Disadvantages of Lab on a chip:
• As said earlier that the lab on a chip technology research work began in 1990’s and so not much development have been done in this field. Being a novel technology its not advisable to be used in all sectors.
• Some of the physical and chemical processes like chemical interactions, surface roughness and capillary forces become highly effective when the reaction is carried on such a small space rather than on large space and so the lab on chip technology gets complicated in such cases (Herold, 2009).
• Sometimes there are chances of errors in detection of the result and this creates a low signal to noise ratio.
The fabrication cost involve is also very less (Yehya, 2010). These days use and throw chips are made and being small in size the chips can be produce in large quantities.
• As the functions are integrated in lab on chip hence the chip can be used for carrying out chemical, biological and radioactive studies is safer way. The chips have capacity to carry small volume of fluids and also have capacity of storing energy.
在一个芯片上的实验室的缺点：
•正如前面所说的，该实验室在一个芯片上的技术研究工作开始于1990年的，所以没有太大的发展已经在这方面做。作为一种新技术，它不建议使用在所有部门。
•一些物理和化学过程，如化学的相互作用，表面粗糙度和毛细力成为非常有效的反应时，在这么小的空间，而不是大的空间，所以芯片上的实验室技术变得复杂，在这种情况下（哈罗德， 2009年）。
•有时有检测结果的错误的机会，这将创建一个低信噪比。
的制造成本涉及的是非常少的（Yehya，2010）。这些天使用的芯片和小尺寸的芯片可以产生大量抛出。
的功能都集成在芯片上的实验室，因此该芯片可以用于进行化学，生物和放射性的研究是更安全的方式。该芯片容量随身携带的小体积的液体，也有储能容量。
