MY-B158J
ISO
Mayamed
Mass Spectrometer Standard Packing
75*67*160cm
Guangzhou
Product Description
MY-B158J High quality automated mass spectrometer equipment identification system
Fully automatic microbiological mass spectrometry detection system MY-B158J Technical parameters
1.Hardware requirements
1* 1.1 The use of 343nm solid-state laser, in the range of 1-2000Hz arbitrary continuously adjustable, the number of laser emissions ≥ 2 × 109 times, the instrument life cycle does not need to be replaced, the use of low-cost; (Provide laser product manual)
* 1.2 Flight tube length ≤ 900mm, to ensure the efficiency of ion transmission, and greatly reduce the volume of the instrument;
1.3 Adopt highly integrated ion source structure design, can be quickly disassembled, convenient ion source maintenance, and the instrument life cycle without cleaning;
*1.4 laser optical path near vertical free introduction, vertical laser incidence angle ≤ 5 °, to effectively ensure that the number of ions to reach the detector, improve the sensitivity of the instrument and detection efficiency;
*1.5 Adopt double-pulse ion delayed introduction technology, breaking through the single-pulse ion tuning limit, can simultaneously meet the wide mass range of high-resolution and target mass range of focusing high-resolution;
1.6 Adopting high transmission efficiency lens module, with small energy attenuation of the full laser path and adjustable laser spot diameter of 20-200μm, which strengthens the signal acquisition function of various samples;
1.7 Provide nucleic acid mass spectrometry detection function module, which can be used for the quality control analysis of nucleic acid primer and probe synthesis, a variety of respiratory viruses nucleic acid mass spectrometry detection and a variety of nucleic acid mass spectrometry detection projects; (provide screenshots of nucleic acid mass spectrometry detection software interface)
*1.8 The instrument body comes with a barcode scanning system, without the need for additional barcode scanning equipment, each target plate is marked with a unique barcode label, through the scanning of all samples can be traced back
Fully automatic microbiological mass spectrometry detection system MY-B158J Technical parameters
1.Hardware requirements
1* 1.1 The use of 343nm solid-state laser, in the range of 1-2000Hz arbitrary continuously adjustable, the number of laser emissions ≥ 2 × 109 times, the instrument life cycle does not need to be replaced, the use of low-cost; (Provide laser product manual)
* 1.2 Flight tube length ≤ 900mm, to ensure the efficiency of ion transmission, and greatly reduce the volume of the instrument;
1.3 Adopt highly integrated ion source structure design, can be quickly disassembled, convenient ion source maintenance, and the instrument life cycle without cleaning;
*1.4 laser optical path near vertical free introduction, vertical laser incidence angle ≤ 5 °, to effectively ensure that the number of ions to reach the detector, improve the sensitivity of the instrument and detection efficiency;
*1.5 Adopt double-pulse ion delayed introduction technology, breaking through the single-pulse ion tuning limit, can simultaneously meet the wide mass range of high-resolution and target mass range of focusing high-resolution;
1.6 Adopting high transmission efficiency lens module, with small energy attenuation of the full laser path and adjustable laser spot diameter of 20-200μm, which strengthens the signal acquisition function of various samples;
1.7 Provide nucleic acid mass spectrometry detection function module, which can be used for the quality control analysis of nucleic acid primer and probe synthesis, a variety of respiratory viruses nucleic acid mass spectrometry detection and a variety of nucleic acid mass spectrometry detection projects; (provide screenshots of nucleic acid mass spectrometry detection software interface)
*1.8 The instrument body comes with a barcode scanning system, without the need for additional barcode scanning equipment, each target plate is marked with a unique barcode label, through the scanning of all samples can be traced back
