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Prisma QMS 200 M with C-SEM

Prisma QMS 200 M1, 1-100 amu

open ion source

QMS 200 M1, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M1, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M1, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M1, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M1, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M1, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M1, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0°

gas tight ion source

QMS 200 M1, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M1, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M1, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M1, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0°

Cross-Beam ion source

QMS 200 M1, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M1, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M1, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M1, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0°

Prisma QMS 200 M2, 1-200 amu

open ion source

QMS 200 M2, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M2, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M2, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M2, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M2, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M2, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M2, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M2, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0°

gas tight ion source

QMS 200 M2, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M2, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M2, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M2, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0°

Cross-Beam Ionenquelle

QMS 200 M2, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M2, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M2, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M2, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0°

Prisma QMS 200 M3, 1-300 amu

open ion source

QMS 200 M3, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M3, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M3, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M3, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M3, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M3, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M3, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M3, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0°

gas tight ion source

QMS 200 M3, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M3, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M3, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M3, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0°

Cross-Beam Ionenquelle

QMS 200 M3, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M3, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M3, Prisma^TM, 1 - 100 amu, Channeltron/Faraday, tungsten, F200 °C , 0° QMS 200 M3, Prisma^TM, 1-100 amu, Channeltron/Faraday, tungsten, F200 °C , 0°

QMG 422 with QMA 125

QMG 422, 1-100 amu

QMG 422, Quadrupole mass spectrometer, DN 40 CF-F, axial QMG 422, Quadrupole mass spectrometer, DN 40 CF-F, axial QMG 422, Quadrupole mass spectrometer, DN 40 CF-F, axial QMG 422, Quadrupole mass spectrometer, DN 40 CF-F, axial QMG 422, Quadrupole mass spectrometer, DN 40 CF-F, axial QMG 422, Quadrupole mass spectrometer, DN 40 CF-F, axial

QMG 422, 1-200 amu

QMG 422, Quadrupole mass spectrometer, DN 40 CF-F, axial QMG 422, Quadrupole mass spectrometer, DN 40 CF-F, axial

PrismaPlus^TM QMG 220 M with C-SEM-detector

PrismaPlus^TM QMG 220 M1, 1-100 amu

PrismaPlus^TM QMG 220 M1 with open ion source

QMG 220 M1, PrismaPlus^TM, C-SEM, 1-100 amu, open ion source, W, 200°C, 0° QMG 220 M1, PrismaPlus^TM, C-SEM, 1-100 amu, open ion source, W, 200°C, 90° QMG 220 M1, PrismaPlus^TM, C-SEM, 1-100 amu, open ion source, W, 200°C, 0°, IO 220 module QMG 220 M1, PrismaPlus^TM, C-SEM, 1-100 amu, open ion source, W, 300°C, 0°, IO 220 module QMG 220 M1, PrismaPlus^TM, C-SEM, 1-100 amu, open ion source, W, 200°C, 90°, IO 220 module QMG 220 M1, PrismaPlus^TM, C-SEM, 1-100 amu, open ion source, Y, 200°C, 0°, IO 220 module

PrismaPlus^TM QMG 220 M1 with gas-tight ion source

QMG 220 M1, PrismaPlus^TM, C-SEM, 1-100 amu, gas tight ion source, W, 200°C, 0° QMG 220 M1, PrismaPlus^TM, C-SEM, 1-100 amu, gas tight ion source, W, 200°C, 0° QMG 220 M1, PrismaPlus^TM, C-SEM, 1-100 amu, gas tight ion source, W, 200°C, 0°, Io 220 module QMG 220 M1, PrismaPlus^TM, C-SEM, 1-100 amu, gas tight ion source, W, 200°C, 90°, IO 220 module QMG 220 M1, PrismaPlus^TM, C-SEM, 1-100 amu, gas tight ion source, Y, 200°C, 0°, IO 220 module

PrismaPlus^TM QMG 220 M1 with grid ion source

QMG 220 M1, PrismaPlus^TM, C-SEM, 1-100 amu, grid ion source, W, 200°C, 0° QMG 220 M1, PrismaPlus^TM, C-SEM, 1-100 amu, grid ion source, W, 200°C, 90° QMG 220 M1, PrismaPlus^TM, C-SEM, 1 - 100 amu, grid ion source, W, 200°C, 0° QMG 220 M1, PrismaPlus^TM, C-SEM, 1-100 amu, grid ion source, W, 200°C, 90° QMG 220 M1, PrismaPlus^TM, C-SEM, 1-100 amu, grid ion source, W, 300°C, 0°

PrismaPlus^TM QMG 220 M1 with crossbeam ion source

QMG 220 M1, PrismaPlus^TM, C-SEM, 1-100 amu, Crossbeam ion source, W, 200°C, 0° QMG 220 M1, PrismaPlus^TM, C-SEM, 1-100 amu, Crossbeam ion source, W, 200°C, 90° QMG 220 M1, PrismaPlus^TM, C-SEM, 1-100 amu, Crossbeam ion source, W, 200°C, 0°, IO 220 module QMG 220 M1, PrismaPlus^TM, C-SEM, 1-100 amu, Crossbeam ion source, W, 200°C, 90°, IO 220 module

PrismaPlus^TM QMG 220 M2, 1-200 amu

PrismaPlus^TM QMG 220 M2 with open ion source

QMG 220 M2, PrismaPlus^TM, C-SEM, 1 - 200 amu, open ion source, W, 200°C, 0°, IO 200 module QMG 220 M2, PrismaPlus^TM, C-SEM, 1-200 amu, open ion source, Y, 200°C, 0°, IO 220 module QMG 220 M2, PrismaPlus^TM, C-SEM, 1-200 amu, open ion source, Y, 300°C, 90°, IO 220 module

PrismaPlus^TM QMG 220 M2 with gas-tight ion source

QMG 220 M2, PrismaPlus^TM, C-SEM, 1-200 amu, gas tight ion source, Y, 200°C, 0°, IO 220 module QMG 220 M2, PrismaPlus^TM, C-SEM, 1-200 amu, gas tight ion source, W, 200°C, 0°, IO 220 module QMG 220 M2, PrismaPlus^TM, C-SEM, 1-200 amu, gas tight ion source, W, 200°C, 90°, IO 220 module

PrismaPlus^TM QMG 220 M2 with grid ion source PrismaPlus^TM QMG 220 M2 with crossbeam ion source

QMG 220 M2, PrismaPlus^TM, C-SEM, 1-200 amu, crossbeam ion source, W, 200°C, 0°, IO 220 module QMG 220 M2, PrismaPlus^TM, C-SEM, 1-200 amu, crossbeam ion source, W, 200°C, 0°

PrismaPlus^TM QMG 220 M3, 1-300 amu

PrismaPlus^TM QMG 220 M3 with open ion source

QMG 220 M3, PrismaPlus^TM, C-SEM, 1-300 amu, open ion source, W, 200°C, 0°, IO 220 module QMG 220 M3, PrismaPlus^TM, C-SEM, 1-300 amu, open ion source, Y, 200°C, 0°, IO 220 module QMG 220 M3, PrismaPlus^TM, C-SEM, 1-300 amu, open ion source, W, 200°C, 90°

PrismaPlus^TM QMG 220 M3 with gas-tight ion source

QMG 220 M3, PrismaPlus^TM, C-SEM, 1-100 amu, gas tight ion source, W, 200°C, 0°, IO 220 module QMG 220 M1, PrismaPlus^TM, C-SEM, 1-100 amu, gas tight ion source, Y, 200°C, 0°, IO 220 module

PrismaPlus^TM QMG 220 M3 with grid ion source PrismaPlus^TM QMG 220 M3 with crossbeam ion source

Residual gas analysis in ultra high vacuum

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The employment of a secondary electron multiplier (SEM) is meaningful for qualitative analysis in the pressure range between 10^-10 mbar und 10^-7. This extremely sensitive preamplifier enables even minute concentrations to be detected at fast measuring speeds.

PrismaPlus^TM QMG 220 M with C-SEM-detector

Applications

Mass ranges: 1-100 amu, 1-200 amu, 1-300 amu
For qualitative analysis in the ultra high vacuum range
Fast measurements
Detection of small concentrations
Modular concept - the best solution for the measurement task at hand

Customer value

Maximum sensitivity
Low background thanks to biased ion source
Grid ion source option with low outgassing rate
High measuring speed, stability and resolution
4 different ion sources to choose from
Multiple interfaces (AI, AO, DI, DO)

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