Continuous mixing and specific temperatures are crucial to many lab experiments and having the highest quality thermal mixer can make all the difference. Thermal shakers provide orbital mixing with an incubator’s temperature control for test tubes, PCR plates, and microplates. Variable speed and temperature controls are available on virtually all unites, allowing you to adjust the settings to the optional level for your needs. While there is some price competition in the laboratory equipment industries, the price ranges for high quality equipment tend to be similar – check them out online.
The sophistication of digital controls continues to expand the range of options the machines can offer. While some might not sound compelling at first, give some thought to how your work may change or expand in the coming years. A feature that might appear superfluous today can become a significant time saver not too far in the future. Units with analog controls often require more human intervention which digital models can be programmed to the needed settings and left to do the work for you. For labs with heavy workloads or urgent deadlines and overworked staffs, the digital controls can be a big help.
As with all lab equipment, thermal mixers have evolved and improved through the years. The biggest focus other than electronic control has been quality and consistency. The success and reliability of your experiment results depend on accuracy and consistency from the equipment you use. Globally known manufacturers have risen to the occasion by raising quality standards each year. Their equipment these days comes with significant warranties against defect or breakdown during ordinary use. For researchers and laboratory technicians, the higher quality and more consistent performance helps control variables.
Common uses for thermal mixers are producing uniform samples, providing ideal growth environments, and facilitating DNA amplification – all requiring a significant level of temperature and mixing precision. It’s why genetics labs, microbiology labs, and cell biology labs require them for their work. Sample capacity along with the ability to control temperature and shaking speed all are crucial, Some have speeds up to 3,000 RPM or higher. Other have rocking and waving motions, although they work at much lower RPM rates in general. As the complexity of experiments increases, you need a thermal shaker.