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Empower you a precise and reliable measurements in various industries. Providing engineering solutions integrating measuring instruments, and achieving high levels of efficiency and performance in industrial processes.

Solutions

Suitable Instrumentation for Special Applications

Flow Measurement

Level Measurement

Pressure Measurement

Successful Stories

Many customers are already successfully using Pokcenser solutions, thus ensuring safer, greater measuring and control.

Non-Invasive Flow Meters: Applications, Selection, and Benefits

Non-Invasive Flow Meters: Applications, Selection, and Benefits

Accurate flow measurement keeps operations on track in everything from water treatment to petrochemicals, and we’ve seen how much reliability affects uptime and quality. Non-invasive flow meters read flow from outside the pipe, delivering precise results without touching the fluid, so there’s no contamination, no pressure loss, and no shutdown for installation. Here we lay out how the technology works, where it’s used, what to consider when selecting a meter, and which models in our lineup match different pipe sizes and conditions, then touch on the innovations that are reshaping accuracy and connectivity. Understanding Non-Invasive Flow Meters: Principles and Advantages Non-invasive flow meters operate on principles that allow fluid flow measurement without physical contact with the medium. This approach offers distinct benefits over traditional intrusive methods. We focus on technologies that enhance operational continuity and data integrity. 1. The Core Concept of Non-Invasive Flow Measurement In this approach, sensors are mounted on the outside of a pipe and emit signals that interact with the moving fluid. The instrument analyzes those interactions to determine the flow rate. No pipe modifications are required, and there is no direct contact with the process fluid. 2. How Ultrasonic Technology Powers Non-Invasive Flow Meters Ultrasonic…

Jan 15, 2026 Read More →
Non-Contact Level Sensors: Safe & Precise for Hazardous Areas

Non-Contact Level Sensors: Safe & Precise for Hazardous Areas

Measuring liquid and solid levels in hazardous environments demands more than accuracy; it calls for a safety-first mindset shaped by real constraints. We address the risks of contact-based methods, outline safer non-contact options like radar, ultrasonic, and guided wave radar, and map them to the realities of explosive atmospheres and regulatory frameworks such as ATEX and IECEx. Selection and installation are covered with practical factors that matter in the field, followed by maintenance approaches that preserve uptime. We close with our certified offerings, customization capabilities, and direct support channels for hazardous area applications. Addressing the Critical Challenges of Level Measurement in Hazardous Environments This section examines the dangers and complexities of monitoring materials where explosions, fires, or toxic releases are possible, and why solutions must balance safety with accuracy. It reviews the risks of traditional contact-based methods and introduces non-contact measurement as a safer path. 1.1 The Inherent Dangers of Hazardous Locations Hazardous locations contain flammable gases, vapors, liquids, combustible dusts, or ignitable fibers. These substances present risks of explosions or fires. Any equipment in these areas must avoid introducing ignition sources. Instrumentation is governed by strict regulations in such environments. 1.2 Limitations of Traditional Contact-Based Level Measurement Contact-based sensors…

Jan 14, 2026 Read More →
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