Wrist Action Flask Shaker

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Wrist Action Flask Shaker Specification

Product Type
wrist action shaker

Equipment Materials
mild steel

Power
220 Watt (w)

Voltage
220 Watt (w)

Material
mild steel

Application
LAB flask shaker

Warranty
1

Wrist Action Flask Shaker Trade Information

Minimum Order Quantity
1 Piece

FOB Port
exw

Payment Terms
Telegraphic Transfer (T/T)

Supply Ability
1 Piece Per Day

Delivery Time
15 Days

Sample Available
No

Sample Policy
Sample costs shipping and taxes has to be paid by the buyer

Packaging Details
standard packing

Main Domestic Market
All India

Certifications
iso ce

About Wrist Action Flask Shaker

Wrist Action Shaker

Specification

Resembles hand mixing and is an appropriate solution for dissolution, extraction & homogenization.
Easily detachable arms.
Digital RPM controller available for exact results.
Timer option for accurate mixing time.
Allow all types of flasks and tubes with capacities from 100 ml - 1000ml to be held in position.

Technical Data Sheet Of Wrist Action Shaker

SpeedRange	0 - 950 RPM
Operational Mode	Continuous operation
Timer option	Up to 60 minutes
Dimensions	27 x 77 x 23 cm.
Weight	11 kgs.
Platform support	For Erlenmeyer flask
Permissible ambient temperature	5 - 40 deg.
Permissible relative moisture	80%
Motor type	PMDC motor
Maximum Load	5 kg.
Supply	220 V, 50 Hz
Power	34 W

Available models

Wrist Action Shaker for 8 flask.
Wrist Action Shaker for 4 flask.
Wrist Action Shaker with digital RPM and timer controller.

Powerful Lab Mixing

Engineered for precision, the Wrist Action Flask Shaker ensures thorough mixing of liquids in laboratory flasks. It operates at 220 Watts, providing just the right amount of power for consistent agitation without overheating. Its wrist action motion is ideal for mixing solutions, suspensions, and cultures in research and analytical labs. The robust design guarantees dependable performance, supporting a variety of scientific protocols.

Durable and Reliable Build

Manufactured from high-quality mild steel, this flask shaker promises exceptional longevity and minimal maintenance. Its sturdy construction withstands heavy laboratory use, while the included 1-year warranty provides added peace of mind. This ensures reliability for academic, industrial, or clinical laboratory settings, where consistent performance and product durability are priorities.

FAQs of Wrist Action Flask Shaker:

Q: How does the Wrist Action Flask Shaker operate in a laboratory setting?

A: The Wrist Action Flask Shaker works by providing a wrist-like agitation motion to flasks, ensuring thorough mixing of samples and solutions. It is powered by 220 Watts and operates on 220 volts, making it suitable for most laboratory electrical standards in India.

Q: What materials are used in the construction of this flask shaker?

A: This flask shaker is constructed from robust mild steel, which offers strength, stability, and resistance to wear, making it ideal for the demands of frequent laboratory use.

Q: When should I use the Wrist Action Flask Shaker in my workflow?

A: You should use this shaker whenever your laboratory procedures require the mixing, agitation, or aeration of liquid samples in flasks, such as during sample preparation, culturing cells, or conducting solubility tests.

Q: Where can I get the Wrist Action Flask Shaker in India?

A: The Flask Shaker is distributed, exported, manufactured, supplied, traded, and wholesaled throughout India. You can purchase it directly from authorized distributors or suppliers catering to laboratory equipment needs.

Q: What is the process for setting up the Wrist Action Flask Shaker?

A: To set up the shaker, place it on a stable surface, connect it to a 220-volt power supply, secure your flasks in the designated holders, and select the desired speed or duration according to your application. Always follow the included user manual for optimal results and safety guidelines.

Q: How does using this flask shaker benefit laboratory operations?

A: Using the Wrist Action Flask Shaker ensures homogeneous mixing of samples, improves reproducibility of results, and saves time compared to manual mixing. Its reliable operation supports efficient laboratory workflows and enhances experimental outcomes.

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