Ohaus Disruptor Genie Digital 230 V, CH Plug

The Ohaus Disruptor Genie Digital 230 V CH Plug is a high-performance laboratory instrument engineered for efficient disruption of biological samples. With digital speed and time controls, it ensures precise, consistent, and reproducible results across a wide range of research and clinical applications. Designed for 230 V Swiss power systems, this unit is ideal for laboratories in Switzerland requiring reliable and controlled sample disruption.

Key Features:

• Brand: Ohaus
• Voltage: 230 V CH (Swiss) plug for compatibility with Swiss power systems
• Control: Digital interface with precise speed and time settings
• Application: Ideal for disrupting biological samples in research and clinical labs
• Reliability: Delivers consistent, high-quality performance for demanding lab environments

Streamline your laboratory workflow with the Ohaus Disruptor Genie Digital 230 V CH Plug—built for precision, durability, and dependable sample disruption.

Frequently Asked Questions

1. What is the Ohaus Disruptor Genie Digital 230 V, CH Plug used for?

It is a high-performance laboratory instrument engineered for efficient disruption of biological samples. With digital speed and time controls, it ensures precise, consistent, and reproducible results across a wide range of research and clinical applications. Designed for 230 V Swiss power systems, this unit is ideal for laboratories in Switzerland requiring reliable and controlled sample disruption.

2. Is this product suitable for disrupting biological samples in research and clinical labs?

Yes. It is designed for disrupting biological samples in research and clinical labs, and offers a voltage of 230 V CH (Swiss) plug for compatibility with Swiss power systems to support this kind of work.

3. What voltage does this product have?

It has a voltage of 230 V CH (Swiss) plug for compatibility with Swiss power systems.

4. What control and reliability does this product offer?

It offers digital interface with precise speed and time settings and consistent, high-quality performance for demanding lab environments.