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Hydrogen Solutions for OEM Integration

H2scan’s breakthrough hydrogen sensing technology is available for integration into your product as an OEM assembly — from a sensor sub-assembly to a full-up product build.

OEM integration options

Hydrogen sensor sub-assembly

A patented hydrogen sensor on flex technology allows a small probe head to embed into your design.

Custom electronic packages

Many custom-configured electronic packages, matched to your product and application.

Communications

RS232, RS485 and Modbus interfaces for straightforward integration.

Reliable data for AI and analytics

Proprietary self-monitoring continuously validates sensor performance, so analytics and predictive-maintenance data stay clean — the sensor alerts you if performance degrades rather than failing silently.

OEM Integration
OEM Hydrogen Solutions

OEM Hydrogen Solutions

OEM Assembly Integration

H2scan’s breakthrough hydrogen sensing technology is available for integration into your product as an OEM assembly. Various options are available ranging from just a hydrogen sensor sub-assembly to a full-up product assembly.
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Frequently asked questions

All FAQs & Knowledge Base 

A. Options range from a hydrogen sensor sub-assembly — a patented sensor on flex technology with a small probe head — to a full product assembly, with many custom-configured electronic packages available to match your product.

A. RS232, RS485 and Modbus, so the sensing integrates into a wide range of products and control architectures.

A. H2scan’s OEM technology has been integrated by leading companies across the US and Europe. Sample configurations include work with Novellus (semiconductor), L3 Communications (military sonar), Parker Hannifin (area safety), Teledyne (safety and process) and Idaho National Labs for the DOE (nuclear).

A. H2scan’s solid-state core is field-proven and protected by 40+ patents, and its self-monitoring keeps analytics data clean. Integrating it is faster and lower-risk than developing reliable hydrogen sensing from scratch.