Email: sales@yosemitech.com

PRODUCTS

Through continuous innovation and development,we strive to provide customers with diversified one-stop service solutions

OUR ADVANTAGES

WHY CHOOSE US

Yosemitech smart sensors

Yosemitech sensors provide accurate data during long-term deployments with customizable options to meet any water quality monitoring challenge.

Controllers and systems

The best sensors rely on reliable, rugged, accurate data loggers and remote monitoring systems.

Flexible designs

Our engineering team can customize our products or bring your design ideas to final product.

ABOUT

COMPANY PROFILE

Yosemite Technologies Co., Ltd is a leading company and brand in the manufacturing and supply of water quality sensors,due to rapid development since its establishment in 2013. We have been dedicated to the R&D, production, and sales of water quality sensors, testing instruments, and monitoring system platforms. We havelaunched multi-parameter water quality sensor, dissolved oxygen, turbidity, conductivity, blue-green algae, chlo...

APPLICATION

NEWS

Dissolved Oxygen for Aquaculture: PPM for Fish

Dissolved Oxygen for Aquaculture: PPM for Fish

If you're working in aquaculture, you've probably heard that dissolved oxygen — or DO — is a big deal. And it really is! It's the most important thing to keep···

Yosemitech Automatic Wastewater Monitoring Solution

The automated water quality monitoring solution for wastewater treatment plants is a crucial approach to achieving intelligent, efficient, and environmentally sustainable wastewater treatment processes.

How Dissolved Oxygen Levels Change Seasonally and Daily

Dissolved oxygen (DO) levels in rivers serve as a critical indicator of water quality and aquatic ecosystem vitality. Influenced by factors like temperature, water flow, pollutant discharge, and plant photosynthesis.

Handheld UV254 COD Meter

Yosemitech Y524-A brushless COD sensor adopts the ultraviolet absorption spectroscopy principle, enabling rapid and precise measurement of chemical oxygen demand (COD) through detection of absorbance variations in specific UV spectral bands within water samples.

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