Used AMERSHAM BIOSCIENCES 3000 #9394509 for sale

AMERSHAM BIOSCIENCES 3000, is a lab equipment and accessories equipment designed for the efficient and accurate handling of biological samples. It is a comprehensive system which is used to process and store biological samples, and delivers high throughput results. The unit requires minimal setup and is simple to operate, making it suitable for both large and small laboratories. The machine consists of three basic components - the control unit, the reader and the reaction modules. The control unit is used to store and transfer biological sample data and provides basic controls for the tool. The reader is used to detect any changes in the samples, such as changes in the DNA or protein level of a sample. Finally, the reaction modules are the devices that actually perform the sample processing. 3000 is equipped with advanced process control features such as automated sample tracking, which allows samples to be tracked and monitored as the asset carries out its processes. This ensures that any changes in the sample are noted and can be addressed quickly and accurately. Additionally, the model has several safety features which help to prevent the spread of any contaminants into the environment. AMERSHAM BIOSCIENCES 3000 also offers a range of optional accessories, such as refrigerators and culture hoods, which are used to maintain the temperature and humidity levels required for sample processing. This helps to ensure that the equipment can be used safely and reliably. Additionally, the system is compatible with a range of other lab equipment, such as PCR machines, which allow for increased throughput and greater accuracy. 3000 is a reliable and versatile unit that is ideal for use in a variety of laboratory settings. Its highly accurate sample tracking capabilities, coupled with its range of optional accessories, make it a desirable choice for biological sample processing. The machine is easy to setup and requires minimal maintenance, making it an affordable and efficient choice for biological sample processing.