enduro Z-1000原子吸...
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• 新颖的可调磁场强度(Variable Magnetic Field Strength)(0.6~1.1 特斯拉，以0.1 特斯拉步长)，保证了超高的灵敏度和精度

• 8 灯自动灯座，配有自动对准功能，保证了元素灯快速选择和优化

• 自动波长选择和连续调节狭缝宽度(0.1nm~2nm，以0.1nm 步长)，可以选择常规和降低的狭缝高度

• 编码灯识别技术，既可以识别空心阴极灯也可以识别超灯

• 10V 超灯电源，采用新近的设计，保证更高的灵敏度的同时，消耗更少的电能和产生更少的热量( 标配1 个超灯电源，可选4 个)

• 新型改善设计，使每管>1400 次点火和更低的%RSD

• 电子样品视窗，为标配


Unique Variable Magnetic Field Strength between 0.6 and 1.1 Tesla in 0.1 Tesla increments for maximum precision and sensitivity.

Eight-lamp auto turret with auto lamp align for rapid element selection and accurate lamp optimization.

Automatic wavelength and choice of 20 slit widths between 0.1 and 2.0nm in 0.1 nm increments in both normal and reduced height for ease of operation.

Coded Lamp Recognition for both normal hollow cathode lamps and Super Lamps.

New 10 Volt Super Lamp capability, fitted standard for one lamp ensures highest sensitivity with low power consumption and low heat output.(Optional four lamp supply available.)

New Improved design which allows＞1400 firings per tube and lower %RSD.

Electronic Sample Viewing standard.


SavantAA Zeeman enduro 参考


The SavantAA Zeeman enduro sets new standards in high performance Zeeman graphite furnace analysis


  • Unique Variable Magnetic Field Strength between 0.6 and 1.1 Tesla in 0.1 Tesla increments for maximum precision and sensitivity.

  • Eight-lamp auto turret with auto lamp align for rapid element selection and accurate lamp optimization.

  • Automatic wavelength and choice of 20 slit widths between 0.1 and 2.0 nm in 0.1 nm increments in both normal and reduced height for ease of operation.

  • Coded Lamp Recognition for both normal hollow cathode lamps and Super Lamps.

  • New 10 Volt Super Lamp capability, fitted standard for one lamp ensures highest sensitivity with low power consumption and low heat output.
    (Optional four lamp supply available.)

  • New Improved design which allows>1400 firings per tube and lower %RSD.

  • Electronic Sample Viewing standard.

Unique Variable Magnetic Field Strength (MFS)


A constant magnetic field strength for all elements leads to severe limitations in analytical performance for many sample types. The second generation SavantAA Z enduro achieves optimal background correction and sensitivity by allowing optimization of the magnetic field strength for each element/matrix combination. The applied magnetic field can be varied from a low 0.6 to a high 1.1 Tesla. Once selected, the field strength remains constant for the duration of the measurement. This allows the operator to set the optimum field strength for each element, maximizing the Zeeman Effect as measured through the magnetic sensitivity ratio (MSR) and giving unmatched sensitivity.

Competitor’s Zeeman background correction technologies reduce the performance for the primary wavelength for some elements. For example an alternative wavelength for Al must be used to achieve reasonable sensitivity. This difficulty is not encountered with the SavantAA Z enduro. Its variable background correction allows the field strength to be adjusted to maximize both precision and sensitivity. This produces accurate results, every time！

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