About us

Pokcenser Automation is a high-tech sensor manufacturer integrated with R&D, production and sales. As an experienced and excellent solution provider for industrial process control instrumentation, Pokcenser have been played an important role for Industry 4.0.

Why Choose Pokcenser?

01

Strict Quality Management

48hr high and low temperature aging test, 48hr aging testing, 99.999% purity process gases, 10 power and auxiliary systems for constant temperature and pressure packaging workshop.

02

Product Solutions

We Are Direct. We Listen. We Are On Your Side. Timely and tailored solutions for your production and industrial control.

03

Fast Delivery

1~2 days delivery for stock items, 7 days for priority sample orders.

04

OEM&ODM Available

7+ years OEM/ODM experience for world famous brands.

About Pokcenser

Pokcenser Automation in Numbers

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Certificates

Pokcenser Automation have been approved by SGS, TUV, ISO and obtained 15+ quality certificates of CE, ATEX, FCC, RoHS etc

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Success Stories

Pokcenser’s products and solutions are widely served in oil & gas, water & wastewater, chemical & petrochemical, food and other fields in 109+ countries. We will continue our effort to be a trusted partner and provide reliability solutions across all industries.

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Press Release

See what is new here in Pokcenser Automation

Turbine Flow Meters for Precision Liquid Measurement in Industry

Getting accurate liquid measurements right matters more than most people realize. A small drift in flow data can cascade into quality issues, wasted product, or control systems that never quite behave the way they should. Turbine flow meters have earned their place in industrial settings because they deliver reliable volumetric data without excessive complexity. What follows covers how these meters actually work, what affects their accuracy, how to pick the right one, and what keeps them running well over time. How Turbine Flow Meters Actually Work The basic idea is straightforward. Liquid flows through the meter body and pushes against...

15 February, 2026

Turbidity Sensors: Industrial Applications and Expert Buying Guide

Turbidity measurement sits at the heart of water quality control and industrial process optimization. Choosing the right sensor means understanding how different measurement principles work and what your specific application actually demands. A sensor that fits your process well makes a real difference in control accuracy and regulatory compliance. Here's what you need to know about turbidity sensing technologies and how to make a smart purchasing decision. How Turbidity Measurement Actually Works Turbidity is simply the cloudiness in a fluid caused by suspended particles. Measuring it accurately matters across dozens of industries, and two main optical approaches dominate the field....

14 February, 2026

Thermocouples for High Temperature Industrial Systems Precision

Getting temperature measurements right in high-heat industrial settings isn't just about picking a sensor and hoping for the best. The wrong thermocouple choice, sloppy installation, or neglected maintenance can throw off your readings, compromise safety, and hurt product quality. What follows covers the working principles behind these sensors, the types that actually hold up under extreme conditions, and the practical steps that keep them performing accurately over time. How High Temperature Thermocouples Actually Work Thermocouples rely on the Seebeck effect. When two dissimilar metals or semiconductors sit at different temperatures, a voltage appears between them. That voltage tracks with the...

13 February, 2026
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