Comprehensive sake analysis with single system

This all-in-one measurement system is specifically designed for both fermentation monitoring and final product testing in sake production. It integrates a sample changer, a precision density meter, and a near-infrared (NIR) spectrometer.

The system provides a streamlined and efficient method to specifically quantify the ethanol content, ensuring consistency and quality in the brewing process. This powerful combination of tools offers sake producers a robust solution for maintaining optimal fermentation conditions and verifying the final alcohol content in their products.

Streamline your measurements with AP Connect software

Use AP Connect software with the Sake Measurement System. Firstly, it will facilitate seamless integration and management of data across devices, ensuring that all measurement information is centralized and easily accessible. Secondly, it will enhance operational efficiency by automating data transfer, which minimizes manual input errors and saves time. Lastly, it will provide robust data security features, ensuring that sensitive measurement data is protected against unauthorized access.

Advanced sake measurement

The Sake Measurement System is specifically designed for the sake industry. This system facilitates simultaneous assessments of both alcohol content and sake meter value: essential metrics for quality control in sake production. The density meter accurately gauges the density of the sake, which is crucial for determining the sake meter value, while the spectrometer is finely tuned to precisely quantify ethanol content. By integrating these technologies, the system streamlines the analytical process, allowing for real-time monitoring and optimization of production parameters, ensuring consistent and high-quality sake products.

Automate your processes, enhance efficiency

The Sake Measurement System, with automatic checks and calibrations via built-in Standard Operating Procedures (SOP), offers significant advantages for customers.

First, it ensures consistent accuracy and reliability of results by standardizing processes, reducing human error, and maintaining instrument precision.

Second, it streamlines workflows and saves time as the system autonomously performs necessary adjustments without requiring manual intervention. Lastly, this automation enhances overall efficiency and reduces operational costs by minimizing downtime and the need for frequent manual recalibrations.