1. Efficient sampling system

• 1.1 Split torch tube
  The fully split torch tube design, self aligning installation, and simplified torch tube design significantly reduce the cost of torch tube use. For different applications, only the center tube needs to be replaced to meet different injection requirements such as organic, high salt, high sensitivity, and HF acid resistance.

  

• 1.2 Full MFC gas control system
  Adopting a high-precision digital MFC gas path controller with high integration, the control accuracy is less than 0.5%, and up to seven MFCs can be configured. In addition to atomization gas, auxiliary gas, and cooling gas, dilution gas, auxiliary oxygenation, and two collision gases can be additionally configured.

  

• 1.3 12 rotor high-precision peristaltic pump injection
  Equipped with a 12 rotor high-precision peristaltic pump as standard, it can be equipped with various materials such as PVC, Solva, Tygon, Viton, etc. to meet various needs such as conventional, organic solutions, and long service life; Optional expandable pump tube, greatly reducing the difficulty of use

  

• 1.4 Standard TEC cooling atomization chamber
  Small volume swirl type atomization chamber, small dead volume, high aerosol atomization efficiency, low memory effect, TEC refrigeration module, refrigeration temperature<-10 ℃.

  

• 1.5 Argon Online Dilution System (AGOD)
  Suitable for complex sample injection analysis in high salt matrices, with high salt resistant injection analysis and online dilution working mode. AGOD utilizes a conventional injection system combined with stable plasma conditions, resulting in deeper sampling depth and lower carrier gas flow rate. A second argon gas flow is added between the atomization chamber and the torque tube to dilute the sample aerosol before entering the torque tube, reducing the total amount of sample entering the plasma. No reagents or dilution solutions need to be added for direct analysis

  

2. Stable ICP ion source

• 2.1Patented self-excited all solid state ICP ion source
  No need for matching boxes, millisecond level fast frequency conversion to match plasma load changes, not easy to extinguish;
  Improved substrate tolerance, such as direct injection of buffer salts in arsenic speciation analysis;
  Capable of analyzing volatile organic solvents, such as 100% acetonitrile and 100% methanol;
  Balanced driving reduces ion kinetic energy dispersion and secondary ion generation without the need for shielding rings;
  Water cooling and heat dissipation ensure long-term stability during use.

• 2.2 iStandby mode
  Analyze gap automatic low-power standby, significantly reducing argon gas and power consumption, as the sample is injected
  It can automatically restore normal working conditions.

3. Reliable dual cone ion interface

• 3.1 Optimize ion interface design
  Improved double cone interface, perfectly achieving the transition from atmospheric pressure to high vacuum, effectively extracting representative ions during the transition from ultra-high temperature to room temperature, and effectively reducing vacuum load.

• 3.2 Through Aerodynamic Simulation
  Optimize the two cone design to significantly improve instrument performance
  Reduce salt deposition and improve substrate tolerance

• 3.3 Extracting lenses
  Can apply any voltage from -200 to+5V, suitable for different ions and sample matrices
  Adjust the extraction voltage;
  Positive voltage can completely isolate ions and prevent them from entering the ion optical system during standby
  Causing unnecessary pollution.

• 3.4 Minimally designed handle style cone changing system
  Innovative handle type cone changing system with built-in interlocking protection to prevent abnormal operations;
  Convenient cone replacement and maintenance without the need for vacuum release.

• 3.5 Efficient ion optical system
  Two cone interfaces for efficient transmission of analyzed ions
  Two off-axis movements before and after achieve effective elimination of interfering particles (neutral particles, electrons, photons)
  The patented collision reaction pool technology and distributed intake system minimize interference to the greatest extent possible
  Pure molybdenum quadrupole mass analyzer, the most stable choice for high-resolution mass spectrometry
  Dual mode free sanda pole detector with a dynamic range of 9-10 orders of magnitude