The Ultimate Photometer for Optimised Water Analysis

The the PrimeLab 2.0 from Water-i.d.® is a state-of-the-art photometer packed with advanced features, making it a powerful tool for water quality testing. With over 140 parameters that can be easily selected and measured, it offers accuracy comparable to high-end photometers.

Featuring a vibrant 5.5" colour touch HD display and Wi-Fi connectivity, the PrimeLab 2.0 offers seamless operation and direct communication with the free LabCOM® software, app, and cloud via a mobile phone. The QR scan camera allows for easy scanning of reagents and detection of sampling points, and the option to connect electrodes via the 'eBOX 1.0' for pH, EC, TDS, ORP, and temperature measurements, with results displayed on the screen for convenient management.

The PrimeLab 2.0 provides step-by-step instructions for all parameters on the display, featuring animated graphics and support for multiple languages. Various adapters are available for different cuvette sizes, ensuring optimal conditions for different testing methods. The rechargeable 8,400 mA Li-Ion battery provides a long operating time, and the ample memory allows for almost unlimited storage of test results, linked to individual sampling points entered by the user.

Seamless connectivity is provided through integration with the free LabCOM® cloud, allowing users to easily upload sampling points and test results via Wi-Fi or GSM/USB stick for remote access. The measurement data is securely stored in the cloud with password protection, and the LabCOM® app/software/cloud offers a wide range of functions, including an admin module with a traffic light system that warns users of measurement results outside the permissible range or missed measurements, customisable to specific requirements.

Water-i.d.® also offers a comprehensive solution for professional COD measurement with the PrimeLab 2.0 COD test kit, including the PrimeLab 2.0 photometer, Water-i.d. COD tube tests, and COD reactor. This all-in-one solution allows users to confidently determine the chemical oxygen demand in wastewater.