LED Stroboscopes in Research & Universities

BINT LED stroboscopes are fundamental tools in research, science and education. They are used in university laboratories and research institutes, where they are used to study rapid movements, analyze physical phenomena and teach complex concepts in a visual and intuitive way. These devices help improve understanding and accuracy in advanced fields of study.

The sector

Research & University

Universities and Research Institutes

Physics Laboratories

Mechanical Engineering Laboratories

Biology Laboratories

Materials Research Centers

Technical and Professional Schools

Robotics and Automation Laboratories

Optics and Photonics Laboratories

Aerospace and Automotive Industry (R&D)

Fluid Dynamics Laboratories

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Technical characteristics of BINT LED Stroboscopes

High brightness LED technology with uniform blinking

With light intensity adjustment and image sharpness, the new BINT LED Stroboscopes are professional devices with innovative LED technology, with excellent performance and high reliability: perfect stroboscopic vision, every detail under control

On-demand flow rate up to 200,000 flashs/min FPM, viewing with large LCD display

Fast and precise blink rate adjustment using two ergonomic potentiometers for coarse-grained and fine adjustment

Automatic flashing synchronization

Synchronization of flashing from external signals (externaltrigger) with phase shifter and tachymeter function

New linear LED strips for a dynamic and innovative light source

Imagine a strobe light with a particular shape: with the new BINT LED STRIPS, you can!
A creative way to carry out stroboscopic observations thanks to the use of special flexible LED STRIPS, the light source becomes dynamic

Rechargeable lithium batteries for long life of use

For portable stroboscopes, battery life is no longer a problem, the use is possible for a long period of time.
The fixed models can be powered directly with the 24 Vdc used in the industrial sector

An ideal choice for those looking for high performance and reliability

Robust and easy to use, they are ideal for use in test and processing environments, laboratories and research. Designed and built in Italy, they offer a competitive cost and quick after-sales assistance. Choosing BINT means investing in quality, efficiency and innovation

Technical Characteristics of BINT microohmeters

High precision and reliability

Up to the exceptional resolution of 0.1μΩ on the lower flow rate of 3200μΩ, the precise measurements and high resolution guarantee reliable results, essential for critical applications in the field and in the laboratory

Portability and ruggedness

From compact and lightweight models for maximum portability, to the waterproof and battery-operated briefcase-type container, ideal for use in the field

Operational efficiency

The rechargeable batteries allow long periods of use, the compact and lightweight design makes our Microohmmeters ideal for technicians and engineers who need an instrument that is easily transportable and for immediate use

Ease of use

Also with color touch display or graphic display for a precise, simple and immediate reading, with the automatic saving of the settings when turned on and off that facilitates continuous use without having to reset the parameters every time

Versatility of measurement

Possibility to choose between automatic or manual flow, with 8 different flow rates from 3200Ω to 320μΩ, with graphic display of the measurements that allows continuous and detailed monitoring, useful for in-depth analysis and timely detection of anomalies

The ideal choice for those looking for high performance and reliability

Robust and easy to use, they are ideal for use in the field and in the laboratory. Designed and built in Italy, they offer a competitive cost and quick after-sales assistance. Choosing BINT means investing in quality, efficiency and innovation

Advantages and benefits of using the BINT BT1 Battery Tester

Accurate and Reliable Measurements

Thanks to the four-terminal Kelvin measurement technology, the BT1 provides precise measurements of the voltage, internal resistance and remaining battery capacity, allowing accurate data to be obtained for a reliable diagnosis.

Versatility of Application

The BT1 is compatible with a wide range of batteries, including lead, nickel-cadmium, nickel-metal hydrate and other types of rechargeable batteries. This makes it ideal for multiple industrial sectors, from telecommunications to electric mobility.

Ease of Use

The simple and intuitive interface with 16x2 LCD display allows immediate reading of data, facilitating use even by inexperienced operators. Two different types of Kelvin cables are available depending on the customer's application.

Preventive and Predictive Maintenance

The BT1 allows you to monitor the status of the batteries without having to disconnect them from the system, facilitating preventive and predictive maintenance. This helps prevent sudden failures and maintain operational efficiency.

Portability and Robustness

With compact dimensions and low weight, the BT1 is easily transportable and can be used in a variety of work environments. Its sturdy construction ensures long life even in difficult conditions.

Protection and Security

Equipped with internal protections against reverse polarity and measurements on batteries with too high voltages, the BT1 ensures safe use without risk of damage to the instrument or batteries tested.

Advantages and benefits of using the BINTPRES M50

Essential for the control of DC motors and generators

Microprocessor device with Autozero function, suitable for the immediate, precise and reliable measurement of the force exerted by pre-brush springs on the brushes of rotating electric machines

Accuracy and reliability

Knowing the correct force exerted by the pre-brush springs is crucial for the efficiency of electrical machines and for avoiding costly damage to the collectors.

New SM5 probes in Standard or Flat version

The new SM5 probes are designed to offer better precision, reliability and robustness. Available in two versions: SM5 (standard) and SM5/F (flat)

Ease of use and portability

Double load capacity in kg and Newton, with a large dot matrix LCD display for perfect readability, compact and light, easy to carry even off-site

Interchangeable probes

The probes are interchangeable, after an easy and quick recalibration of the instrument

The ideal choice

The BINTPRES M50 meter is an indispensable tool to ensure the proper functioning and long life of rotating electrical machines. Its use makes it possible to improve the efficiency, safety and reliability of plants, reducing maintenance costs and increasing productivity

Examples of Research & University applications

Study of Vibration Phenomena

Using stroboscopes to analyze vibrations in various materials and structures, it allows students and researchers to better visualize and understand vibrational behaviors

Research on Material Properties

Monitoring the movements of materials being tested under load to study their mechanical properties, facilitates the collection of precise data for the analysis of the characteristics of the materials

Fluid Flow Analysis

Use to observe the behavior of fluids in motion in fluid dynamics experiments, improves understanding of the basic and advanced principles of fluid dynamics

Physics and Engineering Education

Demonstration of concepts such as simple harmonic motion and periodic movements, provides a visual method for teaching and understanding complex concepts

Monitoring of Biological Processes

Observation of rapid movements in biological samples, such as the heartbeats of small organisms, allows detailed and non-invasive studies of biological processes

Optics and Photonics Experiments

Use of stroboscopes for experiments involving light and its interactions with matter, facilitates the visualization of complex optical phenomena

Teaching Maintenance Techniques

Practical demonstration of predictive maintenance techniques using stroboscopes to inspect machinery, improves students' practical skills in mechanical engineering

Robotics and Automation Projects

Monitoring robot movements to analyze precision and efficiency, helps optimize robotics projects and teach advanced control techniques

Computational Simulations and Visualizations

Use to compare computer simulations with real motion experiments, validates and improves computational simulations with empirical data

Interdisciplinary Research

Application in research that combines different disciplines such as physics, engineering and biology, facilitates innovation and the discovery of new knowledge through integrated approaches

End users

Researchers and Scientists

Professors and University Professors

Engineering and Science Students

Laboratory Technicians

Research and Development Engineers

Materials Specialists

Biologists and Medical Researchers

Physicists and Opticians

Robotics Designers

Maintenance Professionals‍

Conclusions

BINT LED stroboscopes are vital tools in research, science, and education, offering precision, reliability, and a visual platform for learning and discovery. Used in a wide range of applications, from fluid dynamics to interdisciplinary research, these devices improve the quality of research and education, providing accurate data and detailed visualizations that facilitate the understanding of complex phenomena.

Designed and built in Italy, they offer a competitive cost and quick after-sales assistance. Choosing BINT means investing in quality, efficiency and innovation.

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