DD-Scientific, the global leader in gas sensor technology, is pleased to announce the launch of the MceL gas sensor, an innovative new format designed to enable manufacturers to develop instruments which are smaller, more wearable, and more advanced.
With a compact footprint of just 8.3mm x 14.4mm, MceL reduces sensor volume by 75%, catering for customers who are looking to downsize their instruments as well as those who want to incorporate more features into existing enclosures.
The introduction of MceL allows OEMs to develop devices which are more compact and portable than ever before, opening up new markets and applications. Additionally, in creating space within instrument enclosures, MceL enables inclusion of additional hardware such as larger batteries, communication modules or additional sensors, allowing OEMs to design instruments which offer increased functionality without an increase in footprint.
Critically, and unlike other miniature gas sensors, performance of the MceL at least matches that of its 4-series equivalent, meaning no compromise when it comes to the safety of its users.
Key features of MceL include:
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Ultra-Compact Design – With significantly reduced size, MceL enables the development of smaller, more wearable gas detection instruments.
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Superior Sensor Performance – MceL outperforms many competitors’ 4-series sensors, delivering enhanced accuracy and reliability.
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Optimized for High-Volume Production – Engineered for large-scale automated manufacturing, MceL is competitively priced and available on fast lead times.
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Initial Gas Detection Range – Available at launch in Lead-free O2, CO, and H2S variants, additional sensors are being added to the MceL range later this year.
“As the gas detection landscape evolves, MceL represents a significant step forward in enabling instrument manufacturers to create more compact and flexible instruments,” said Will Parrett, Sales & Marketing Director at DD-Scientific. “The MceL presents OEMs with something which has been missing from the market to date - a credible, compact sensor offering which has been developed for high-volume applications and priced accordingly.”
