Classic Kinematica Polytron® Pt-da 36 / bec-f250 B Biotrona® High-turbulence Mixer Flash Sale: 60% Off [u6zM7lOh]

Kinematica Polytron® PT-DA 36 Biotrona® High-Turbulence Mixer

The Kinematica Polytron® PT-DA 36 Biotrona® High-Turbulence Mixer is a state-of-the-art mixing solution designed for laboratories in need of efficient and precise mixing. This mixer stands out for its high-turbulence capabilities, offering the least possible shear forces and energy inputs, ensuring that your samples are mixed effectively without compromising their integrity. With its versatile design, the PT-DA 36 Biotrona® is suitable for a wide range of applications, including quick removal and suspension of solid particles and high viscosity mixing.

Technical Specifications and Features

The Kinematica Polytron® PT-DA 36 Biotrona® is equipped with advanced technical specifications to meet the demands of modern laboratory environments. With a minimum volume capacity of 500 ml and a maximum volume of 10,000 ml, this mixer is adaptable to various sample sizes. The mixer's length is 250 mm, and it has a diameter of 36 mm, ensuring optimal mixing performance in vessels of different sizes. The maximum tip speed of 34 m/s ensures efficient and rapid mixing, making it ideal for time-sensitive applications. The Click & Go quick release feature allows for easy and quick changing of aggregates, enhancing the mixer's versatility and ease of use.

Practical Applications and Benefits

The Kinematica Polytron® PT-DA 36 Biotrona® High-Turbulence Mixer is a valuable asset for any laboratory looking to improve its mixing capabilities. Its high-turbulence mixing head is perfect for applications requiring the quick removal and suspension of solid particles, making it ideal for research, pharmaceutical, and food industries. The mixer's energy-efficient design minimizes shear forces, which is crucial for maintaining the quality of sensitive samples. With its broad range of applications and user-friendly features, the PT-DA 36 Biotrona® is a must-have for any laboratory aiming to enhance its mixing processes and achieve superior results.