The Refrigerated Shaking Incubator from AGN Enterprises is a laboratory equipment system designed to provide controlled temperature conditions combined with continuous orbital shaking. The refrigerated configuration allows temperature-sensitive biological and biochemical samples to be incubated below normal ambient laboratory temperatures while being continuously mixed.
It is suitable for microbiology, biotechnology, molecular biology, pharmaceutical research, biochemistry, cell culture, and scientific laboratories.
A Refrigerated Shaking Incubator combines two functions in one chamber:
The combination of controlled temperature and agitation makes the instrument useful for growing microorganisms and carrying out biochemical processes under reproducible conditions.
The instrument can be used for:
It is particularly useful when both temperature stability and continuous agitation are important to the experimental process.
A refrigerated shaking incubator provides several functions within one controlled environment:
Consequently, it can improve laboratory workflow for experiments requiring long-duration incubation with agitation.
The equipment is suitable for microbiology and biotechnology laboratories where cultures need controlled temperature and agitation. It can also be useful for research involving biochemical reactions, growth studies, and other processes where sample mixing influences experimental conditions.
Users should select operating parameters according to the requirements of the particular biological material or experimental protocol.
The Refrigerated Shaking Incubator is suitable for:
Before ordering, users should verify the required temperature range, temperature accuracy/uniformity, shaking speed range, orbital diameter, chamber capacity, platform dimensions, load capacity, controller type, and power requirements.
AGN Enterprises supplies laboratory equipment for scientific, educational, research, biotechnology, and institutional applications. The Refrigerated Shaking Incubator combines controlled cooling with mechanical agitation, making it a versatile solution for experiments requiring both incubation and shaking.