:

3.1 Analysis principle: Enzymatically hydrolyze the fibers in the sample in stages to obtain the totalSoluble fiber content, mainly used for IDF, SDF, TDF analysis in foodResearch and HPLC analysis of filtered solutions. Suitable for efficient and rapid testing of multiple samples;

★ 3.2 Application technology: patented filter bag technology, never clogging the filtration;

3.3 Filter bag structure: three-dimensional structure, dedicated double chamber filter bag

★ 3.4 Automation level: The instrument is fully automated through a programmable computerControl the entire process of enzymatic fiber analysis, including automatic and precise addition of chemicalsSolvent/biological enzyme, automatic rinsing, automatic constant temperature, automatic frequency oscillationAutomatic sedimentation, automatic filtration, automatic waste discharge, etc. The entire process does not require human interventionWorker care;

3.5. Intelligence level: At the beginning of each new analysis, the instrumentAutomatically run the overall performance test of the pipeline once. For shutdown or idleAfter the first operation after 12 hours, the instrument intelligently replaces the liquid in the pipeline

Start running.

★ 3.6 Program controller: integrated detachable microcomputer controller,

3.5-inch large flat LCD microcomputer controller, touch sensitive; Can display in real-timeThe running status and process of the experiment, including real-time temperature, duration, remaining time, etc

3.7 Maximum batch processing capacity: 6

Batch processing on 3.8 days: 3 batches

★ 3.9 Daily processing capacity: 18, 9/parallel (working for 8 hours per day)Duration calculation), no need for manual monitoring

★ 3.10 Batch processing time: 3.5 hours for TDF, single IDF or SDF1 to 2 hours

★ 3.11 Filtering time: 1-5 minutes.

★ 3.12 Filtration method: Positive pressure filtration, no need for back blowing.

3.13 Analysis temperature range: 25-100 ℃

3.14 Temperature control accuracy: 25 ℃± 1 ℃, 100 ℃± 2 ℃

3.15 Standard deviation of results: ≤ 1%

★ 3.16 Safety performance: High tolerance alloy main frame, no need for glass bottlesAnd the crucible, without the need to transfer the sample, can be operated manually. Solvent/enzyme pipelineTransparent and visible connection for easy maintenance and upkeep

★ 3.17 Environmental Protection Status: No need for constant temperature water bath and filter bottle,No odor drifting, ordinary standard laboratory is sufficient

3.18 Main materials for the instrument: comply with international standards such as EC/CE, CSA, UL, etcMultiple product quality system certification standards

3.19 Dimensions (Width/Depth/Height): 52 "x 19" x 30 "

3.20 Compliance with standards: GB/T 5009.88-2008 andAOAC 991.43，AACC 32-07.01，NMKL 129, Step 2003

3.21 Instrument weight: approximately 50kg

4. Configuration:

4.1 TDFi host 1 unit

4.2 One heat sealer

4.3 Two marker pens

4.4 One set of random repair kit

4.5 Special filter bags 600 pieces

5. Optional configurations:

5.1 Purification and concentration enzyme kit (100ml each for alpha amylase, protease, and glycosidase)