Integrated Liquid Level Sensor Platform

Project overview

 

The NSI1054 represents a significant advancement in semiconductor liquid level monitoring, combining sensing and controller functions into a single compact device. Designed for compatibility with existing canister platforms, the solution improves installation efficiency while supporting enhanced temperature capability, customizable firmware and greater application flexibility. The project also established a new Exentec product family and expanded the company's Media Supply technology portfolio.

 

The challenge

 

A leading semiconductor manufacturer required a more reliable liquid level sensing solution to support chemical delivery systems. Existing solutions suffered from extended lead times, delivery delays and limited supplier responsiveness, creating supply chain challenges and reducing flexibility for future growth. The customer also needed a simpler and more integrated technology solution that reduced installation complexity while supporting demanding semiconductor operating environments.

 

Exentec's solution

 

Exentec developed the NSI1054 Integrated Liquid Level Sensor, combining sensor and controller functionality into a single integrated platform. The solution was designed as a drop-in replacement for existing installations, simplifying deployment while reducing wiring requirements and integration effort. The development process incorporated direct customer feedback, real-world testing and application-specific engineering requirements to create a more flexible and scalable product platform.

 

The results

 

By developing a fully integrated sensing platform, Exentec provided an alternative solution that improves supply chain resilience and reduces system complexity. The solution simplifies equipment integration, improves reliability and provides a scalable platform for future semiconductor applications. The collaborative development model also strengthened the customer partnership and accelerated innovation through direct incorporation of user requirements into the product design.