dTRITE Digital Burette & Magnetic Stirrer

The dTRITE electronic burette with integrated magnetic stirrer is an advanced solution for the precise and automated dispensing of liquids in laboratory settings. Designed to reduce manual intervention and optimize repetitive processes, it combines electronic technology with a stirring system that improves homogeneity during titration and analysis operations.

The equipment allows easy management of both dispensing and aspiration of the liquid thanks to its multiple programmable configurations. It has 16 adjustable modes that facilitate adaptation to different work protocols, as well as an integrated magnetic stirrer with 5 speed levels, which guarantees uniform mixing during the process.

Its handling is particularly comfortable thanks to the included remote control, which allows the device to be operated remotely, improving ergonomics and user safety. Additionally, it incorporates an extended length cannula that facilitates access to the inside of the containers and improves dispensing accuracy.

The burette complies with DIN EN ISO 8655 regulations, ensuring a high level of accuracy and reliability in dispensing. It also allows calibration adjustments to be made using external computer tools, which facilitates its maintenance and adaptation to specific laboratory requirements.

It operates using a 4000 mA/h rechargeable battery, providing up to 5 hours of autonomy in continuous use. Recharging is done through a standard USB connection, offering a practical and flexible solution for daily work.

The equipment is compatible with bottles with GL45 thread up to 1,000ml, which allows its direct integration into usual laboratory configurations. It is important to note that the flask is not included and must be purchased separately according to usage needs.

This electronic burette represents a complete solution that combines precision, automation, and ease of use, being especially suitable for laboratories looking to improve efficiency and reproducibility in their analytical processes.