Classic Style Ika 30001157 Matrix 0.5 Ml Insert For 0.5 Ml Reaction Vials Check It Out [otzKHyjN]

IKA Matrix 0.5 ml Insert for Reaction Vials

Introducing the IKA 30001157 Matrix 0.5 ml Insert, a precision-engineered accessory designed to enhance the functionality of 0.5 ml reaction vials. This insert is an essential component for the IKA Matrix Orbital shaker system, ensuring reliable and consistent mixing for a wide range of laboratory applications. With its precise design, the Matrix 0.5 ml Insert offers unparalleled performance and ease of use, making it a must-have for researchers and scientists who demand the highest quality in their equipment.

Key Features and Specifications

The IKA Matrix 0.5 ml Insert is crafted from high-quality materials, ensuring durability and resistance to chemical corrosion. Key features include a secure fit for 0.5 ml reaction vials, facilitating efficient mixing without the risk of vial breakage. The insert is designed to minimize dead volume, ensuring accurate and consistent results. With the Matrix Orbital system, users can benefit from a range of speed and timing settings, allowing for tailored mixing profiles. Here are some of the standout specifications:

Material: High-quality, chemical-resistant material

Compatibility: Designed for 0.5 ml reaction vials

Speed and timing settings: Tailored mixing profiles for optimal results

Practical Uses and Benefits

The IKA Matrix 0.5 ml Insert is an indispensable tool for a variety of laboratory applications. Whether you are conducting sensitive experiments, preparing small-scale reactions, or working with precious samples, this insert ensures accurate and reliable mixing. Its compatibility with the IKA Matrix Orbital system makes it a versatile choice for researchers in various fields, including pharmaceuticals, biotechnology, and environmental science. Here are some practical uses and benefits:

Enhanced mixing performance for accurate results

Compatibility with IKA Matrix Orbital shaker system

Perfect for small-scale reactions and sensitive experiments