Edmund Bühler Universal Shakers SM 30A, Orbital Motion, Speed: 15-300 rpm, Platform Size: 560x400 mm, Without Accessories

The Edmund Bühler Universal Shaker SM 30A is a reliable orbital shaker engineered for continuous, high-performance mixing across laboratory applications. With an adjustable speed range of 15 to 300 rpm and a large 560 × 400 mm platform, it provides stable, uniform shaking for a wide variety of sample vessels. Its robust design and analog control ensure precise operation, making it ideal for biological, chemical, and industrial research.

Key Features:

• Brand: Edmund Bühler
• Model: SM 30A
• Motion Type: Orbital motion for uniform sample mixing
• Speed Range: 15 – 300 rpm for flexible speed control
• Platform Size: 560 × 400 mm for multiple vessels and large loads
• Control: Analog control with 0 – 120 min timer for timed or continuous operation
• Applications: Ideal for analytical and diagnostic processes in biology, chemistry, pharmacy, and food science (e.g., transport simulations and plant culture)
• Construction: Durable build for long-term continuous operation

Scope of Supply:

• Shaker with shaking rack and rubber mat

Note: Attachments are required and must be ordered separately.

The Edmund Bühler SM 30A Universal Shaker delivers dependable performance for routine and demanding mixing tasks, ensuring consistent results and maximum laboratory efficiency.

Frequently Asked Questions

1. What is the Edmund Bühler Universal Shakers SM 30A, Orbital Motion, Speed: 15-300 rpm, Platform Size: 560x400 mm, Without Accessories used for?

It is a reliable orbital shaker engineered for continuous, high-performance mixing across laboratory applications. With an adjustable speed range of 15 to 300 rpm and a large 560 × 400 mm platform, it provides stable, uniform shaking for a wide variety of sample vessels. Its robust design and analog control ensure precise operation, making it ideal for biological, chemical, and industrial research.

2. Is the Edmund Bühler Universal Shakers SM 30A, Orbital Motion, Speed: 15-300 rpm, Platform Size: 560x400 mm, Without Accessories suitable for analytical and diagnostic processes in biology, chemistry, pharmacy, and food science (e?

Yes. It is designed for analytical and diagnostic processes in biology, chemistry, pharmacy, and food science (e, and offers a speed range of 15 – 300 rpm for flexible speed control and a platform size of 560 × 400 mm for multiple vessels and large loads to support this kind of work.

3. What speed range and platform size does the Edmund Bühler Universal Shakers SM 30A, Orbital Motion, Speed: 15-300 rpm, Platform Size: 560x400 mm, Without Accessories have?

It has a speed range of 15 – 300 rpm for flexible speed control and a platform size of 560 × 400 mm for multiple vessels and large loads, and is supplied under manufacturer part number 6101 000.

4. What motion type and control does the Edmund Bühler Universal Shakers SM 30A, Orbital Motion, Speed: 15-300 rpm, Platform Size: 560x400 mm, Without Accessories offer?

It offers orbital motion for uniform sample mixing, analog control with 0 – 120 min timer for timed or continuous operation, durable build for long-term continuous operation and shaker with shaking rack and rubber mat.

5. How does the Edmund Bühler Universal Shakers SM 30A, Orbital Motion, Speed: 15-300 rpm, Platform Size: 560x400 mm, Without Accessories compare with the Lauda Universal Mount for Shakers, for all VS 8 Models from Lauda?

For analytical and diagnostic processes in biology, chemistry, pharmacy, and food science (e, the Edmund Bühler model is the better choice, offering a speed range of 15 – 300 rpm for flexible speed control and a platform size of 560 × 400 mm for multiple vessels and large loads. The Lauda model offers secure, adaptable mounting for lab vessels and engineered for long-term use in high-performance environments as an alternative, while the Edmund Bühler model's orbital motion for uniform sample mixing and analog control with 0 – 120 min timer for timed or continuous operation help make it a strong fit for analytical and diagnostic processes in biology, chemistry, pharmacy, and food science (e.