| The scientists of today have the good luck of | | | | the implications of their experimentation and to |
| increased productivity and lower costs for | | | | design effective follow-up projects or develop |
| laboratories and thus, more creative time for | | | | alternative approaches to their work. |
| individual researchers. Thanks to the lab automation | | | | Not only this, the scope of application of these |
| and robotics that avails the researchers with the | | | | robotics and lab automation is very wide. Besides |
| advantages of shorter time and lower cost. One of | | | | being used in the multiple pipettes for a thorough |
| the main development in the lab automation and | | | | operation, various pharmaceutical company too want |
| robotics industry is the understanding the nature of | | | | to make all their phases of research, automated. This |
| life stems in large measure from the discovery and | | | | newest trend in the laboratory market instruments |
| development of fundamental tools and techniques. | | | | assists the scientists to automate many basic |
| Another important development in the high | | | | laboratory procedures with minimal effort. Some of |
| throughput sequencing are micro arrays, that are the | | | | the main areas where the implementation of this |
| reasons behind the speeding up of the work carried | | | | technology is needed at large are laboratories that |
| out in the laboratory. In the contemporary world, this | | | | work with DNA sequencing, Genomics and micro |
| new trend in the laboratory and scientific lab ware | | | | satellite analysis. |
| have helped the scientists by making the experiment | | | | Though this is fast becoming one of the most |
| process steady with scientific tools like lab | | | | important requirement in any modern laboratory, the |
| instruments, and various other kits and reagents that | | | | selection of them is a tedious and critical process. |
| can prepare samples, run experiments, and analyze | | | | Any laboratory that aims to install this system must |
| results. | | | | decide on which semi-automated or fully automated |
| Though some of the basic laboratory modus operandi | | | | system to purchase. Other crucial factors to be kept |
| includes dedicated work stations and software to | | | | in the mind are the need for this automation, the |
| program instrument, of recent an absolute functional | | | | assay format used by the laboratory, technical |
| robotic version that minimizes the manual work, is | | | | support required by the lab automation and robotics |
| also being found invariably. This means that the | | | | and the potential disadvantages that can crop up |
| robotic technology can reduce the time involved in | | | | after the installation of this system. Besides the |
| the processes like pipetting, moving plates around, | | | | consumer, the manufacturers of these laboratory |
| and various types of assay. The typical workday of | | | | and scientific instruments too need to take care. It is |
| individual scientists have been transformed due to | | | | important for them to emphasize on the format of |
| the creativity, imagination and hard labor that goes in | | | | the product as their shapes, sizes and functions can |
| the research in the field of science and technology. | | | | vary significantly. |
| Lab automation and Robotics has helped the scientist | | | | These lab automation and robotics are fast becoming |
| in saving time as now they can set up, run, and | | | | a rage in the laboratory and scientific products |
| analyze the results of experiments in a fraction of | | | | industry and the manufacturers and suppliers of |
| the time they needed in the past. Thus, now the | | | | these lab equipments are working to broaden the |
| scientists have more time to think creatively about | | | | range of assays that can be done on a system. |