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Our state-of-the-art Fully Automatic Potential Titrator is engineered to provide unparalleled performance in titration analysis. It is a comprehensive solution that integrates advanced hardware and intelligent software to streamline the titration process from start to finish.
The titration system features a robust mechanical structure that houses the key components. The titrant delivery mechanism is a masterpiece of precision engineering. It consists of high-performance pumps that can deliver titrant volumes with extremely low tolerances. These pumps are driven by advanced motor control systems that ensure smooth and consistent dispensing, even at very low flow rates.
The electrode assembly is a critical part of our titrator. We use top-quality electrodes that are carefully selected for their sensitivity and stability. These electrodes are designed to provide accurate potential measurements over a wide range of sample conditions. The electrode connections are also optimized to minimize electrical noise and interference, ensuring reliable and repeatable results.
The control unit of our titrator is based on a powerful microprocessor that manages all aspects of the titration process. It interfaces with the user through a high-resolution touchscreen display that is both intuitive and easy to navigate. The display provides real-time information about the titration progress, including the current potential value, titrant volume dispensed, and the estimated endpoint.
The software that accompanies our Fully Automatic Potential Titrator is a comprehensive suite of tools for titration method development, data acquisition, and analysis. It allows users to create custom titration methods with ease, specifying parameters such as titrant concentration, initial and final volumes, and the type of titration curve fitting. The software also provides a range of data analysis functions, such as calculating concentrations, performing statistical analysis, and generating detailed reports.
1. Ultra-High Precision: Our titrator offers exceptional precision in titrant delivery and potential measurement. The ability to dispense titrant in extremely small volumes and the high sensitivity of the electrodes enable accurate determination of endpoints, even for samples with low analyte concentrations. This precision is essential for applications that require highly accurate results, such as in pharmaceutical research and quality control.
2. Automated Method Execution: Once a titration method is programmed into the titrator, it can be executed automatically. The titrator will perform all the necessary steps, including sample addition, titrant dispensing, and data acquisition, without the need for constant operator supervision. This automation not only saves time but also reduces the risk of human error, ensuring consistent and reliable results.
3. Advanced Data Analysis: The software that comes with our titrator is equipped with advanced data analysis capabilities. It can perform complex calculations, such as determining the equivalence point of a titration curve using multiple methods, and provide statistical analysis of the results. The software also allows users to compare multiple titration results, making it easier to identify trends and outliers.
4. Calibration and Validation: Our titrator has a built-in calibration and validation function. It can automatically calibrate the electrodes and the titrant delivery system to ensure accurate and reliable measurements. The calibration process is simple and straightforward, and the titrator provides clear instructions to guide the user through the process. The validation function allows users to verify the performance of the titrator against known standards, ensuring compliance with regulatory requirements.
5. Compatibility and Connectivity: Our titrator is compatible with a wide range of accessories and peripheral devices. It can be connected to a computer for data transfer and remote control, and it also supports the use of external printers for generating hard copies of the reports. The titrator can also be integrated with laboratory information management systems (LIMS) to streamline data management and improve workflow efficiency.
1. Biochemical Analysis: In biochemical research and analysis, our Fully Automatic Potential Titrator is used for the determination of various biochemical substances. For example, it can be used to titrate proteins to determine their isoelectric point, which is important for understanding their behavior in different environments. It can also be used to analyze the concentration of enzymes and other biomolecules by titration with specific reagents.
2. Petrochemical Analysis: In the petrochemical industry, our titrator is used for the analysis of petroleum products. It can be used to determine the acid number, base number, and other chemical properties of crude oil, gasoline, diesel, and lubricants. These properties are important for evaluating the quality of the products and ensuring their compatibility with engines and other equipment.
3. Electroplating Industry: In the electroplating industry, our titrator is used for the analysis of plating solutions. It can be used to determine the concentration of metal ions in the solutions, which is crucial for controlling the plating process and ensuring the quality of the plated products. The accurate and reliable results provided by our titrator help in optimizing the plating process and reducing waste.
4. Academic Research: Our titrator is widely used in academic research laboratories for a variety of applications. It provides researchers with a powerful tool for conducting titration experiments, whether it is for fundamental research in chemistry or for applied research in other fields. The flexibility and precision of our titrator make it suitable for a wide range of research projects.
Measuring range | -2000.0MV~+2000.0MV |
Measurement resolution | Resolution 0.1MV, precision 0.1 mV ± 0.03% |
pH measure | Resolution 0.001pH, precision 0.003pH |
Titrating volume accuracy | 0.001mL |
Measurement mode | MEAS: Measuring pH/mV/T CAL: pH correction (multi-point) SET setting end-point mode MET equivalent titrating DET dynamic titrating |
Titrating mode | Acid-base titration, redox titration, precipitation, complexation, non-water titration |
Titrating cup capacity | 250mL |
Temperature measurement range | -20~135℃ |
Temperature resolution | 0.01℃ |
Temperature measurement accuracy | ±0.1℃ |
Communication mode | 2 USB, 232 serial port, Ethernet |
Fluid adding unit | Built-in liquid-adding unit |
Liquid-adding module unit | (Standard) contains 4 sets of built-in titration liquid-adding channels. |
Number of extensible liquid-adding channels | 8 channels |
Burette model | 1ml 5ml 10ml 25ml 50ml (10ml standard) |
Resolution of Burette | 1/48,000 |
Time of replenishing liquid | 10 seconds (100% filling speed) |
Control unit | PC including software (optional computer) |
Automatic sampler | It can be used with GT robot injection system for mass sample analysis with 16 stations (standard 150ml). |
Self checking function | Power-on to automatically check the instrument status. |
Calibration function | Yes |
Apply editing function | Edit computing formula, directly figure out result. |
Storage space | More than 300G |
Preset method | More than 300G |
In accordance with FDA, GMP, and GLP | Audit tracking, hierarchical management, and electronic signature. |
Pipelines | PTFE titration pipelines (corrosion resistant) |
Stirring method | Roof type spiral stirrer or magnetic stirring. |
PTFE valve | Imported corrosion-resistant rotary valve |
Microscale detection electrodes | Imported |
Micro-injection pump | Imported |
Our state-of-the-art Fully Automatic Potential Titrator is engineered to provide unparalleled performance in titration analysis. It is a comprehensive solution that integrates advanced hardware and intelligent software to streamline the titration process from start to finish.
The titration system features a robust mechanical structure that houses the key components. The titrant delivery mechanism is a masterpiece of precision engineering. It consists of high-performance pumps that can deliver titrant volumes with extremely low tolerances. These pumps are driven by advanced motor control systems that ensure smooth and consistent dispensing, even at very low flow rates.
The electrode assembly is a critical part of our titrator. We use top-quality electrodes that are carefully selected for their sensitivity and stability. These electrodes are designed to provide accurate potential measurements over a wide range of sample conditions. The electrode connections are also optimized to minimize electrical noise and interference, ensuring reliable and repeatable results.
The control unit of our titrator is based on a powerful microprocessor that manages all aspects of the titration process. It interfaces with the user through a high-resolution touchscreen display that is both intuitive and easy to navigate. The display provides real-time information about the titration progress, including the current potential value, titrant volume dispensed, and the estimated endpoint.
The software that accompanies our Fully Automatic Potential Titrator is a comprehensive suite of tools for titration method development, data acquisition, and analysis. It allows users to create custom titration methods with ease, specifying parameters such as titrant concentration, initial and final volumes, and the type of titration curve fitting. The software also provides a range of data analysis functions, such as calculating concentrations, performing statistical analysis, and generating detailed reports.
1. Ultra-High Precision: Our titrator offers exceptional precision in titrant delivery and potential measurement. The ability to dispense titrant in extremely small volumes and the high sensitivity of the electrodes enable accurate determination of endpoints, even for samples with low analyte concentrations. This precision is essential for applications that require highly accurate results, such as in pharmaceutical research and quality control.
2. Automated Method Execution: Once a titration method is programmed into the titrator, it can be executed automatically. The titrator will perform all the necessary steps, including sample addition, titrant dispensing, and data acquisition, without the need for constant operator supervision. This automation not only saves time but also reduces the risk of human error, ensuring consistent and reliable results.
3. Advanced Data Analysis: The software that comes with our titrator is equipped with advanced data analysis capabilities. It can perform complex calculations, such as determining the equivalence point of a titration curve using multiple methods, and provide statistical analysis of the results. The software also allows users to compare multiple titration results, making it easier to identify trends and outliers.
4. Calibration and Validation: Our titrator has a built-in calibration and validation function. It can automatically calibrate the electrodes and the titrant delivery system to ensure accurate and reliable measurements. The calibration process is simple and straightforward, and the titrator provides clear instructions to guide the user through the process. The validation function allows users to verify the performance of the titrator against known standards, ensuring compliance with regulatory requirements.
5. Compatibility and Connectivity: Our titrator is compatible with a wide range of accessories and peripheral devices. It can be connected to a computer for data transfer and remote control, and it also supports the use of external printers for generating hard copies of the reports. The titrator can also be integrated with laboratory information management systems (LIMS) to streamline data management and improve workflow efficiency.
1. Biochemical Analysis: In biochemical research and analysis, our Fully Automatic Potential Titrator is used for the determination of various biochemical substances. For example, it can be used to titrate proteins to determine their isoelectric point, which is important for understanding their behavior in different environments. It can also be used to analyze the concentration of enzymes and other biomolecules by titration with specific reagents.
2. Petrochemical Analysis: In the petrochemical industry, our titrator is used for the analysis of petroleum products. It can be used to determine the acid number, base number, and other chemical properties of crude oil, gasoline, diesel, and lubricants. These properties are important for evaluating the quality of the products and ensuring their compatibility with engines and other equipment.
3. Electroplating Industry: In the electroplating industry, our titrator is used for the analysis of plating solutions. It can be used to determine the concentration of metal ions in the solutions, which is crucial for controlling the plating process and ensuring the quality of the plated products. The accurate and reliable results provided by our titrator help in optimizing the plating process and reducing waste.
4. Academic Research: Our titrator is widely used in academic research laboratories for a variety of applications. It provides researchers with a powerful tool for conducting titration experiments, whether it is for fundamental research in chemistry or for applied research in other fields. The flexibility and precision of our titrator make it suitable for a wide range of research projects.
Measuring range | -2000.0MV~+2000.0MV |
Measurement resolution | Resolution 0.1MV, precision 0.1 mV ± 0.03% |
pH measure | Resolution 0.001pH, precision 0.003pH |
Titrating volume accuracy | 0.001mL |
Measurement mode | MEAS: Measuring pH/mV/T CAL: pH correction (multi-point) SET setting end-point mode MET equivalent titrating DET dynamic titrating |
Titrating mode | Acid-base titration, redox titration, precipitation, complexation, non-water titration |
Titrating cup capacity | 250mL |
Temperature measurement range | -20~135℃ |
Temperature resolution | 0.01℃ |
Temperature measurement accuracy | ±0.1℃ |
Communication mode | 2 USB, 232 serial port, Ethernet |
Fluid adding unit | Built-in liquid-adding unit |
Liquid-adding module unit | (Standard) contains 4 sets of built-in titration liquid-adding channels. |
Number of extensible liquid-adding channels | 8 channels |
Burette model | 1ml 5ml 10ml 25ml 50ml (10ml standard) |
Resolution of Burette | 1/48,000 |
Time of replenishing liquid | 10 seconds (100% filling speed) |
Control unit | PC including software (optional computer) |
Automatic sampler | It can be used with GT robot injection system for mass sample analysis with 16 stations (standard 150ml). |
Self checking function | Power-on to automatically check the instrument status. |
Calibration function | Yes |
Apply editing function | Edit computing formula, directly figure out result. |
Storage space | More than 300G |
Preset method | More than 300G |
In accordance with FDA, GMP, and GLP | Audit tracking, hierarchical management, and electronic signature. |
Pipelines | PTFE titration pipelines (corrosion resistant) |
Stirring method | Roof type spiral stirrer or magnetic stirring. |
PTFE valve | Imported corrosion-resistant rotary valve |
Microscale detection electrodes | Imported |
Micro-injection pump | Imported |