MICROLIT BEATUS is a Bottle Top Dispenser (BTD) that works on Recirculation Valve and Springless ValveTM Technology. It is a high precision liquid handling instrument that offers a sophisticated blend of features and functionality.
MICROLIT BEATUS is a Bottle Top Dispenser (BTD) that offers a sophisticated blend of features and functionality. Built by our in-house team of product design engineers, it uses Springless Valve™, an award winning technology, and Recirculation Valve for preventing loss of reagent during purging.
MICROLIT BEATUS also features two product innovations: EasyKnob™ and FlexiNozzle™ that enhance its ease of use and flexibility. Designed with ergonomics and intuitive handling in mind, it exhibits excellent chemical compatibility and helps in achieving precision with reliability in practical laboratory environments.
The error limits (Accuracy and Coefficient of Variation) mentioned above are in accordancewith the nominal capacity (or maximum volume) indicated on the instrument. These are obtainedby using the instrument with distilled water at equilibrium, the ambient temperature of 20 °C while operatingit smoothly and steadily. The error limits are in accordance with DIN EN ISO 8655-5.
The instrument comes with five adapters that comfortably fit most laboratory reagent bottles. The available sizes are – 28 mm, 32 mm, 36 mm, 40 mm and 45 mm.
A Telescoping Tube that can be adjusted according to a variety of bottle sizes, is provided as an inside-the-box accessory.
MICROLIT BEATUS reflects the design philosophy of our organization, combining the best performance parameters with the best user experience. It is recognised by India Design Mark as a product that exhibits Good Design. Additionally, we were honoured by CII Industrial Innovation Awards and adjudged a place in the top 25 Most Innovative Companies of 2016. We are also accredited by a number of global organizations and have earned worldwide credibility.
Solve Captcha*6 + 1 =
You’ll receive one mail every two weeks. You may unsubscribe at any time.