A laboratory reciprocating shaker consists of a platform on which the containers are placed and an oscillating arm that moves the platform from side to side.
Choose the right Recprocal Shakers for you from the many types available on the site.
Uses of Recprocal Shakers
cell cultures and extraction procedures that require accurate, repeatable results.
What is Laboratory Reciprocating Shaker
Laboratory Reciprocating Shaker provide scientists and researchers with a versatile platform for mixing, blending, and agitating substances in controlled environments. This versatility extends their utility across diverse fields such as biology, chemistry, pharmaceuticals, and beyond
Understanding the Working Mechanism
The working principle of a laboratory reciprocating shaker involves a reciprocating motion that imparts controlled agitation to the samples placed on its platform. The shaker's motor drives this back-and-forth movement, ensuring uniform mixing of substances within containers like flasks, test tubes, and microplates.
Applications in Scientific Research
The versatility of laboratory reciprocating shakers makes them indispensable across numerous scientific research domains. From microbial culturing to chemical reactions and bioassays, these shakers find applications in:
- Cell culture and microbiology
- Molecular biology and genetics
- Drug discovery and development
- Environmental analysis
- Food and beverage testing
- Quality control processes
Features to Consider When Purchasing
When selecting a laboratory reciprocating shaker, several key features warrant consideration:
- Capacity and platform size
- Speed and stroke adjustment capabilities
- Temperature control options
- Timer and programmable settings
- Construction materials and durability
- Noise and vibration levels
- Compatibility with accessories and attachments