Vortex Shaker

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Vortex Shaker Specification

Temperature Resistance
Up to 40C

Speed Range
0 - 3000 RPM

Accuracy
2%

Features
Touch operation and continuous mode, anti-slip feet, maintenance-free motor

Power Supply
Electric, 220-240V AC

Heating Capacity
Non-heating

Shape
Rectangular

Control Type
Rotary dial

Type
Vortex Shaker

Dimension (L*W*H)
180 x 120 x 70 mm

Equipment Type
Laboratory Shaker

Equipment Materials
ABS plastic housing, rubber platform

Power
60 W

Voltage
220-240V AC, 50/60Hz

Material
ABS Plastic and Rubber

Application
Mixing solutions in laboratories, cell suspensions, chemical mixing

Capacity (Ltr)
0.2 Litres (platform capacity)

About Vortex Shaker

Jump on the science innovation trend with the Vortex Shaker, a popular choice for laboratories seeking extraordinary mixing performance. This brilliant laboratory shaker showcases impeccable engineering, offering both touch and continuous operation for flexibility. With a durable ABS plastic housing and a robust rubber platform, it effortlessly handles up to 0.5 kg on a platform with a 4 mm orbital diameter. The maintenance-free, brushless DC motor ensures longevity, while overload protection adds a layer of safety. Personalise your workflowmix solutions, suspend cells, and perform chemical blending efficiently with speed up to 3000 RPM. A true must-have for modern labs in India!

Outstanding Features, Versatile Applications, and Usage

The Vortex Shaker stands out with its anti-slip rubber platform and maintenance-free motor. Designed for effortless usage, it offers touch and continuous modes to accommodate various laboratory tasks. Widely used in chemical mixing, cell suspension preparation, and solution blending, this shaker supports both quick spot mixing and extended agitation applications. Suitable for professional laboratory use, the machines rotary dial ensures precise speed adjustment, making it indispensable for research labs, pharmaceutical labs, and educational institutions.

Packaging, Supply, Dispatch & Payment Details

Our Vortex Shaker is safely packed in sturdy, protective materials to ensure impeccable condition upon arrival. With a reliable supply rate and extensive distribution capability across India, prompt packing and dispatch are always prioritised. We offer flexible payment terms, accommodating institutional and bulk laboratory orders. Whether you require individual units or larger consignments, rest assured our supply and packaging process guarantees product integrity from warehouse to laboratory.

FAQs of Vortex Shaker:

Q: How does the Vortex Shaker operate in both touch and continuous modes?

A: The Vortex Shaker can be easily set to operate in touch modeactivated only when pressure is appliedor continuous mode for uninterrupted mixing. Switching between modes is achieved via the integrated rotary control dial.

Q: What safety features does the Vortex Shaker offer?

A: The Vortex Shaker is equipped with overload protection, protecting the device and samples from excessive load or misuse, ensuring operator and instrument safety during operation.

Q: When is the Vortex Shaker ideally used in laboratory procedures?

A: This shaker is ideal during experiments requiring complete mixing of solutions, suspensions, or accelerated blending of chemical reagents. Its versatility makes it useful whenever uniform sample distribution is needed.

Q: What materials are used in the construction of the Vortex Shaker?

A: The Vortex Shaker features an ABS plastic housing and a rubber platform, offering chemical resistance and a stable, anti-slip surface for safe sample handling.

Q: Where can the Vortex Shaker be supplied and how is it packaged?

A: We supply the Vortex Shaker across India, delivering it in robust, secure packaging that preserves its quality. Each unit is inspected before dispatch to ensure it meets laboratory standards.

Q: What applications benefit most from using the Vortex Shaker?

A: The Vortex Shaker excels in mixing biological samples, preparing cell suspensions, and blending chemicals, improving reproducibility and reducing manual handling efforts in any laboratory environment.

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