MGS Technology

MGS technology is a global leader in ultra-low power gas sensing solutions. We produce NDIR gas sensors for methane, hydrocarbons and carbon dioxide. Our energy consumption is significantly lower than that of closest competitors, being as low as 0.04 mW.

Our annual production volume exceeds hundreds of thousands units as millions of MIPEX sensors are already operating in portable and stationary gas detectors produced by leading manufacturers worldwide. Our production facilities are located in Serbia and the EU (Latvia).

The sensors have been certified for compliance with IEC, ATEX and CSA standards for use in equipment intended to operate in potentially explosive atmospheres.

ABOUT NDIR TECHNOLOGY

Dual-wavelength NDIR technology stands behind thе performance of ultra-low power gas sensing. MIPEX infrared sensors contain a spectrum-optimized LED, an optical system and a photodetector with a unique thin film design. An integrated smart controller with temperature compensation and data linearization algorithms ensures long-term stability of sensor readings across the full operating range: 10+ years of maintenance-free operation with no sensitivity drift. The UART digital interface is used for sensor communication.

The technology used in MIPEX sensors retains the advantages of ultra-low power consumption and consistent high metrological performance, while simultaneously avoiding the inherent problems of thermocatalytic and conventional optical sensors. Resistance to external factors, including catalytic poisons, makes MIPEX sensors ideal for use in harsh environments. Solid-state IR transmitter and detector utilized in MIPEX sensors provide high vibration resistance, which is important in underground mines.

ABOUT APPLICATION

The defining characteristic of the MIPEX sensors is power consumption as low as 0.04 mW which enables OEM manufacturers to build battery-powered gas detection devices with years of autonomous operation. This makes MIPEX the ideal sensor core for IoT and IIoT applications: remote monitoring nodes, wireless alarm systems, compact wearable detectors, and infrastructure-free deployments. The use of MIPEX sensors enables expansion of application boundaries and functional capabilities of stationary gas detectors and gas analysis systems, development and introduction of wireless, autonomous instruments and systems, including those providing a long operating period without additional maintenance.

MIPEX sensors measure hydrocarbons across ppm and LEL ranges simultaneously which is suitable for early leak detection and emission monitoring.

Our Mission

MGS Technology contributes to a safer and more sustainable world by developing gas sensing solutions that enhance industrial safety, ensure the safety of workers and support environmental protection.

Our Values

Energy Efficiency

Ultra-low power consumption is our core tenet. We engineer solutions that enable instruments to operate for years without recharging or maintenance, enabling long-term operation of gas detection equipment with minimal power consumption.

Quality for Safety

MIPEX gas sensors are designed for industrial safety applications, providing reliable gas detection in harsh and hazardous environments. The sensors have been certified for compliance with IEC, ATEX and CSA standards for use in equipment intended to operate in potentially explosive atmospheres.

Innovation from Science

We are at the forefront of technology, leveraging our proprietary research in semiconductor infrared LED optics and signal processing algorithms to create products that define the future of gas detection. Unlike traditional optical technology, MIPEX sensors operate with unmatched energy efficiency, allowing for years of continuous operation on a single battery.

Reliability and Stability

The high stability of MIPEX technology minimizes false alarms, preventing unnecessary disruptions and financial losses for industries.

Environmental Responsibility

Ultra-low power operation significantly reduces energy consumption and extends battery life, minimizing the need for frequent recharging, battery replacement, and on-site maintenance. This lowers material waste, service logistics, and overall environmental impact throughout the entire lifecycle of gas detection devices.

Partnership

We work closely with leading gas detector manufacturers, providing them with complete technological solutions to build competitive, cutting-edge products