Versatile Industrial Instrumentation Through Process Intelligence
From oil and gas facilities to chemical plants, power stations, water treatment systems and manufacturing operations, FLEXIM technologies help improve process visibility and operational control. Non-invasive installation, advanced diagnostics and reliable measurement performance enable businesses to reduce maintenance complexity, optimize plant efficiency and strengthen confidence in critical process data. With specialized configurations for hazardous areas, elevated temperatures and demanding installation environments, FLEXIM provides flexible measurement solutions for critical industrial operations.
Flow Measurement with Non-Invasive Technology
FLEXIM delivers advanced ultrasonic flow measurement technologies designed to help industries achieve accurate, dependable and efficient process monitoring. Its FLUXUS product portfolio includes clamp-on ultrasonic flowmeters for liquids, gases, compressed air, steam and thermal energy. With innovative sensor technology and intelligent signal processing, FLEXIM provides reliable measurement without direct contact with process media.
Modern industrial facilities require measurement solutions that minimize downtime and simplify installation. FLEXIM addresses these challenges through non-invasive technologies that operate externally on existing pipelines without cutting, drilling or interrupting production. These solutions help businesses improve measurement accuracy, reduce maintenance requirements and maintain continuous operations across demanding industrial environments.
Discover Next-Generation Ultrasonic Flowmeter
It continues to advance ultrasonic measurement technology with innovative product families, including FLUXUS F731, G731 and the latest portable FLUXUS 631 series. These instruments offer sophisticated signal processing, advanced diagnostics and flexible measurement configurations for demanding industrial applications. Their capabilities support accurate monitoring across different pipe sizes, process conditions and fluid types.
The latest FLUXUS 631 platform introduces enhanced portable measurement capabilities for liquids, gases and steam. Designed for on-demand measurement, verification and condition monitoring, it helps operators assess pumps, compressors and existing flow installations without interrupting operations. These capabilities support smarter maintenance strategies, better plant visibility and more responsive industrial management.
Improve Steam Measurement without Production Downtime
Specialized ultrasonic clamp-on flowmeters are engineered for saturated and superheated steam applications. The FLUXUS G532 ST-LT and G731 ST-HT product families support demanding temperature conditions, including superheated steam measurement up to 630°C with the G731 ST-HT. These advanced instruments enable reliable flow monitoring without requiring conventional intrusive pipeline installations.
Steam plays a vital role in power generation, manufacturing, chemical processing and industrial heating. Non-invasive measurement technology allows facilities to monitor steam consumption, evaluate distribution efficiency and identify potential energy losses. By eliminating the need for pipeline modifications and production shutdowns during installation, these solutions simplify upgrades while improving operational efficiency.
Accelerate Industrial Energy Efficiency
FLEXIM offers specialized ultrasonic flow measurement instruments that help industries monitor and optimize energy consumption. Its FLUXUS series supports liquid, gas, steam and thermal energy applications, providing valuable measurement data for industrial utilities. From compressed air monitoring to steam consumption analysis, these technologies help operators understand energy usage and identify opportunities for improved efficiency.
As businesses prioritize sustainable operations and lower energy costs, accurate measurement becomes increasingly important. FLEXIM solutions support energy audits, HVAC optimization, steam monitoring and utility management. By identifying inefficiencies and delivering dependable measurement data, these technologies help organizations reduce energy losses, improve resource utilization and make smarter operational decisions.