IKA MS 3 Basic Orbital Shaker

• Used for gentle to intensive mixing of liquids in various laboratory vessels.
• Suitable for cell culture aeration and dissolution processes.
• Commonly employed in microbiology for cultivating microorganisms.
• Utilised in biochemistry for enzyme reactions and sample preparation.
• Applicable in analytical chemistry for extraction and solubility studies.

Movement type

Orbital, typically with a small diameter for efficient mixing of small volumes.

Speed range

Units of this type commonly offer a broad speed range, often up to 3,000 rpm, with some models featuring speed detection for safety.

Platform capacity

Typically designed for small vessels, test tubes, and microtiter plates, often with interchangeable attachments.

Power supply

Commonly operates on standard laboratory mains power, typically 230V, 50/60 Hz for UK usage.

Footprint

Characterised by a compact design, suitable for benchtop use in laboratories with limited space.

Construction material

Often features a robust zinc die-cast casing for durability and stability during operation.

• What is the difference between orbital and reciprocal shakers?

  Orbital shakers move in a circular motion, ideal for aeration and general mixing. Reciprocal shakers move back and forth in a linear motion, often preferred for specific mixing tasks or when a more vigorous, directional agitation is required.

• Can this shaker accommodate different vessel types?

• Is speed control precise on these units?

• What maintenance is typically required for an orbital shaker?

• Is this unit suitable for continuous operation?

Shakers and incubation mixers are valued for reliable sample preparation and culture growth across biotech and pharmaceutical settings. When buying used models, buyers prioritise consistent temperature control, speed accuracy, and platform stability. Industry sentiment favours machines from established manufacturers with robust build quality. Key strengths include straightforward operation, minimal maintenance requirements, and long operational lifespans. Buyers typically assess motor condition, calibration history, and overall structural integrity before purchase. These instruments remain dependable workhorses in laboratory environments when properly maintained.

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