The fully automatic digestion instrument is equipped with 360 ° C; Rotating robotic arm provides more stable continuous operation and precise positioning; The instrument adopts intelligent design and multi terminal remote control method, allowing experimenters to control the instrument for safe experiments even if they are far away from the laboratory; In addition, there are standardized and programmed built-in digestion methods, which are commonly used as digestion options for various conventional samples such as environmental samples, food samples, cosmetics, etc.
Fully automatic digestion instrumentIt adopts a 360 ° rotating robotic arm, which runs continuously more stably and has more accurate positioning; The instrument adopts intelligent design and multi terminal remote control method, allowing experimenters to control the instrument for safe experiments even if they are far away from the laboratory; In addition, there are standardized and programmed built-in digestion methods, which are commonly used as digestion options for various conventional samples such as environmental samples, food samples, cosmetics, etc.
Advantages and Features
1. Intelligent design allows experiments to run autonomously anytime, anywhere
1.1. Intelligent wireless control, laboratory personnel do not need to be stationed in front of the acid filled fume hood in the laboratory to control the instrument
1.2. Multi terminal simultaneous control and viewing, mobile phones, computers, and pads can simultaneously control and view instrument status, facilitating communication, demonstration, and technical sharing between customers and users in different regions
1.3. Appointment startup function, pre-set methods in advance, allowing the instrument to run autonomously at designated times, truly achieving unmanned operation and freeing up the hands of experimental personnel
1.4. Video monitoring system, high-definition video real-time monitoring of instrument operation status, can immediately stop the instrument in case of problems, modify methods to make unmanned experiments safer
2. Fully automated sample processing process makes experiments simpler
2.1. The instrument can automatically add reagents, mix samples, lift and lower, gradually increase temperature, rush acid, and adjust volume. Adding acid midway can automatically increase cooling, making tedious operations automated
2.2. After the method runs, an experimental report can be automatically generated, effectively improving the work efficiency of experimental personnel
3. Structural design to avoid acid gas corrosion and ensure more stable instrument operation
3.1. Adopting a 360 ° rotating robotic arm and a fully enclosed structural design, efforts are made to avoid corrosion of the transmission parts by acid gas and condensed acid liquid, ensuring the stability of continuous liquid addition to the instrument
3.2 Multiple optocouplers limit to ensure safer and more accurate shaking and lifting movements of the instrument
3.3. Equipped with a standard ventilation system that does not occupy laboratory fume hood space. The instrument and electrical components are designed to be isolated from the ventilation system, ensuring that they are not affected by high temperatures or corroded by acidic gases, and that the instrument has a longer service life
4. Safety warning system to ensure smooth experimental process
4.1. Voice prompt system, which provides voice prompts after the method runs, to avoid experimental situations where samples are evaporated by residual heat due to remote control ignoring time
4.2. Real time monitoring of reagent remaining amount. If it is lower than the set value, an alarm will be immediately triggered. After replenishing the reagent, the alarm will be eliminated
