Our VOC sensor ensures precise and reliable air quality monitoring.
With advanced Sensirion technology, it delivers real-time data and integrates easily into various systems.
Its durable design and smart features make it a dependable choice for long-term use.
The advanced Sensirion SGP40 technology ensures real-time VOC detection, providing accurate data for better indoor air quality management.
A temperature-controlled micro-hotplate and humidity compensation ensure stable, precise readings and long-term durability.
Featuring a digital I²C interface, this sensor easily connects with air treatment systems, smart devices, and industrial applications.
Not every application is the same. We offer tailored liquid and gas handling solutions to match your specific requirements.
Discover the Gas Level Sensor | VOC, designed for accurate, real-time measurements and seamless system integration.
Engineered for reliability and long-lasting performance, it’s the ideal choice for your next project.
Explore our VOC sensor’s potential. Click below to view the product and enhance your system.
This VOC sensor is optimized for stable and precise gas monitoring, seamlessly integrating with Bartels micropumps and the mp-Multiboard2 for advanced fluidic and environmental applications.
Our VOC sensor and micropump modules are designed for a wide range of industries, enabling precise and reliable gas monitoring across different applications.
Ensures stable conditions for cell culture, bioreactors, and incubators in medical and research applications.
Optimizes air quality in electric and autonomous vehicles for energy-efficient and safe ventilation.
Enables accurate air quality assessments, emission tracking, and sustainable building ventilation.
The integration of our VOC sensor, micropumps, and mp-Multiboard2 forms a complete gas monitoring system with accurate real-time measurements, precise fluid control, and seamless system management.
Let’s discuss how we can tailor our solution to your needs.
VOC sensing plays a crucial role in monitoring air quality and detecting pollution. Accurate measurements help assess environmental conditions and ensure safety in various applications.
This experiment demonstrates how our micropump enables the controlled transport of gas in microliter amounts to a VOC sensor. By measuring VOC levels at different fermentation stages, the process’s effectiveness and the sensor’s response will be evaluated.
Standard solutions don’t always fit your needs. We design sensor and micropumps modules to your exact specifications – from flow rate and materials to seamless system integration.
For example, our 4-channel flow control system, designed and assembled entirely in-house, showcases our ability to deliver fully customized solutions tailored to your application.
At Bartels Mikrotechnik, we combine software engineering, electronic engineering, and fluidic design to create tailored microfluidic solutions for your needs.
We develop custom software to control and optimize your microfluidic system with precision and ease.
Our team designs efficient electronics to power and support your microfluidic systems for reliable performance.
We specialize in creating precise, efficient fluidic pathways for seamless fluid control and handling.
We’re here to support you with top-quality products and expert advice.
If you have questions or need a solution tailored to your needs, contact us anytime via our contact form.
Our experienced team is ready to bring your innovative ideas to life.
We work with companies like GENSPEED Biotech GmbH, Kühner AG, AICUBE, Leica and Redwire.
Made in Germany
25+
Years of Experience
Available Worldwide
Made in Germany
25+
Years of Experience
Available Worldwide
We will be on company holidays from December 23, 2024, to January 1, 2025. Please place orders by December 18. We’ll resume operations on January 2.
❄ Wishing you a wonderful holiday season! ❄
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