ZGD80 Fully Automatic Dropping & Softening Point Tester
The ZGD80 Fully Automatic Dropping Point and Softening Point Tester is designed for precise measurement of the dropping and softening points of amorphous polymer compounds. It determines key properties such as concentration, degree of polymerization, and heat resistance. Ideal for quality control in industries like petrochemicals, pharmaceuticals, and lubricants, it replaces traditional Ubbelohde and ring-and-ball methods. With high-precision temperature control and HD video monitoring, the ZGD80 ensures accurate and reliable results. It is widely used for testing coal tar, asphalt, synthetic resins, Vaseline, and various ointments, meeting international standards like ASTM and ISO for enhanced quality assurance.
The ZGD80 Fully Automatic Dropping Point and Softening Point Tester offers precise and reliable measurement of the dropping point and softening point of amorphous polymer compounds, such as coal tar, asphalt, and lubricants. Measuring the dropping point and softening point of amorphous polymer compounds to determine their physical and chemical properties such as concentration, degree of polymerization, and heat resistance. This method is used for component testing or quality control of coal tar, asphalt, rosin, Vaseline, lubricating oil, synthetic resins, and various ointments, and can replace traditional Ubbelohde method dropping point measurement and ring-and-ball softening point measurement. Photoelectric detection, temperature program control, digital display reading, high accuracy, stable performance. GB8728-88 standard is adopted, which complies with the Chinese Pharmacopoeia 2020 edition, ASTM D3954, DIN and ISO related standards.
By combining high-precision temperature control and high-definition video monitoring, this tester ensures efficient and accurate testing, ideal for quality control in various industries. Get reliable results with ease, enhancing your testing process today.
Main Technical Parameters
Model
ZGD80
Temperature range
Normal temperature up to 400 °C
Measurement reproducibility:
At <200°C: ± 0.3°C
At 200°C-300°C: ± 0.7°C
Test method
Cup-and-ball method
Heating rate
0.1-20 °C/Min (set arbitrarily)
Audit trial
Yes
User management
Grading management (Level 3)
Display mode
8 Inch color screen
Audit trial
comply with 21CFR Part 11, audit tracing, pharmacopoeia and electronic signature
Video module
taking video photo / recording video
Video observation
Hd video visual sample changes;
Temperature minimum display value
0.1℃
Detection mode
Fully automatic (compatible with manual operation)
Experimental scheme
Yes
Memory space
64G
Data interface
USB, RS232 Network port
Handling capacity
2 pcs / batch
Compliance with the GLP requirements
Yes
Power supply
220V 50Hz, power: 120W
Meet criteria
Chinese Pharmacopoeia 2015, per ASTM (D3204, D3461, D3954, D6090)，DIN ( 51920)，ISO 4625-2 and the European Pharmacopoeia
Features & Benefits
High-Precision Testing Technology
The Fully Automatic Dropping Point and Softening Point Tester perfectly combines high-precision temperature control technology and high-definition video camera technology, not only providing users with accurate, stable, and reliable test results, but also bringing users an efficient and convenient testing experience. High definition videos provide a convenient and clear view of the entire melting process of the sample, with automatic detection and real-time graph display, making it easy for users to accurately measure the melting point and melting distance of the sample.
Audit Tracking
Complete version of audit tracking and user hierarchical permission management. Super administrators can modify all passwords and usernames and trace them. Super administrators can modify all operator permissions. User accounts have two functions: disabled and enabled. When personnel change temporarily and the account is not in use, it can be locked and unblocked. The USB drive can export PDF and Excel data with tamper proof function.
Tip：A comprehensive audit trail should have relevant records for login, logout, data modification, time, operation steps, and exporting USB drives.
User management
hierarchical management, super administrator assigns permissions, administrators can create multiple users, each user can use their own username, enter username and password when logging in, and user accounts have two functions: disabled and enabled. The highest authority can modify others' usernames and passwords, and can be traced.
Data Retrieval Function
The ZGD80 tester is equipped with a powerful data retrieval function, allowing users to quickly and efficiently search for and locate specific data within large databases. This feature ensures that users can easily access historical test results, compare data from different batches, and streamline the overall testing process. Whether you need to retrieve data from previous tests or track trends over time, this function helps save valuable time and enhance the efficiency of your operations.
Graph Function
During the testing process, the ZGD80 provides real-time graph displays that visually represent the sample's behavior, such as the melting or dropping point. This graph allows users to analyze the data more effectively by offering a clear visual representation of temperature changes and key testing events. Additionally, both the graph and the associated video images can be replayed, giving users the ability to review the sample's entire test process, ensuring accuracy and aiding in post-test analysis. This feature is particularly useful for thorough analysis and documentation purposes.
Memory
The ZGD80 offers expandable memory capacity, allowing users to store an increasing amount of test data as needed. This extensibility ensures that the device can handle large volumes of test results and data files, making it a suitable choice for high-volume laboratories or research settings. The ability to expand memory allows users to maintain an organized and accessible archive of data, ensuring that critical information can always be stored securely and retrieved when necessary, without running out of space.
Applications
The ZGD80 is ideal for the following industries:
Petrochemical Industry
The ZGD80 is widely used in the petrochemical industry to determine the physical properties of materials such as coal tar, asphalt, and lubricants. These materials are essential in the production of various chemicals and fuels, and the ZGD80 helps ensure that they meet industry standards for heat resistance and consistency. By accurately measuring the dropping and softening points, this tester aids in quality control and process optimization.
Pharmaceuticals
In the pharmaceutical industry, the ZGD80 is used to test the softening point of ointments and synthetic resins. The precise measurement of these points is crucial for ensuring the quality, stability, and effectiveness of pharmaceutical products. By providing reliable and accurate data, the ZGD80 helps manufacturers meet strict regulatory standards and improve product formulations.
Quality Control
The ZGD80 is an essential tool for manufacturers and laboratories involved in the production and testing of polymer compounds. With its ability to measure the dropping and softening points of a wide range of materials, the tester plays a key role in ensuring product consistency and quality. This makes it an indispensable instrument for quality control processes in industries such as polymers, resins, and lubricants.
Environmental Testing
In environmental testing, the ZGD80 can be used to analyze oils and compounds that are used in various environmental applications. Whether it’s for assessing the impact of certain materials or ensuring the environmental compliance of new products, the ZGD80 offers precise measurements that help researchers and regulators ensure the safety and sustainability of materials used in environmental processes.
Operation Steps and Use Methods of Dropping Point / Softening Point
1. Introduction of the heating furnace body structure
Shanghai Zhuoguang automatic drop point softening point instrument, the structure diagram of heating furnace body is as shown in Fig. 13:
graph 13
（1） Heating furnace structure: the heating furnace includes the heating body, embedded heating sheet and platinum resistance sensor; the middle empty slot is the sample chamber, for putting into the sample combination: including fat cup clamping head, fat cup with the sample, the lower slit of the fat cup.
There is a light source under the heating body, the light through the slit of the slit hole, shining on the signal sensor. When the sample softens, drops and blocks the optical hole, the signal sensor sends the signal and the instrument records the temperature.
（2） Sample combination: the middle is the fat cup for placing the sample; the top is the clamp for holding the upper end of the fat cup and connecting the handle; the bottom is the slit sleeve for passing the light and catching the dripping sample when it reaches the dropping or softening point.
（3） Inspection of the composite slit sleeve: click the "Test" button on the main interface, set the preset temperature to no more than 40 degrees, and click the "Automatic Detection" button to enter the automatic test interface.
The sample combination of the empty fat cup is put vertically into the furnace sample chamber, so that the lower observation mouth of the slit sleeve is parallel in front, and the light transmission hole of the furnace body and the light transmission hole of the slit sleeve are parallel to ensure that the detection hole can penetrate light.
2. Methods of Sample Preparation
2.1 Preparation of dropping point samples using a 2.8mm drop hole diameter fat cup:
Dropping point determination samples are mostly paste like substances, and the samples are generally not pre treated. The following two methods can be used to fill the fat cup:
Method 1: When measuring the grease according to ASTMD566-64 (73), the accessory sample rod rotates along the upper and lower ports of the grease to remove the middle cone grease. Figure 14 below:
graph 14
Method 2: According to pharmacopoeia standards such as DIN51801-1 (72), the fat cup should be filled completely and leveled, and the top and bottom should be scraped flat with a scraper.
2.2 Preparation of softening point samples using a 6.35mm drop hole diameter fat cup:
Softening point determination is mostly for solid block shaped samples, which need to be crushed and then heated and melted in a container, and do not use naked flames. Simultaneously stir continuously during the heating process to remove moisture from the sample at a higher temperature until there is no longer any bubbling phenomenon in the sample.
Preheat the fat cup on the copper plate, then pour in the melted sample until it overflows. After the sample cools and solidifies, use an overheated scraper to flatten the surface. Do not create gaps or bubbles inside the fat cup.
When measured according to ASTM D3461-86 or (GB8728-88) standards, a heavy ball (3/8 steel ball) should be placed in the center of the fat cup filled with the sample. Or measure according to other relevant standards.
3. Operation Method
Step 1: Turn on the power switch and preheat the instrument for 10 minutes.
Step 2: Enter the main interface and select 'Test'. For example, if the softening point of the sample to be tested
is around 65 ℃, input the sample name: Sample 01, starting temperature of 55 ℃, heating rate of 1 ℃/min, and stopping temperature of 75 ℃.
Step 3: After the temperature stabilizes at 65 ℃ (there will be at least 4 beeps from the buzzer), place the test assembly that has been loaded with the sample. Make the gap at the lower part of the slit sleeve clamp onto the positioning bracket inside the furnace. (Note: The slit sleeve and furnace body transparent hole can ensure light transmission. Refer to page 15 (3) for inspection of the combined slit sleeve.)
Step 4: After laying out the sample and waiting for the temperature to stabilize at 60 ℃, (Note: After placing the sample, the furnace temperature may slightly decrease, so it is recommended that the buzzer prompt at least 4 times to raise the temperature.), press the "raise" button, when the tested sample reaches the dropping point or softening point, the corresponding temperature will be displayed on the screen after the "dropping/softening point".
Step 5: After displaying the dropping point softening point temperature, immediately remove the sample. Observe if there is any sample dripping. If there is no sample dripping that covers the slit sleeve through the light hole, it indicates that the test is invalid.
If there is a sample droplet blocking the slit sleeve through the light hole, and the test value is valid, you can press the [Save] button to save the data or press the [Print] button to print the data. If you want to change the tested sample, press the [Return] button to return to the testing interface and set the corresponding parameters.
FAQ
Q: What is the difference between the cup-and-ball method and the traditional ring-and-ball method?
A: The cup-and-ball method used by the ZGD80 is a more efficient and automated approach for determining softening and dropping points, providing more accurate and reproducible results compared to the traditional ring-and-ball method.
Q: Can the ZGD80 be used for both dropping point and softening point testing?
A: Yes, the ZGD80 is designed to test both the dropping point and softening point, making it a versatile tool for various applications in polymer compound analysis.
Q: How do I ensure the accuracy of my tests?
A: Ensure that the sample preparation is correct, the fat cup is properly filled, and that the correct heating rate and temperature settings are applied. The built-in video monitoring and real-time graph display help ensure the accuracy and reliability of your results.
Q: Is the ZGD80 compatible with manual operation?
A: Yes, the ZGD80 supports fully automatic operation, but it also allows for manual operation, giving users flexibility in how they conduct tests.
Q: Does the ZGD80 meet international standards?
A: Yes, the ZGD80 complies with multiple international standards including GB8728-88, ASTM D3954, DIN, and ISO, making it suitable for global use.
Product Introduction
The ZGD80 Fully Automatic Dropping Point and Softening Point Tester offers precise and reliable measurement of the dropping point and softening point of amorphous polymer compounds, such as coal tar, asphalt, and lubricants. Measuring the dropping point and softening point of amorphous polymer compounds to determine their physical and chemical properties such as concentration, degree of polymerization, and heat resistance. This method is used for component testing or quality control of coal tar, asphalt, rosin, Vaseline, lubricating oil, synthetic resins, and various ointments, and can replace traditional Ubbelohde method dropping point measurement and ring-and-ball softening point measurement. Photoelectric detection, temperature program control, digital display reading, high accuracy, stable performance. GB8728-88 standard is adopted, which complies with the Chinese Pharmacopoeia 2020 edition, ASTM D3954, DIN and ISO related standards.
By combining high-precision temperature control and high-definition video monitoring, this tester ensures efficient and accurate testing, ideal for quality control in various industries. Get reliable results with ease, enhancing your testing process today.
Main Technical Parameters
Model
ZGD80
Temperature range
Normal temperature up to 400 °C
Measurement reproducibility:
At <200°C: ± 0.3°C
At 200°C-300°C: ± 0.7°C
Test method
Cup-and-ball method
Heating rate
0.1-20 °C/Min (set arbitrarily)
Audit trial
Yes
User management
Grading management (Level 3)
Display mode
8 Inch color screen
Audit trial
comply with 21CFR Part 11, audit tracing, pharmacopoeia and electronic signature
Video module
taking video photo / recording video
Video observation
Hd video visual sample changes;
Temperature minimum display value
0.1℃
Detection mode
Fully automatic (compatible with manual operation)
Experimental scheme
Yes
Memory space
64G
Data interface
USB, RS232 Network port
Handling capacity
2 pcs / batch
Compliance with the GLP requirements
Yes
Power supply
220V 50Hz, power: 120W
Meet criteria
Chinese Pharmacopoeia 2015, per ASTM (D3204, D3461, D3954, D6090)，DIN ( 51920)，ISO 4625-2 and the European Pharmacopoeia
Features & Benefits
High-Precision Testing Technology
The Fully Automatic Dropping Point and Softening Point Tester perfectly combines high-precision temperature control technology and high-definition video camera technology, not only providing users with accurate, stable, and reliable test results, but also bringing users an efficient and convenient testing experience. High definition videos provide a convenient and clear view of the entire melting process of the sample, with automatic detection and real-time graph display, making it easy for users to accurately measure the melting point and melting distance of the sample.
Audit Tracking
Complete version of audit tracking and user hierarchical permission management. Super administrators can modify all passwords and usernames and trace them. Super administrators can modify all operator permissions. User accounts have two functions: disabled and enabled. When personnel change temporarily and the account is not in use, it can be locked and unblocked. The USB drive can export PDF and Excel data with tamper proof function.
Tip：A comprehensive audit trail should have relevant records for login, logout, data modification, time, operation steps, and exporting USB drives.
User management
hierarchical management, super administrator assigns permissions, administrators can create multiple users, each user can use their own username, enter username and password when logging in, and user accounts have two functions: disabled and enabled. The highest authority can modify others' usernames and passwords, and can be traced.
Data Retrieval Function
The ZGD80 tester is equipped with a powerful data retrieval function, allowing users to quickly and efficiently search for and locate specific data within large databases. This feature ensures that users can easily access historical test results, compare data from different batches, and streamline the overall testing process. Whether you need to retrieve data from previous tests or track trends over time, this function helps save valuable time and enhance the efficiency of your operations.
Graph Function
During the testing process, the ZGD80 provides real-time graph displays that visually represent the sample's behavior, such as the melting or dropping point. This graph allows users to analyze the data more effectively by offering a clear visual representation of temperature changes and key testing events. Additionally, both the graph and the associated video images can be replayed, giving users the ability to review the sample's entire test process, ensuring accuracy and aiding in post-test analysis. This feature is particularly useful for thorough analysis and documentation purposes.
Memory
The ZGD80 offers expandable memory capacity, allowing users to store an increasing amount of test data as needed. This extensibility ensures that the device can handle large volumes of test results and data files, making it a suitable choice for high-volume laboratories or research settings. The ability to expand memory allows users to maintain an organized and accessible archive of data, ensuring that critical information can always be stored securely and retrieved when necessary, without running out of space.
Applications
The ZGD80 is ideal for the following industries:
Petrochemical Industry
The ZGD80 is widely used in the petrochemical industry to determine the physical properties of materials such as coal tar, asphalt, and lubricants. These materials are essential in the production of various chemicals and fuels, and the ZGD80 helps ensure that they meet industry standards for heat resistance and consistency. By accurately measuring the dropping and softening points, this tester aids in quality control and process optimization.
Pharmaceuticals
In the pharmaceutical industry, the ZGD80 is used to test the softening point of ointments and synthetic resins. The precise measurement of these points is crucial for ensuring the quality, stability, and effectiveness of pharmaceutical products. By providing reliable and accurate data, the ZGD80 helps manufacturers meet strict regulatory standards and improve product formulations.
Quality Control
The ZGD80 is an essential tool for manufacturers and laboratories involved in the production and testing of polymer compounds. With its ability to measure the dropping and softening points of a wide range of materials, the tester plays a key role in ensuring product consistency and quality. This makes it an indispensable instrument for quality control processes in industries such as polymers, resins, and lubricants.
Environmental Testing
In environmental testing, the ZGD80 can be used to analyze oils and compounds that are used in various environmental applications. Whether it’s for assessing the impact of certain materials or ensuring the environmental compliance of new products, the ZGD80 offers precise measurements that help researchers and regulators ensure the safety and sustainability of materials used in environmental processes.
Operation Steps and Use Methods of Dropping Point / Softening Point
1. Introduction of the heating furnace body structure
Shanghai Zhuoguang automatic drop point softening point instrument, the structure diagram of heating furnace body is as shown in Fig. 13:
graph 13
（1） Heating furnace structure: the heating furnace includes the heating body, embedded heating sheet and platinum resistance sensor; the middle empty slot is the sample chamber, for putting into the sample combination: including fat cup clamping head, fat cup with the sample, the lower slit of the fat cup.
There is a light source under the heating body, the light through the slit of the slit hole, shining on the signal sensor. When the sample softens, drops and blocks the optical hole, the signal sensor sends the signal and the instrument records the temperature.
（2） Sample combination: the middle is the fat cup for placing the sample; the top is the clamp for holding the upper end of the fat cup and connecting the handle; the bottom is the slit sleeve for passing the light and catching the dripping sample when it reaches the dropping or softening point.
（3） Inspection of the composite slit sleeve: click the "Test" button on the main interface, set the preset temperature to no more than 40 degrees, and click the "Automatic Detection" button to enter the automatic test interface.
The sample combination of the empty fat cup is put vertically into the furnace sample chamber, so that the lower observation mouth of the slit sleeve is parallel in front, and the light transmission hole of the furnace body and the light transmission hole of the slit sleeve are parallel to ensure that the detection hole can penetrate light.
2. Methods of Sample Preparation
2.1 Preparation of dropping point samples using a 2.8mm drop hole diameter fat cup:
Dropping point determination samples are mostly paste like substances, and the samples are generally not pre treated. The following two methods can be used to fill the fat cup:
Method 1: When measuring the grease according to ASTMD566-64 (73), the accessory sample rod rotates along the upper and lower ports of the grease to remove the middle cone grease. Figure 14 below:
graph 14
Method 2: According to pharmacopoeia standards such as DIN51801-1 (72), the fat cup should be filled completely and leveled, and the top and bottom should be scraped flat with a scraper.
2.2 Preparation of softening point samples using a 6.35mm drop hole diameter fat cup:
Softening point determination is mostly for solid block shaped samples, which need to be crushed and then heated and melted in a container, and do not use naked flames. Simultaneously stir continuously during the heating process to remove moisture from the sample at a higher temperature until there is no longer any bubbling phenomenon in the sample.
Preheat the fat cup on the copper plate, then pour in the melted sample until it overflows. After the sample cools and solidifies, use an overheated scraper to flatten the surface. Do not create gaps or bubbles inside the fat cup.
When measured according to ASTM D3461-86 or (GB8728-88) standards, a heavy ball (3/8 steel ball) should be placed in the center of the fat cup filled with the sample. Or measure according to other relevant standards.
3. Operation Method
Step 1: Turn on the power switch and preheat the instrument for 10 minutes.
Step 2: Enter the main interface and select 'Test'. For example, if the softening point of the sample to be tested
is around 65 ℃, input the sample name: Sample 01, starting temperature of 55 ℃, heating rate of 1 ℃/min, and stopping temperature of 75 ℃.
Step 3: After the temperature stabilizes at 65 ℃ (there will be at least 4 beeps from the buzzer), place the test assembly that has been loaded with the sample. Make the gap at the lower part of the slit sleeve clamp onto the positioning bracket inside the furnace. (Note: The slit sleeve and furnace body transparent hole can ensure light transmission. Refer to page 15 (3) for inspection of the combined slit sleeve.)
Step 4: After laying out the sample and waiting for the temperature to stabilize at 60 ℃, (Note: After placing the sample, the furnace temperature may slightly decrease, so it is recommended that the buzzer prompt at least 4 times to raise the temperature.), press the "raise" button, when the tested sample reaches the dropping point or softening point, the corresponding temperature will be displayed on the screen after the "dropping/softening point".
Step 5: After displaying the dropping point softening point temperature, immediately remove the sample. Observe if there is any sample dripping. If there is no sample dripping that covers the slit sleeve through the light hole, it indicates that the test is invalid.
If there is a sample droplet blocking the slit sleeve through the light hole, and the test value is valid, you can press the [Save] button to save the data or press the [Print] button to print the data. If you want to change the tested sample, press the [Return] button to return to the testing interface and set the corresponding parameters.
FAQ
Q: What is the difference between the cup-and-ball method and the traditional ring-and-ball method?
A: The cup-and-ball method used by the ZGD80 is a more efficient and automated approach for determining softening and dropping points, providing more accurate and reproducible results compared to the traditional ring-and-ball method.
Q: Can the ZGD80 be used for both dropping point and softening point testing?
A: Yes, the ZGD80 is designed to test both the dropping point and softening point, making it a versatile tool for various applications in polymer compound analysis.
Q: How do I ensure the accuracy of my tests?
A: Ensure that the sample preparation is correct, the fat cup is properly filled, and that the correct heating rate and temperature settings are applied. The built-in video monitoring and real-time graph display help ensure the accuracy and reliability of your results.
Q: Is the ZGD80 compatible with manual operation?
A: Yes, the ZGD80 supports fully automatic operation, but it also allows for manual operation, giving users flexibility in how they conduct tests.
Q: Does the ZGD80 meet international standards?
A: Yes, the ZGD80 complies with multiple international standards including GB8728-88, ASTM D3954, DIN, and ISO, making it suitable for global use.
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Testing refractive index nD, average dispersion (nF nC) of liquids or solids and the mass fraction (known as Brix) of dry solids in sugar solution. Application for detection and analysis in sugar, pharmaceutical, beverage, petroleum, food, chemical industry production, scientific researchand teaching departments.
1: Support network printing and data statistical retrieval; 2: LED cold light source instead of traditional sodium lamp and halogen tungsten lamp; 3: 7-inch touch color screen, humanized operation interface; 4: Compliant with 21CFR Part 11 audit trail, pharmacopoeia and electronic signature, compliant with pharmacopoeia FDA functionality;
1: Built-in Peltier temperature control, improve accuracy and stability; 2: LED cold light source instead of traditional sodium lamp and halogen tungsten lamp; 3: 7-inch touch color screen, humanized operation interface; 4: Compliant with 21CFR Part 11 audit trail, pharmacopoeia and electronic signature, compliant with pharmacopoeia FDA functionality;
1.Contains 2-channel liquid adding module, standard 16 stations, optional 20/34/40 station turntable auto sampler. 2.Can drive multiple liquid adding module units, burettes and pipelines should be acid, alkali and corrosion resistant. 3.Imported corrosion-resistant polytetrafluoroethylene rotary valve, PTFE corrosion-resistant burette, high-power stirring table, coil for magnetic stirring. 4.High-precision closed-loop control to ensure accurate titration.
1: Improve precision and stability; 2: LED cold light source instead of traditional sodium lamp and halogen tungsten lamp; 3: 7-inch touch color screen, humanized operation interface; 4: The whole machine has passed the TART and CE certification;
1: Automatic integration to realize one-button measurement function; 2: Treat 4 samples at a time; 3: HD video instead of the traditional microscope, high visual inspection; 4: Meet 21CFR Part 11, audit tracking, pharmacopoeia and electronic signature;
1: Automatic integration to realize one-button measurement function; 2: Treat 4 samples at a time; 3: HD video instead of the traditional microscope, high visual inspection; 4: Automatic recording of melting process, initial melting, final melting;
The GP90 Polarimeter features built-in Peltier temperature control for enhanced accuracy and stability, along with an energy-efficient LED cold light source, replacing traditional sodium and halogen tungsten lamps. It complies with 21CFR Part 11 audit tracking, meets Pharmacopoeia 2020, and adheres to cGMP/GLP requirements with electronic signature functionality. With a working wavelength range of 589.3nm/546nm/405nm/365nm (optional), it offers flexibility for various applications in industries like pharmaceuticals, food, and chemicals. The GP90 ensures precise optical rotation measurements, making it an essential tool for quality control and research in regulated environments.
1: Built-in Peltier temperature control, improve accuracy and stability; 2: LED cold light source instead of the traditional sodium lamp and halogen tungsten lamp; 3: Compliance with 21CFR Part 11 audit tracking, comply with Pharmacopoeia 2020 and electronic signature;
1: Built-in Peltier temperature control, improve accuracy and stability; 2: LED cold light source instead of the traditional sodium lamp and halogen tungsten lamp; 3: Compliance with 21CFR Part 11 audit tracking, comply with Pharmacopoeia 2020 and electronic signature;
The GP60 Fully Automatic Polarimeter is designed for precise determination of optical rotation, specific rotation, concentration, sugar degree, and custom parameters. Equipped with built-in Peltier temperature control, it ensures improved accuracy and stability. The advanced LED cold light source replaces traditional sodium and halogen tungsten lamps, offering better energy efficiency and longer lifespan. Compliant with 21CFR Part 11 audit tracking and the 2020 Pharmacopoeia, it ensures regulatory adherence with secure electronic signatures. Ideal for use in pharmaceuticals, food, chemicals, and research, the GP60 delivers reliable, high-precision measurements across various industries.
The GP30 Fully Automatic Polarimeter features an advanced LED cold light source, replacing traditional sodium and tungsten halogen lamps for longer lifespan and stable performance. It supports multiple measurement modes, including optical rotation, specific rotation, concentration, and sugar content, offering versatility for various industries. Equipped with built-in Peltier temperature control, the instrument ensures accurate and stable results by maintaining precise temperature conditions. Additionally, it includes user management and real-time data printing functions, making it easy to store, manage, and share results. Ideal for pharmaceutical, food, and chemical industries, the GP30 guarantees high precision and reliability.
1: LED cold light source replaces traditional sodium and tungsten halogen lamps; 2: Can be used for measuring optical rotation, specific rotation, concentration, and sugar content; 3: Equipped with user management and data printing functions
Adopting photoelectric detection and automatic servo mechanism control, digital display reading, capable of measuring dark samples; It can also measure sugar content and is equipped with an RS232 interface, which can transmit data to a PC.
1.The control unit adopts a 16 bit microprocessor chip, which makes the computer faster and has good real-time performance. 2.Digital temperature control regulation has been achieved, allowing for arbitrary setting of starting temperature and selection of different linear heating rates. 3.Enhanced anti-interference capability through digital filtering technology. 4.It can automatically record the initial and final melting temperatures.
1: Test mode: melting point, boiling point, sliding point; 2: Treat 4 samples at a time; 3: HD video instead of the traditional microscope, high visual inspection; 4: Automatic recording of melting process, initial melting, final melting;
1: Automatic integration to realize one-button measurement function; 2: Treat 4 samples at a time; 3: HD video instead of the traditional microscope, high visual inspection; 4: Automatic recording of melting process, initial melting, final melting;
1: Automatic integration to realize one-button measurement function; 2: Treat 4 samples at a time; 3: HD video instead of the traditional microscope, high visual inspection; 4: Automatic recording of melting process, initial melting, final melting;
1: Automatic integration to realize one-button measurement function; 2: Treat 4 samples at a time; 3: HD video instead of the traditional microscope, high visual inspection; 4: Comply with 21CFR Part 11, audit tracking, pharmacopoeia and electronic signature;
The GM70 Fully Automatic Melting Point Apparatus combines advanced technology with ease of use, offering a seamless testing experience. It features automatic integration for one-button measurements, allowing you to test 4 samples simultaneously. The HD video recording of the melting process, including initial and final melting points, replaces traditional microscopes, providing high-quality visual inspection. With automatic data recording and tamper-proof data preservation, it ensures reliable and secure results. Ideal for industries such as pharmaceuticals and chemicals, the GM70 simplifies your testing process while meeting regulatory compliance standards, making it the perfect choice for high-precision testing needs.
1.4-channel fluid-addition module, standard 40 stations. 2.Four liquid adding module units, burettes and pipelines all can be acid-proof, alkali-proof and corrosion resistance. 3.Imported corrosion-resistant PTFE rotating valve, PTFE corrosion-resistant burette, high-power mixing table, using the coil to achieve magnetic mixing. 4.High-precision closed-loop control, ensuring accurate titrating.
1.4-channel fluid-addition module, standard 16 stations, optional 20/34/40 stations rotary type automatic sampler can be added. 2.Four liquid adding module units, burettes and pipelines all can be acid-proof, alkali-proof and corrosion resistance. 3.Imported corrosion-resistant PTFE rotating valve, PTFE corrosion-resistant burette, high-power mixing table, using the coil to achieve magnetic mixing. 4.High-precision closed-loop control, ensuring accurate titrating.
1.Imported solenoid valve, PTFE corrosion resistance burette, high-power mixing table, using the coil to achieve magnetic mixing; 2.High-precision closed-loop control, ensuring accurate titration; 3.High-precision titration buret is accurate to 0.003mm; 4.The whole pipeline is fully sealed design, fast and convenient replacement;
1.2-channel fluid-addition module, standard 16 stations, optional 20/34/40 stations rotary type automatic sampler can be added. 2.Two liquid adding module units, burettes and pipelines all can be acid-proof, alkali-proof and corrosion resistance. 3.Imported corrosion-resistant PTFE rotating valve, PTFE corrosion-resistant burette, high-power mixing table, using the coil to achieve magnetic mixing. 4.High-precision closed-loop control, ensuring accurate titrating.
The GT70 Automatic Potential Titrator features 2 Channels Fluid-addition Modules, offering precise and efficient titration. With optional 16/20/34/40-station rotary automatic samplers, it is perfect for high-throughput environments. Built with corrosion-resistant PTFE valves and burettes, the system ensures long-lasting durability. High-precision closed-loop control guarantees accurate results, while the powerful magnetic mixing table enhances performance. This versatile instrument is ideal for various titration methods, including acid-base, redox, and complexation, meeting both GMP and GLP standards for reliable testing.
1.Single fluid-addition module. Optional 16/20/34/40 stations rotary type automatic sampler can be added. 2.The driven liquid adding module unit, burette and pipelines all can be acid-proof, alkali-proof and corrosion resistance. 3.Imported corrosion-resistant PTFE rotating valve, PTFE corrosion-resistant burette, high-power mixing table, using the coil to achieve magnetic mixing. 4.High-precision closed-loop control, ensuring accurate titrating.
1.4-channel fluid-addition module, standard 34 stations. 2.Four liquid adding module units, burettes and pipelines all can be acid-proof, alkali-proof and corrosion resistance. 3.Imported corrosion-resistant PTFE rotating valve, PTFE corrosion-resistant burette, high-power mixing table, using the coil to achieve magnetic mixing. 4.High-precision closed-loop control, ensuring accurate titrating.
The GZ608-ST Automatic Sampling Dissolution Apparatus is designed for precise and efficient dissolution testing of sustained-release tablets. It features a coated dissolution cup with automatic center positioning and can store at least 200 experimental methods. The software includes permission management, audit tracking, and supports up to 100 preset login accounts with hierarchical authority levels. With an integrated database, it securely stores records for up to 10 years. The system also offers automatic solvent replacement during testing, ensuring accuracy. An integrated shading and dustproof cover effectively prevents sample photodegradation, making the system more convenient and easy to use.
To determine the drop points and softening points of noncrystallographic polymer compounds, to determine their concentration density, polymerization degree, heat resistance and other physical and chemical characteristics;
1. Coated dissolution cup, automatic center positioning. 2. At least storing 300 experimental methods, the software has authority management and audit tracking functions. 3. It can store at least 300 preset login accounts and passwords, operating authority grading management. 4. At least 3 authority levels can be assigned; the details of each authority level can be customized by the customer based on their own risk assessment.
The GV20K Karl Fischer Coulomb moisture analyzer adopts a 5.7-inch capacitor high-definition color touch screen, which is effortless and easy to operate like a mobile phone. The operation interface is simple and intuitive, and the navigation based operation mode reduces learning costs and makes it faster to get started.
The pH meter is a commonly used instrument, mainly used to accurately measure the pH value of liquids. It is widely used in water environment testing, industry, electric power, agriculture, medicine, food, scientific research and environmental protection and other fields.
The viscosity temperature control integrated machine integrates viscosity measurement and precise temperature control. Breaking through the existing market of using a constant temperature water bath, viscosity measuring instrument, and small sample adapter to form a split machine.
The ZG-DSC-80L Fully Automatic Differential Scanning Calorimeter offers precise thermal analysis with its dual temperature probes, ensuring high repeatability in sample temperature measurements. Featuring a digital gas mass flowmeter that automatically switches between two gas flow rates for fast transitions and minimal stability time, it guarantees accurate and reliable results. The instrument includes a standard sample for easy temperature coefficient corrections and comes equipped with an automatic calibration function, streamlining operations. Ideal for industries like automotive, aerospace, and renewable energy, the ZG-DSC-80L delivers superior performance for diverse thermal analysis needs.
Dual beam optical path can effectively suppress the drift of circuit optical path, suitable for long-term testing Automatic wavelength calibration, automatic dark current and blank correction, automatic switching of light source and filter Spacious sample compartment, capable of accommodating 5-100mm cuvettes, supporting various accessory parts required for testing
The GR series fully automatic refractometer is equipped with high-performance linear CCD photosensitive components, and is equipped with a semiconductor Peltier super temperature control system through high-speed and high-precision signal acquisition and analysis processing technology.
GR15 visual discrimination reading scale. It can efficiently and accurately measure the refractive index (nD) of various liquids such as transparent, semi transparent, dark, and viscous, as well as the mass fraction (Brix) of sugar solutions.
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Shanghai Zhuoguang Instrument Technology Co., Ltd. focuses on the scientific instrument industry, manufacturing high-quality instruments and providing perfect services.
