The IoT or Internet of Things is transforming the landscape of the manufacturing industry’s data collection and analysis. IoT in manufacturing today can gather data from equipment and machines to change the systems and processes of present day factory environment. IoT technologies can potentially upgrade visibility in the manufacturing industry in a radical way so that each production unit can be monitored accurately at every step during the process of production. Unit-level visibility will replace batch-level visibility, bringing in the smart manufacturing era. Neglecting or denying the revolution that IoT can usher in, will only result in manufacturers falling behind their competitors or losing clients who value innovation and speed.
Automation & Robotics
Distinguishing stepper and servo motors requires one to be familiar with what a motor is. An electric motor uses either a Direct Current (DC) or an alternating current (AC) to drive a machine. It has several parts including a commutator, axle, stator, brushes, power supply, and rotor. There are different types of motors but we will expand on the specific difference between a stepper and a servo motor.
Robots are amazing objects in the way that they help us to solve problems and perform functions with a precision that surpasses the ability of humans. It is hard to believe how far we have come in just a generation, as we have opened up new possibilities with robots. In some countries, children are now being taught in school to build robots!
Throughout the history of mankind, there has always been a conflict of interest between technological advancement and the effect it has on the normal way of life. According to McKinsey Global Institute partner, The biggest of all challenges end up showing in the production industries. For instance, in the beginning of the 19th century, agriculture and other production fields experienced drastic changes due to the industrial revolution.This sparked a series of strikes, for instance, the protest by artisans over the introduction of textile mills in the US. However, in this age, we face a totally different problem.
The field of robotics is evolving rapidly, ushering the era of a technologically-advanced industrial revolution in the coming years. In fact, industrial robots are the key to the revolutionizing of manufacturing, with faster, cheaper and smarter robots being built to take up on human traits and capabilities such as dexterity, trainability, sensing and memory. Consequently, such robots find great use in jobs like packaging and picking, inspecting and testing products, as well as assembling small and large electronics. The change brought about by robots in manufacturing is evident and prominent, which is clearly illustrated through the following lines.