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Lab Measuring Devices

Laboratory measuring devices are specially developed instruments that are indispensable in numerous scientific and industrial fields. They are used in chemistry, physics, biology, medicine and pharmacy and are designed to ensure controlled and reproducible measurements. The devices are able to deliver precise and reliable results, which are essential for further development and quality assurance.

Areas of application for laboratory measuring devices:

Laboratory measuring devices are used in a wide variety of areas, including:

Research institutes: For scientific analysis and the development of new processes.
Production facilities: For quality control of raw materials and finished products.
Medical facilities: For the diagnosis of chemical or biological substances.
Agriculture and environmental technology: For monitoring air and water quality and for analyzing soil samples and environmental influences.
Universities and educational institutions: For practical teaching and training of students in scientific and technical subjects.

The importance of precise and reliable measurements

The precise recording of physical variables such as temperature, pressure, light or speed is only possible with special sensors that are connected to the respective measuring device. The recorded measurement data is digitized, visualized, stored and evaluated using modern software. The data can be transferred to a PC or database via various interfaces, enabling further analysis and documentation.

Laboratory measuring instruments from LXinstruments stand for the highest quality and technical precision. They help researchers and engineers to obtain reliable and accurate data that is crucial for their projects. Our wide range of measuring instruments offers solutions for the most diverse measurement tasks and applications, and we are at your side with customized solutions and comprehensive advice.

Laboratory measuring devices are specially developed instruments that are indispensable in numerous scientific and industrial fields. They are used in chemistry, physics, biology, medicine and... read more »
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Lab Measuring Devices

Laboratory measuring devices are specially developed instruments that are indispensable in numerous scientific and industrial fields. They are used in chemistry, physics, biology, medicine and pharmacy and are designed to ensure controlled and reproducible measurements. The devices are able to deliver precise and reliable results, which are essential for further development and quality assurance.

Areas of application for laboratory measuring devices:

Laboratory measuring devices are used in a wide variety of areas, including:

Research institutes: For scientific analysis and the development of new processes.
Production facilities: For quality control of raw materials and finished products.
Medical facilities: For the diagnosis of chemical or biological substances.
Agriculture and environmental technology: For monitoring air and water quality and for analyzing soil samples and environmental influences.
Universities and educational institutions: For practical teaching and training of students in scientific and technical subjects.

The importance of precise and reliable measurements

The precise recording of physical variables such as temperature, pressure, light or speed is only possible with special sensors that are connected to the respective measuring device. The recorded measurement data is digitized, visualized, stored and evaluated using modern software. The data can be transferred to a PC or database via various interfaces, enabling further analysis and documentation.

Laboratory measuring instruments from LXinstruments stand for the highest quality and technical precision. They help researchers and engineers to obtain reliable and accurate data that is crucial for their projects. Our wide range of measuring instruments offers solutions for the most diverse measurement tasks and applications, and we are at your side with customized solutions and comprehensive advice.

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VT Instruments EX1403A - view front top 16 Channel Data Acquisition Device I EX1400 Series
VTI Instruments
VT-EX1400-Serie

16 Channel Data Acquisition Device EX1400 Series, 24-bit ADC
Price on request
GW Instek DAQ-9600 - View: front Data Acquisition System | DAQ-9600 Series
GW Instek (Good Will Instruments)
GW-DAQ-9600-Serie

Data Acquisition System in modular design with 3 module slots
Content 1 piece(s)
From €1,657.00 *
GWInstek LCR-8205 - View: front High-Frequency LCR Meter | LCR-8200(A) Series
GW Instek (Good Will Instruments)
GW-LCR-8200-A-Serie

Wide Test Frequency, 7" LCD color Display, 0.08% Basic Accuracy, 15 Steps List Measurement
Price on request
GWInstek LCR-6200 - View: front right Precision LCR Meter | LCR-6000 Series
GW Instek (Good Will Instruments)
GW-LCR-6000-Serie

5 Models (10Hz ~ 2 kHz / 20 kHz / 100 kHz / 200 kHz / 300 kHz)
Content 1 piece(s)
From €1,041.00 *
EX1000A, EX1016A, EX1032A, EX1048A, EX1000A-TC, EX1000A-TCDC - View I Multi-Channel Thermocouple and Voltage...
VTI Instruments
VT-EX1000A-Serie

Independent signal conditioning for each channel, voltage ranges ±0.01 V, ±0.066 V, ±0.1 V, ±1 V and ±10 V, LXI-LAN...
Price on request
Frequency Response Analyzer | 10 µHz - 50 MHz, 2 Channel Frequency Response Analyzer | 10 µHz - 50 MHz,...
Newtons4th (N4L)
N4-PSM3750-2C

Frequency range: 10 µHz to 50 MHz, Inputs: 2
Price on request
Frequency Response Analyzer | 10 µHz - 35 MHz, 2 Channel Frequency Response Analyzer | 10 µHz - 35 MHz,...
Newtons4th (N4L)
N4-PSM1735

Frequency range: 10 µHz to 35 MHz, Inputs: 2
Price on request
Frequency Response Analyzer | 10 µHz - 1 MHz, 2 Channel Frequency Response Analyzer | 10 µHz - 1 MHz, 2...
Newtons4th (N4L)
N4-PSM1700

Frequency range: 10 µHz to 1 MHz, Inputs: 2
Price on request
Frequency Response Analyzer | 10 µHz - 50 MHz, 3 Channel Frequency Response Analyzer | 10 µHz - 50 MHz,...
Newtons4th (N4L)
N4-PSM3750-3C

Frequency range: 10 µHz to 50 MHz, Inputs: 3
Price on request
Test Fixture for SMD/Chip components Test Fixture for SMD/Chip components
GW Instek (Good Will Instruments)
GW-LCR-15A

SMD / CHIP Test Fixture(0201 ~ 1812) (~30MHz)
€1,191.00 *
Test Fixture for Bottom Electrode components Test Fixture for Bottom Electrode components
GW Instek (Good Will Instruments)
GW-LCR-10A

SMD / CHIP Bottom Electrode Test Fixture (~30MHz)
€2,142.00 *
Test Fixture for axial & radial leaded components Test Fixture for axial & radial leaded components
GW Instek (Good Will Instruments)
GW-LCR-05A

for axial & radial leaded components (up to 30MHz)
€1,130.00 *
1 From 7

Classical laboratory instruments are generally understood to be logic analysers, LCR meters, network analysers and others. In our shop you will also find signal generators, signal amplifiers as well as data loggers. Especially in the category of electronic loads we have a particularly large selection.
This means that we are perfectly positioned for all electrical measurement technology applications. You will find high-end instruments as well as those that meet even the most demanding requirements on a smaller budget.
All laboratory instruments fulfil the following essential criteria:

  • Ease of use

The instruments are often used by several people, the operation via touch panel or control elements should be intuitive and self-explanatory.

  • Accurate results

Laboratory results are the basis for further decisions. Therefore, it is absolutely essential that the results are precise, reliable and reproducible at any time.

  • Fast

Often, entire analyses of many test series have to be carried out. The results must therefore be available as quickly as possible.

  • Low susceptibility to errors

Disturbances, errors and deviations lead to uncertainty and make repetitions necessary. The instruments must analyse, calculate, store and evaluate data very reliably.

What do you need to consider when buying a laboratory measuring instrument?

Before you start looking for a suitable measuring instrument, you should definitely define

  • What you want to measure - area of application?
  • How accurately you want to measure - quality of the instrument?
  • Who is to measure: touch panel or rather practical knobs and switches;
  • Where to measure - desktop or portable.

Almost all laboratory measuring instruments have analogue and digital versions. Each instrument has its own advantages and disadvantages. There are also multifunctional instruments that combine the functions of several laboratory measuring instruments in one.
Of course, the choice is largely determined by the available budget.
In our shop you will find what you need - take a look around.

e data very reliably.

What do you need to consider when buying a laboratory measuring instrument?

Before you start looking for a suitable measuring instrument, you should definitely define • What you want to measure - area of application? • How accurately you want to measure - quality of the instrument? • Who is to measure: touch panel or rather practical knobs and switches; • Where to measure - desktop or portable. Almost all laboratory measuring instruments have analogue and digital versions. Each instrument has its own advantages and disadvantages. There are also multifunctional instruments that combine the functions of several laboratory measuring instruments in one. Of course, the choice is largely determined by the available budget. In our shop you will find what you need - take a look around.

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