Convenient canning process
The integrated test tube rack and automatic capping design only require placing the digestion tube into the test tube rack, avoiding the repetitive and tedious canning process.
Less acid consumption
Only 2-3ml of acid is needed to complete the digestion of the sample, and there is no need to rush the acid. It can be directly analyzed by volumetric injection.
Lower operating costs
In addition to using TFM material digestion tubes, EXPEC 796 also supports the use of glass and quartz material digestion tubes for lower costs.
More comprehensive security measures
Adopting a dual phase steel tank with a pressure resistance of up to 30Mpa and a comprehensive safety interlock design, ensuring the safety of instruments and operators at all times;
Pre pressurization design of the program ensures pressure balance between the inside and outside of the tube during the digestion process, eliminating the need for external tube protection and avoiding the risk of tube bursting.
DSLR cavity design
The entire batch of samples were digested at the same temperature and pressure within the single lens reaction chamber to ensure good consistency between the samples;
Pre pressurization of the program effectively suppresses sample boiling during the heating process, avoiding cross contamination of the samples;
For different sample types, 10, 23, 29, 54, and 80 well digestion tubes can be configured, supporting customized digestion tubes to meet different application needs
Convenient operation, one click operation, tablet configuration, supports WiFi connection, and laboratory personnel can remotely monitor instrument status in real-time.
Pre pressurization technology and ultra-high temperature heating design can meet the special requirements of complex samples for high temperature and high pressure, achieving full digestion of difficult to digest samples such as plastics and fibers; High throughput design can meet the demand for large sample sizes; The simple canning process and acid free design can greatly improve the efficiency of sample pretreatment.