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Gas detector  Quadrupole mass analyzer -3W MACHINE 1
Gas detector  Quadrupole mass analyzer -3W MACHINE 2
Gas detector  Quadrupole mass analyzer -3W MACHINE 3
Gas detector  Quadrupole mass analyzer -3W MACHINE 4
Gas detector  Quadrupole mass analyzer -3W MACHINE 5
Gas detector  Quadrupole mass analyzer -3W MACHINE 1
Gas detector  Quadrupole mass analyzer -3W MACHINE 2
Gas detector  Quadrupole mass analyzer -3W MACHINE 3
Gas detector  Quadrupole mass analyzer -3W MACHINE 4
Gas detector  Quadrupole mass analyzer -3W MACHINE 5

Gas detector Quadrupole mass analyzer -3W MACHINE

The mini rod of the quadrupole mass analyzer is the key heart of the gas phase detector, which is composed of four precision parallel rods and plays an irreplaceable role in the gas phase detection.

The mini rod has a high resolution and sensitivity, which can accurately distinguish ions with small mass differences, and the detection effect of trace substances is excellent; its small design not only saves space but also effectively shortens the ion flight path, reduces ion diffusion and loss, greatly improves the detection speed and accuracy, and makes the gas phase detector widely used in environmental monitoring, food safety, drug research and development and other fields, and provides reliable data support.

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    The principle of structure 

    The tetrapole mass analyzer mini rod consists of four parallel poles. A variable electric field is formed by applying specific DC and RF voltages to the pole. Ions with different mass-to-load ratios move on a specific trajectory in an electric field because of different pressures, and the specific mass-to/load ratio ions steadily pass through to the detector, thereby separating the different ions in the detection gas and achieving substance composition analysis.

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    Performance characteristics

    The minibar has a high resolution, can distinguish ions with small differences in mass, and can detect complex mixtures with precision. Its sensitivity is high and it can detect trace substances. The response speed is fast and the detection analysis can be completed in a short time. The stability is strong, and the long working time can still ensure the accuracy of the data, providing reliable and efficient testing support for scientific research, quality inspection and other work.



    The difficulty of processing

    The precision requirement during machining is extremely high, and the linearity and cylindricality error of the rod must be extremely small. The tolerance of size of the electrodes is strictly limited to the order of micrometers. We can guarantee the uniformity of the four poles. The materials should be conductive and corrosion-resistant.


    ◎ Reliable 

    ◎ efficient

    ◎ accurate data

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    FAQ

    1
    How can I ensure the extremely high dimensional accuracy of the minibar when machining it?
    We use high-accuracy CNC machine tools with ultra-precision measuring equipment to monitor and adjust the process in real time. We follow the strict manufacturing process, from rough machining to finish machining step by step, to ensure that each step of the tolerance of size is within the minimum range.
    2
    How is surface roughness achieved at the nanoscale?
    Mainly by means of advanced polishing processes, such as chemical mechanical polishing combined with ion beam polishing technology. First, chemical mechanical polishing initially flattens the surface, and then ion beam polishing carries out fine treatment at the micro level to remove tiny defects, thereby achieving the nanoscale surface roughness requirements and ensuring the surface integrity.
    3
    How is the consistency of the four minibars guaranteed?
    When processing, we use the same batch of high-quality raw materials and use the exact same processing parameters on the same high-precision equipment. After the machining is completed, high-precision inspection equipment is used to comprehensively test the various parameters of the four poles, selecting the best combination of consistency, and ensuring that they are highly consistent in performance.
    4
    How can we prevent material deformation affecting accuracy during machining?
    First of all, choose good thermal stability against short circuit. In order to reduce the generation of heat in cutting, reasonable cutting parameters are adopted. In addition, intermediate treatments such as stress repellence and refilling are added to release the internal stress of the material, and special flexible adhesion devices are used in adhesion to avoid deformation due to adhesion force, ensuring the full range of processing accuracy.
    5
    How do you ensure that the material has good electrical conductivity and corrosion resistance?
    We chose a special material developed specifically for the quadripolar mass analyzer mini rod, which itself has a foundation of excellent electrical conductivity and corrosion resistance. After the machining is completed, according to the requirements of the equipment, surface treatments such as passivation treatment or coating with special protective coatings are also performed to further enhance its corrosion resistance without affecting its electrical conductivity.
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    Contact person: Mr. Mew
    Tel: 86-010-64386101
    WhatsApp: 86 16046263015
    Company address: #10 Ge Daizi Middle Street, Lisui Town, Shunyi District, Beijing China
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