• Making it portable, and easy to use.
• Efficient Urea Analysis: The MERA PAL Urea Refractometer enables quick and straightforward measurement of urea concentration, making it indispensable for industrial quality control. Its digital interface ensures clear readings, while the lightweight build adds portability. The robust FRP body provides durability needed for demanding environments.
• User-Friendly Digital Control: Featuring an intuitive digital control mode, this refractometer is easy to operate, even for users with minimal technical background. The clear display and straightforward controls make daily testing seamless, reducing training time and increasing productivity in busy industrial setting

Frequently Asked Questions:

How do I use the MERA PAL Urea Refractometer for industrial applications? Simply apply a drop of the sample to the sensor, close the cover, and activate the device. The digital display provides the urea concentration in just three seconds, allowing for quick decision-making during industrial processes.

What are the benefits of using a digital refractometer like MERA PAL compared to traditional models? The digital control mode ensures accurate readings, faster response times, and eliminates manual interpretation errors. Its portability and battery operation offer convenience for on-site and remote industrial applications.

When should I calibrate the MERA PAL Urea Refractometer? It is recommended to calibrate the device periodically, such as before each shift or after a significant number of uses, to ensure the highest accuracy in readings, especially when used in quality-critical industrial processes.

Where is the MERA PAL Urea Refractometer commonly used? This refractometer is extensively used in industrial environments, such as chemical plants, fertilizer manufacturing, and other settings where monitoring urea concentration is essential for process control and quality assurance.

What is the process for maintaining the MERA PAL Urea Refractometer? After each use, wipe the sensor with a clean, dry cloth to prevent residue build-up. Store the instrument in a dry, cool environment to prolong its lifespan and ensure reliable performance.

What is the operational temperature range of the device, and why is it important? The device functions efficiently between 10C and 100C. This broad temperature range makes it suitable for a variety of industrial applications, ensuring accurate readings regardless of process temperature conditions.

Why choose the ATAGO?

• Proud Heritage and Experience: ATAGO has over 70 years of experience in optical instrument manufacturing. With our expertise cultivated over decades, as well as an extensive selection of instruments, we can meet a variety of measurement needs including highly specialized industries.
• Industry-Leading Technology: Refraction of light has been our sole specialty throughout the existence of ATAGO and we strive for perfection in optical systems. We listen to end-user feedback from 154 countries and continuously push the limit of refractometry.
• Trusted Product Support: We dedicate ourselves on the high durability and low failure rate of ATAGO products. Our repair service is carried out in a timely manner. Calibration certificates are available.
• Made with Japanese Quality

Notes:

• All ATAGO products are designed and manufactured in Japan.
• ATAGO products comply with HACCP, GMP, and GLP system standards.
• Specifications and appearance are subject to change without notice.

Please Note that Product may differ eg. colour, size from the product Image displayed on website. Kindly check the specifications provided to make better purchase decision. M.R.P Prices and specifications are subject to change without notice.