Incubator
Incubator is a device for conservation of controlled conditions in which eggs can be hatched artificially. Incubator houses with double walls of mud, a fire room, and several compartments each holding about 7,000 hens’ eggs were developed in ancient times. The Chinese have long used baskets with a capacity of about 5,000 eggs that are alternated with layers of heated wheat. In the United States small incubators were developed in the 1840s and large ones have been used since 1910; some profit-making models have trays for as many as one million eggs. The recent apparatus, with computer-controlled temperature and humidity and devices for turning the eggs, is commonly used in commercial chick production. Eggs are selected for size, weight, and shell texture and often are candled after a week in the incubator in order to remove infertile eggs.
The small-scale device for hatching eggs inspired apparatus for the continuation of controlled conditions in which eggs can be hatched artificially; some commercial models have trays for as many as one million eggs. The modern apparatus, with computer-controlled temperature and humidity and devices for turning the eggs, is widely used in commercial chick production. Incubator a transparent container for keeping premature babies in controlled conditions and protecting them from infection. Other forms of incubator are used for cultivating bacteria, whose lives are often saved in an environment of controlled heat, humidity, and ventilation. Another type of incubator has been developed for the culture of microorganisms.
Maintaining precise and consistent incubation surroundings for microbes and cell culture is also crucial. Binder has developed preheating chamber components that deliver a high level of precision. Incubators with gravity, or natural, convection are perfectly suited for the incubation of microorganisms and for microbiological heating and conditioning. These incubators are designed to function stably over a long term of uninterrupted operation. Incubators with mechanical, or forced, convection are also available and are appropriate for tasks requiring high specimen volumes and fast temperature recovery times. A powerful air turbine produces the necessary high rate of air flow. In combination with a patented APT. Line™ Horizontal Airflow Design, this results in an effective but gentle incubation.
Tetec (Tissue Engineering Technologies) AG is a Tubingen, Germany-based company that uses Binder incubators in the production of their hyaline cartilage transplant material for knee and shoulder joint injuries. Hyaline cartilage protects the joint by cushioning contact between the bones. Implants made of artificial materials have major drawbacks and disadvantages; transplants grown from natural hyaline cartilage are a promising new treatment for these disabling injuries. However, the delicate cartilage cells must be grown under very accurate and reliable conditions. The temperature must be controlled to within a tenth of a degree, or the cells may die. Tetec relies on the advanced temperature control system in the Binder line of CO2 incubators to grow their cartilage transplants.
Hexatec Instruments Pvt Ltd.deal in producing many products for example B.O.D Incubator which is double walled in construction, gap between the two walls filled with high quality Polyeurethene Foam (PUF)full length inner acrylic door with and outside metal door with solid S.S. lock & key. Food Grade Silicon Gasket fitted on the Chamber and Magnetic Gasket fitted on outer metal door ensures zero leakage between the door & the Chamber.Provided with forced air circulation for uniform temperature within the chamber. Hermetically sealed Emerson Make Compressor unit utilizing R-134A an eco-friendly refrigerant with electronic time relay to safeguard the Compressor. Castor wheels for easy moveability. Provided with Validation Port.
Additional high temperature safety system to cut-off all heaters ensuring temperature within chamber doesn’t exceed +70°C also incorporated in the Unit. Electrically operated on 230 V Ac, 50 Hz.
