Automated Hall Effect Measurement System
This automated Hall effect system measures carrier concentration, mobility, resistivity, and Hall coefficient with micro - probe precision and HDTV microscopy.
View productVectomag / ET-9000 Series
ET-9000 Hall Effect & Electrical Transport Measurement System
Measure transport.Control every variable.
Automated characterization for advanced materials research.
Scroll to discoverConcept render based on supplied product image
One platform. A wider view of materials.
Precision is the point.
From Hall effect to magnetoresistance and variable-temperature transport, ET-9000 brings magnetic field control, stable environments and automated acquisition into one research workflow.
< 3 minAutomated Hall measurement
±0.5 G24-hour field stability
5–18 TMagnet options; verify configuration
1.6–1000 KTemperature environments, with options
100 nΩ–100 GΩResistance range, with options
Ranges depend on the selected modules. Confirm all values against the final technical proposal.
01 / Automated Hall workflow
From setup to insight.
In under three minutes.
A guided measurement sequence acquires the signals, computes key transport parameters and presents results in one software environment.
01 / Configure
Define the run.
Choose sample, field and measurement settings for the research question.
02 / Measure
Automate acquisition.
Coordinate field control and electrical measurement through software.
03 / Interpret
See the material.
Review Hall coefficient, mobility, carrier concentration and conductivity type.
Data, ready to examine.
Illustrative interface graphic · not measured dataHall responseFitted trend
02 / Magnetic field
Hold the field.
Reveal the signal.
Stable, smoothly controlled magnetic fields give delicate transport measurements a reliable foundation, including precise zero-crossing control.
< ±0.5 GField stability / 24 h
0.1 GGaussmeter precision @ 1 kG range
- Integrated field measurement ↗
- Controlled field sweep ↗
- Repeatable workflows ↗
Concept close-up · verify against production unit03 / Measurement envelope
Built for a broad
research landscape.
Configure the system around low-resistance materials, high-resistance semiconductors and temperature-dependent behavior.
Electrical transport
100 nΩto 100 GΩ
Ultra-wide resistance coverage with the relevant low- and high-resistance options.
Temperature environments
1.6 Kto 1000 K
Cryogenic and high-temperature modules extend the experimental window according to the selected configuration.
04 / Applications
Follow the physics, wherever it leads.
A flexible platform for semiconductor characterization, emerging functional materials and magnetic transport studies.
01 / Semiconductors
Carrier behavior
Hall mobility, carrier concentration, resistivity and conductivity type.
02 / Thermoelectrics
Transport across temperature
Relate material response to changing thermal conditions.
03 / Magnetic materials
Magnetoresistance
Study field-dependent response in GMR and related materials.
05 / System architecture
One integrated workflow.
Configured for your lab.
The platform combines the visible magnetic assembly and control cabinet with measurement software and application-specific options.
01 / FIELDMagnet assembly
Opposed coils and central sample region shown in the supplied photograph.
02 / MEASUREMENTElectrical modules
Low- and high-resistance options selected for the intended measurement range.
03 / ENVIRONMENTTemperature options
Cryogenic or high-temperature modules according to research needs.
04 / CONTROLSoftware + cabinet
Automated acquisition, computation and visualization.
Architecture illustration is conceptual. Final system composition and compatibility must follow the vendor's technical proposal.
Hall coefficient—
Mobility—
Carrier density—
Concept UI / illustrative data only
06 / Software intelligence
Focus on the result.
Not the routine.
Automated measurements and calculations reduce repeated setup steps. Visualization tools bring Hall, R-H, R-T and I-V results into view.
- Automated measurement sequences 01
- Computed transport parameters 02
- Visualized research data 03
- Up to four samples 04
07 / Expand the platform
Options that follow your research.
Tailor the experimental envelope through compatible accessories and configuration choices.
01 / Optional
Cryogenic environment
For low-temperature transport measurements.
02 / Optional
High-temperature module
For elevated-temperature measurements.
03 / Optional
Resistance extensions
Low- and high-resistance measurement choices.
08 / Technical snapshot
Specifications, clearly stated.
A concise view of the capabilities in the supplied brief. Confirm final values against the quoted configuration.
Hall test timeUnder 3 minutes, automated
Magnet options5–18 T, subject to confirmation
Sample capacityUp to four samples, modular setup
Method referenceASTM F76 for Hall coefficient and mobility testing; confirm configuration
Resistance range100 nΩ–100 GΩ with appropriate options
Measurement modesHall effect, R-H, R-T, I-V; magnetoresistance
Output parametersSheet resistance, resistivity, Hall coefficient, Hall mobility, carrier concentration, conductivity type
Temperature range1.6–1000 K with cryogenic and high-temperature options
Built-in Gaussmeter0.1 G precision at 1 kG range
Magnetic field stability< ±0.5 G over 24 hours
09 / Research examples
Designed for questions
worth asking.
Illustrative study types. Original datasets and test conditions will be added when approved for publication.
Example study / Thermoelectric material
Hall effect across conditions
Illustrative chart; not measured data.
Example study / GMR material
Field-dependent resistance
Illustrative chart; not measured data.
10 / Why choose ET-9000
Precision that serves discovery.
Integrated control
Magnetic field, temperature environment and electrical acquisition presented as a coherent system.
Broad measurement scope
One platform addresses Hall, magnetoresistance, variable-temperature resistance and I-V characterization.
Research-ready workflow
Automated calculations, multiple-sample capability and visual analysis support daily lab work.
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Build the right measurement environment.
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