High-Throughput Fully Automated Joule Heating System
【Applications and Product Value】
Applications
● Suitable for all experimental environments requiring Joule heating sample preparation, mass production, or long-term manual processing.
Product Value
Key advantages of high-throughput and fully automated material high-temperature testing equipment:
1. Improved experimental efficiency and production capacity
a. Batch processing capability: Simultaneous processing of multiple samples significantly improves testing and analysis efficiency, shortening the experimental cycle.
b. Automated process: Full automation reduces manual intervention, avoids errors and delays, and can operate 24 hours a day, improving production capacity.
2. Reduced experimental costs and human resource consumption
a. Resource conservation: Reduces energy and raw material consumption for individual samples, lowering experimental costs.
b. Reduced manpower: Automated operation reduces reliance on experimental personnel, allowing more time for result analysis and research.
3. Improved data quality and experimental accuracy
a. Standardized operation: Full automation follows standardized procedures, reducing human error and improving data reliability and consistency.
b. Real-time monitoring and adjustment: Equipped with real-time monitoring and feedback mechanisms to adjust the experimental process in a timely manner and ensure the accuracy and precision of results.
4. Enhanced experimental safety
a. Reduced safety hazards: Reduces direct contact between experimental personnel and high-temperature environments, lowering the risk of fire, explosion, and other safety hazards.
b. Emergency handling: Equipped with emergency handling mechanisms to take prompt measures in abnormal situations, ensuring the safety of equipment and personnel.
In summary, high-throughput and fully automated material high-temperature testing equipment demonstrates significant advantages in improving efficiency, reducing costs, enhancing data quality, and improving safety, thus promoting research and application in materials science.
Product Parameters
Temperature measurement: | 1000K-3000K (customizable according to needs) |
Temperature measurement accuracy: | ±5‰ |
Power supply voltage: | 380V-50Hz (customizable) |
Overall dimensions: | Customizable to meet specific requirements |
Temperature measurement repeatability: | ±3‰ |
Multifunctional controller: | Power supply indicator, operation indicator, power control, electrode temperature monitoring |
Data acquisition frequency: | 1-10kHz |
Temperature range: | Up to 3000K on the sample stage |
Vacuum level: | -0.1-0.1MPa |
Chamber working mode: | Protection via optional chamber operation in room temperature inert gas, nitrogen cycle, or ammonia cycle |
Flash sintering fixture: | Purple copper, quartz tube, graphite |
Temperature measurement probe: | Infrared non-contact, accuracy ±1% Full Scale |
Electrode material: | Copper/Graphite |
Operation mode: | Touchscreen operation |
Gas Line Specification: | 1 inlet, 1 outlet, 1 vacuum |