IKA Shaker Platform, with 25 mm Shaking Stroke IO SP 25

The IKA Shaker Platform IO SP 25 is built for reliable and efficient mixing in laboratory settings. Featuring a 25 mm shaking stroke, it ensures uniform and consistent agitation for a wide variety of laboratory vessels. Designed for durability, this platform delivers precise performance even under continuous operation—making it ideal for research, analytical, and industrial applications.

Key Features:

• Brand: IKA
• Model: IO SP 25
• Shaking Stroke: 25 mm for effective and even mixing
• Design: Robust and stable platform engineered for long-term laboratory use
• Compatibility: Supports the attachment of clamps for Erlenmeyer flasks
• Application: Ideal for scientific, research, and analytical mixing processes

Note: Clamps can be attached to the shaker platform for secure shaking of Erlenmeyer flasks. Please order clamps separately.

The IKA IO SP 25 Shaker Platform provides dependable performance, precision, and adaptability—making it a must-have accessory for laboratories performing consistent mixing and agitation tasks.

Frequently Asked Questions

1. What is the IKA Shaker Platform, with 25 mm Shaking Stroke IO SP 25 used for?

It is built for reliable and efficient mixing in laboratory settings. Featuring a 25 mm shaking stroke, it ensures uniform and consistent agitation for a wide variety of laboratory vessels. Designed for durability, this platform delivers precise performance even under continuous operation, making it ideal for research, analytical, and industrial applications.

2. Is this product suitable for scientific, research, and analytical mixing processes?

Yes. It is designed for scientific, research, and analytical mixing processes, and offers a shaking stroke of 25 mm for effective and even mixing to support this kind of work.

3. What shaking stroke does this product have?

It has a shaking stroke of 25 mm for effective and even mixing.

4. What is this product compatible with?

It is compatible with supports the attachment of clamps for Erlenmeyer flasks. It also offers robust and stable platform engineered for long-term laboratory use.