New Edition Mse Pro Ultrasonic Cell Disrupter, 2.5-250w Consumption Device [42rRKHlD]

MSE PRO™ Ultrasonic Cell Disrupter: Precision and Versatility

The MSE PRO™ Ultrasonic Cell Disrupter, 2.5-250W Consumption, is a cutting-edge laboratory instrument designed to cater to the diverse needs of scientific research. This advanced disrupter is an indispensable tool for a wide range of fields, including biology, chemistry, microbiology, medical science, pharmacy, and more. With its powerful performance and user-friendly design, it stands out as a must-have for any research facility or educational institution.

• Powerful Performance: The MSE PRO™ offers a versatile power range from 2.5 to 250W, allowing for precise and efficient cell disruption across various applications.
• Intuitive Control: The LCD touch screen display provides seamless control and real-time monitoring, ensuring ease of use and enhanced productivity.

Key Features and Specifications

Featuring a frequency range of 20-25 kHz, the MSE PRO™ is capable of handling a wide range of cell disruption tasks. With a crushing capacity of 0.1-30 ml, it can effectively disrupt cells in small to large volumes. The optional amplitude-change poles, available in sizes from φ2 mm to φ25 mm, offer flexibility in selecting the ideal disrupter for your specific needs.

• Customizable Options: The MSE PRO™ comes with a variety of optional blocks to accommodate different disruption requirements.
• Safe Operation: The over-temperature protection system and automatic fault detection ensure a safe and reliable working environment.

Unmatched Reliability and Efficiency

With its storage capacity of 20 program data groups, the MSE PRO™ simplifies repetitive tasks and streamlines workflow. The advanced over-temperature protection system and automatic fault detection further enhance reliability and efficiency. This disrupter is not just a tool; it's a comprehensive solution for your cell disruption needs. Trust MSE Supplies LLC for high-quality laboratory equipment that delivers exceptional performance and durability.