Cyclamate‌ Tester

Product Introduction:

Sodium cyclamate is a commonly used sweetener in the food and beverage industry. In order to ensure that its content in the product meets national and international food safety standards, precise and reliable testing methods are required.

The cyclamate‌ tester determines the concentration of saccharin by measuring the absorption of light by a solution at a specific wavelength. After reacting with specific reagents in aqueous solution, saccharin forms a complex with obvious absorption peaks in the visible or ultraviolet light region. When this solution is irradiated with light of appropriate wavelength, according to Lambert Beer Law, the absorbance is directly proportional to the concentration of saccharin in the solution.

The saccharin detector based on photometry has become an ideal choice for saccharin detection due to its high accuracy, ease of operation, and wide applicability. It not only simplifies the detection process, but also improves detection efficiency, making it an important tool for food safety management.

Instrument Application: 

Widely used in catering testing, food and drug supervision bureaus, health departments, meat and food processing enterprises, shopping malls and supermarkets, quality supervision and inspection, and major food safety monitoring systems for industrial and commercial management.

Function Introduction:

1. Android operating system, more efficient and user-friendly interface, intuitive and simple reading.

2. The instrument has Ethernet connection, WiFi network upload, GPRS wireless remote transmission function, and can quickly upload data.

3. Detection channels: ≥ 12 detection channels, capable of testing multiple samples simultaneously. Each sample is controlled by a program to work independently without interfering with each other.

4. Equipped with a new generation embedded thermal printer, it can choose between manual printing or automatic printing. After the inspection is completed, the inspection report and QR code can be automatically printed.

5. Designed with USB 2.0 interface, it is convenient for data storage and movement, and can be directly connected to a computer at any time. The instrument can also be controlled by a computer. Implement data query, browsing, analysis, statistics, printing, etc.

6. The instrument has a multi category sample menu library, which allows for flexible selection of detection samples. Different detection channels can simultaneously detect different sample items.

7. High sensitivity, high detection accuracy, high repeatability accuracy, scanning high-precision optical sensor.

8. The result judgment line can be modified, the reference value calibration value can be saved, and data will not be lost when power is turned off.

Main Parameters:

1. The main control chip adopts ARM Cortex-A7, RK3288/4-core processor, with a main frequency of 1.88GHz, faster operation speed and stronger stability.

2. Display mode: 7-inch LCD touch screen display.

3. DC 12V power supply, can be connected to car power supply, can be equipped with 6ah large capacity rechargeable lithium battery, convenient for outdoor mobile testing.

4. Automatic adjustment and calibration of light source brightness

5. Intelligent constant current and voltage regulation, automatic calibration of light intensity, and long-term continuous operation of the light source without temperature drift phenomenon.

6. Built in new national limited edition standards, on-site comparison with measured results, and continuous updating of standards.

7. Continuous injection and testing

8. Sample numbers are automatically accumulated.

9. The testing items can be expanded.

10. The test results can be printed and uploaded in batches.

11. The test results are in an Excel spreadsheet, which can be copied by connecting to a computer.

12. Supports USB storage, standard USB interface, and driver free installation.

13. Configurable large capacity lithium battery, firmware upgradable

Technical Parameters:

1. Repeatability: ± 0.1% (A);

2. Stability: Photoelectric drift (A) ± 0.003 (3 minutes)

3. Accuracy of absorbance: ± 2.0%;

4. Stability: ≤ 0.003A/3min

5. Linear error: ± 1.0%;

7. Supporting reagents: 100 times

8. Detection colorimetric dish: 1cm