Heidolph Microtiter Plate Shaker Titramax 100-UK, Max. 4 Microtiter Plates, Orbit 1.5 mm, 245x285x125 mm

The Heidolph Microtiter Plate Shaker Titramax 100-UK is a reliable and compact shaker designed for laboratory applications requiring precise mixing. It can hold up to 4 microtiter plates, with a shaking orbit of 1.5 mm, ensuring consistent and thorough mixing. With its compact design (245x285x125 mm), this shaker is perfect for labs with limited space while delivering high-quality results. Ideal for use in sample processing and mixing small laboratory samples in microplates, the Titramax 100-UK is a trusted tool for accurate and reproducible mixing.

Key Features:

• Brand: Heidolph
• Model: Titramax 100-UK with a 1.5 mm shaking orbit
• Capacity: Can accommodate up to 4 microtiter plates for efficient sample processing
• Performance: Ensures consistent and precise mixing with a shaking orbit of 1.5 mm
• Size: Compact design with dimensions of 245x285x125 mm, ideal for space-constrained labs
• Application: Perfect for mixing small laboratory samples in microplates for research and analysis

This microtiter plate shaker is an essential tool for laboratories requiring reliable and accurate shaking for microplate mixing.

Frequently Asked Questions

1. What is the Heidolph Microtiter Plate Shaker Titramax 100-UK, Max. 4 Microtiter Plates, Orbit 1.5 mm, 245x285x125 mm used for?

It is a reliable and compact shaker designed for laboratory applications requiring precise mixing. It can hold up to 4 microtiter plates, with a shaking orbit of 1.5 mm, ensuring consistent and thorough mixing. With its compact design (245x285x125 mm), this shaker is perfect for labs with limited space while delivering high-quality results. Ideal for use in sample processing and mixing small laboratory samples in microplates, the Titramax 100-UK is a trusted tool for accurate and reproducible mixing.

2. Is the Heidolph Microtiter Plate Shaker Titramax 100-UK, Max. 4 Microtiter Plates, Orbit 1.5 mm, 245x285x125 mm suitable for Perfect for mixing small laboratory samples in microplates for research and analysis?

Yes. It is designed for Perfect for mixing small laboratory samples in microplates for research and analysis, and offers can accommodate up to 4 microtiter plates for efficient sample processing and consistent and precise mixing with a shaking orbit of 1.5 mm to support this kind of work.

3. What capacity and performance does the Heidolph Microtiter Plate Shaker Titramax 100-UK, Max. 4 Microtiter Plates, Orbit 1.5 mm, 245x285x125 mm have?

It has can accommodate up to 4 microtiter plates for efficient sample processing, consistent and precise mixing with a shaking orbit of 1.5 mm and compact design with dimensions of 245x285x125 mm, ideal for space-constrained labs, and is supplied under manufacturer part number 544-11200-13.

4. What applications is the Heidolph Microtiter Plate Shaker Titramax 100-UK, Max. 4 Microtiter Plates, Orbit 1.5 mm, 245x285x125 mm suited to?

It is suited to Perfect for mixing small laboratory samples in microplates for research and analysis.

5. How does the Heidolph Microtiter Plate Shaker Titramax 100-UK, Max. 4 Microtiter Plates, Orbit 1.5 mm, 245x285x125 mm compare with the Edmund Bühler Hot Plate Shaker SM 30 AT Control Shaking Area 560 x 400 mm, Orbital Motion, Digital Display from Edmund Bühler?

For Perfect for mixing small laboratory samples in microplates for research and analysis, the Heidolph model is the better choice, offering can accommodate up to 4 microtiter plates for efficient sample processing, consistent and precise mixing with a shaking orbit of 1.5 mm and compact design with dimensions of 245x285x125 mm, ideal for space-constrained labs. The Edmund Bühler model offers a shaking area of 560 x 400 mm as an alternative, while the Heidolph model's can accommodate up to 4 microtiter plates for efficient sample processing and consistent and precise mixing with a shaking orbit of 1.5 mm help make it a strong fit for Perfect for mixing small laboratory samples in microplates for research and analysis.