
Scientific Equipment
Scientific research demands precision, consistency, and reliable data at every stage. Lascar Electronics provides monitoring and data logging solutions designed to support laboratory experiments, field studies, and environmental monitoring across a wide range of scientific disciplines. Our accurate, easy-to-use devices deliver real-time insights and dependable data capture, helping you streamline workflows, maintain consistency in your results, and move scientific discovery forward with confidence.

Trusted by 30,000+ EasyLog Cloud users with over one-million data loggers sold worldwide
How Does Lascar Electronics Support Scientific Research and Experimentation?
Lascar Electronics supports scientists and researchers with reliable monitoring tools designed for both lab and field use. Our solutions measure key parameters—such as temperature, humidity, and voltage—making it easier to maintain controlled environments, collect accurate data, and run experiments with confidence. Whether you’re working in biology, chemistry, physics, or environmental science, Lascar’s technology helps you achieve dependable results.
Ensure Accuracy with EasyLog USB Data Loggers

Lascar’s USB Data Loggers offer a reliable and cost-effective way to record temperature, humidity, and other environmental conditions in laboratory and industrial research settings. These compact, easy-to-use devices ensure consistent data collection and support detailed analysis in scientific applications.
Real-Time Access with WiFi and Cloud Data Loggers
Lascar’s WiFi Data Loggers and EasyLog Cloud platform provide wireless, remote monitoring of scientific environments. With instant alerts and cloud-based data access, these tools are ideal for applications where real-time tracking and centralised data management are essential for research integrity and operational efficiency.

Why Choose Lascar Electronics?
Lascar Electronics offers cutting-edge data logging solutions trusted by scientists and researchers for their accuracy, ease of use, and adaptability across a wide range of scientific applications.
Here’s why we’re trusted:

Real-Time Monitoring: Ensure instant detection of temperature deviations to prevent costly spoilage.

Remote Accessibility: Convenient monitoring and analysis via cloud-connected solutions.

Compliance Commitment: Meet compliance regulations for storage standards.

Proven Expertise: Trusted partner with extensive temperature monitoring experience.

User-Friendly Design: Intuitive interfaces for easy data access and interpretation.

Instant Alerts: Immediate notifications for temperature changes.
Featured Products
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Temperature Data Loggers£39.99 ex. taxAdd to cart
- Temperature Data Logger
- -35 to +80°C
- Stores over 16,000 readings
- Configure and download data via USB
- Free EasyLog software
- Programmable alarm thresholds
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Temperature Data Loggers£59.99 ex. taxAdd to cart
- USB Temperature data logger
- -18 to +55°C (-0.4 to +131°F)
- Stores over 1,000,000 readings
- Status and alarm indicators
- EasyLog Cloud Connected
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PanelPilot M£99.99 ex. taxAdd to cart
- 3.5” Programmable TFT Panel Meter
- 4V-30V d.c Operating Voltage
- Measures Voltage 0-40V d.c
- Multiple Voltmeter Configurations
- Digital Hold

Extend Your Data Insight with PanelPilot Displays
Lascar Electronics’ PanelPilot displays provide researchers with an intuitive, code-free platform for visualising and managing data in real time. With customisable touchscreen interfaces and multi-parameter display capability, these versatile modules are ideal for laboratory setups and scientific instruments—enhancing control, clarity and efficiency in every experiment.

Case Study
PanelPilotACE Display: Oxford Optronix
In March 2020 the team at Oxford Optronix were dealt a challenge. The Covid-19 pandemic was hitting the UK, and the company had just been asked to join a high-tech consortium to supply cPAP medical devices to the National Health Service.
Desperately needed for Covid patients with breathing difficulties, continuous Positive Airway Pressure (cPAP) devices were in short supply across the NHS. Specifically, an oxygen monitoring device was required to continuously monitor the concentration of oxygen being delivered to the patient and to provide alarms should the oxygen levels deviate from prescribed limits.
Read the full story to learn more.


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