What types of vessels can this shaker accommodate?

This class of orbital shaker is typically designed for small laboratory vessels such as test tubes, centrifuge tubes, beakers, flasks, and microtiter plates. Specific attachments determine the exact vessel compatibility.

What is the difference between orbital and linear shaking?

Orbital shakers move samples in a circular motion, ideal for aeration and general mixing. Linear shakers move samples back and forth in a straight line, often preferred for washing procedures or specific cell culture applications.

Can this unit be used for continuous operation?

Yes, units of this type are generally designed for continuous operation, making them suitable for prolonged mixing tasks in laboratory environments.

How does the 'safe mode' function?

The 'safe mode' typically detects the type of attachment in use and automatically restricts the maximum speed to prevent damage or spillage, particularly with non-standard or lighter attachments.

Is this shaker suitable for cold rooms or incubators?

While some shakers are designed for use in controlled environments, buyers should confirm with the seller if this specific unit is rated for use in cold rooms or incubators, as not all models have this capability.

Used IKA MS 3 Basic Orbital Shaker - Shakers & Incubation Mixers, photo 1

Used IKA MS 3 Basic Orbital Shaker - Shakers & Incubation Mixers, photo 2

Used IKA MS 3 Basic Orbital Shaker - Shakers & Incubation Mixers, photo 3

Used IKA MS 3 Basic Orbital Shaker - Shakers & Incubation Mixers

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Vikan - IKA MS 3 Basic Orbital Shaker

Name: IKA MS 3 Basic Orbital Shaker
Brand: Vikan
SKU: 412953
Price: 250 GBP
Availability: InStock

Price: £ 250

This listing is for 1 of 2 IKA MS 3 Basic Orbital Shaker. The unit is in full working condition and is ready for immediate release. The IKA MS 3 Basic Orbital Shaker is an efficient and versatile laboratory device designed for a variety of shaking tasks involving small vessels and microtiter plates. Its compact design and robust features make it suitable for both routine laboratory applications and more specialized experiments. Key Features: Orbital Movement: The shaker operates with an orbital motion, characterized by a shaker diameter of 4.5 mm. This design allows for effective mixing of samples within a range of vessel types. Two Operating Modes: Mode A (Safe Mode): In this mode, the shaker detects the type of attachment being used and restricts the speed to a maximum of 1,300 rpm for non-standard attachments, ensuring safety and preventing damage to both samples and the device. Mode B: This mode does not feature attachment detection and allows for higher speeds up to 3,000 rpm, depending on the attachment and application requirements. Touch Operation: The standard attachment enables up to 3,000 rpm in touch mode, providing immediate mixing responses when needed. Stable Shaking: The shaker maintains stable operation across all speed settings, ensuring uniform mixing of solutions and samples without fluctuations that could impact experimental results. Durable Construction: Built with a robust zinc die-cast casing, the MS 3 B promises longevity and reliability in various laboratory environments. Permissible Shaking Weight: The machine can accommodate a maximum shaking weight (including attachments) of 0.5 kg, making it versatile for different laboratory setups. Key Specifications: Type of Movement: Orbital Shaker Diameter: 4.5 mm Permissible Shaking Weight (including attachments): 0.5 kg Operating Modes: Mode A: Safe mode with attachment detection Mode B: Without attachment detection Speed Range: 0 - 3,000 rpm (Limited to 1,300 rpm in Mode A with non-standard attachments)

Cambridgeshire, United Kingdom

5,791 km away

Model Number

MS 3 Basic

Stock Number

412953

Machinery Masters View

Typical context for this category of equipment. Always confirm specifics with the seller.

Applications & Use Cases

Cell culture and microbial growth applications requiring gentle yet thorough mixing.
Dissolving and emulsifying samples in various laboratory vessels.
Preparing samples for analytical techniques such as chromatography or spectroscopy.
General mixing of reagents, buffers, and solutions in small volumes.
Resuspending pellets and ensuring homogeneity in microplates and tubes.

Typical Specifications

Shaking motion: Orbital, typically with a 4.5 mm diameter.
Speed range: Commonly from 0 to 3,000 rpm, with safety restrictions for certain attachments.
Operating modes: Typically includes a 'safe mode' with attachment detection and a 'continuous mode' for higher speeds.
Typical capacity: Designed for small vessels, test tubes, and microtiter plates.
Power supply: Typically 230V, 50/60Hz, suitable for standard UK laboratory outlets.
Construction material: Units of this type commonly feature a robust zinc die-cast casing for durability.
Footprint: Compact benchtop design, suitable for laboratories with limited space.

Frequently Asked Questions

This class of orbital shaker is typically designed for small laboratory vessels such as test tubes, centrifuge tubes, beakers, flasks, and microtiter plates. Specific attachments determine the exact vessel compatibility.

Machinery Masters Intelligence. General guidance for this category of equipment only, not a substitute for the seller's exact specifications. Always confirm details with the seller.