Titrators

Seeking uncompromising precision in chemical analysis? When accuracy and consistency are critical, titrators from Hanna Instruments provide the ideal solution for performing titrations - a technique that is essential for determining the concentration of various analytes in chemicals, food and environmental applications.

Our range ranges from compact benchtop models to advanced multi-function systems, meeting both standard and more advanced analytical requirements. These titrators are designed to offer versatility and reliability, ensuring that every analysis is as accurate and efficient as possible. Discover our wide range and find a titrator for your specific needs!

How does a titrator work?

A titrator is an essential instrument for performing titrations - an analytical method used to determine the concentration of a specific substance in a solution. During the process, a titrant (a reagent solution) is gradually added to a sample until the reaction reaches completion, indicated either by a color change or a predetermined electrical measurement value.

Modern titrators offered by Hanna Instruments are fully automated which enables multiple settings and customizations for various chemical analyses. This not only enhances accuracy but also streamlines the workflow, reducing human error and increasing efficiency in busy laboratories.

High-quality titrator from Hanna Instruments

At Hanna Instruments you are guaranteed to find a titrator for your needs. Our titrators are designed to offer the highest quality and precision in chemical analyses. By combining robust construction with the latest technology, we ensure that each titrator meets the requirements of both academic and industrial laboratory environments.

Titrators through time 

Titration began as a manual process, which required chemists to use burettes and pipettes to carefully and gradually add a reagent to a sample, until a visual or chemical indication signaled that the reaction was complete. This method, known as classical titration, required skill and experience to achieve accurate results.

During the 20th century, the development of a more advanced titrator began to take shape. The first automatic titrators were introduced to reduce human error and improve efficiency in laboratories. These instruments used mechanical and later electronic systems to control the addition of the titrant solution, leading to more reliable results. The development of titrators has played a central role in scientific research and industry, and the improvements in accuracy and efficiency have had a major impact on fields such as:

• Environmental science 

• Pharmaceutical development

• Food safety

 The continued advancement of automation and digital technology is expected to drive future innovations in titration. Today, Hanna Instruments continues to drive progress in titration technology. Our titrators are not only more accurate and user-friendly than ever before - they’re also equipped to support industries that demand the highest standards.

Explore our full range of titrators and discover why professionals trust Hanna Instruments for their most critical analyses. Your path to smarter, more reliable titration starts here!