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Cutting wheels are thin metal wheels with sharp circumferential edges. These wheels are made from various materials, such as cast iron, steel, nickel, alloy, titanium, aluminum, etc. as well as stones and ceramics. The material is chosen on the basis of application. Cutting wheels are broadly used in many industries, such as aerospace, automotive, foundries, fabrication, ship-building and construction. These cutting tools are of great help in areas where parting of metal sheets or pipes is required. Cutting and grinding wheels are normally arbor-mounted and are of various types, such as diamond, metal & abrasive cutting wheels. Abrasives are used to coat cutting wheels. The type of abrasive used and the shape and grit of the wheel help define which material can be best cut using the applied formats.

Power hammer is used for heavy industrial forging by blacksmiths, bladesmiths, metalworkers, and various manufacturers. Power hammer are forging hammer that uses a non-muscular power source in order to raise the hammer and then obtain an accelerated strike on the work piece. Power hammers machines are single blow impact hammers with pneumatic or hydraulic principle of operation providing hard hitting power with complete control of hitting force without any machine adjustment. Power hammer is one of the most common machine required in metal forming and material shaping workshops. Growing industrial sector is expected to fuel the demand for metal forging machines and equipment which in turn is anticipated to drive the demand for power hammer in the upcoming years. Power hammer operates with some of the salient features such as higher efficiency, higher strength, higher strike rate, and high operation and production rate. Owing to such beneficiary features power hammer is estimated to witness significant demand during the forecast period, substantially contributing to the growth of the global power hammer market.

Missile guidance radar system uses the principle of air-search radars to target the intercept regardless of whether the target makes an evasion action. The guidance function on a missile uses the information received from the target to locate it and move in the guided direction. The missiles have six degrees of freedom making it easier for them to change directions. A missile guidance radar uses radar signals transmitted from the launch aircraft or station and locks the target by tracking the energy reflected by it. Missile Guidance systems have two control modules namely, altitude control system and flight path control.

Marine turbochargers are add-on mechanical equipment used to facilitate better combustion in marine engines. Turbochargers in marine engines tend to contribute for more than 75% of the power of the engine. A typical marine turbocharger consists of a single stage impulse turbine, which is connected to a centrifugal impeller with a shaft as a medium in between the two. The impulse turbine is driven by hot exhaust gases from the engine. These gases are expanded through a nozzle ring. Here, the pressure energy thus created is converted into kinetic energy. This energy is utilized by the turbine blades to rotate the turbine at high velocities. Thereafter, the gases move out of the system through an outlet valve. On the other side, fresh air enters the system through a compressor and the kinetic energy in it is converted into potential energy (pressure). The air is cooled before it enters the engine through an inlet valve.

While analyzing the word vibration, a vibration neutralizer or an absorber is a system that lessens or removes the vibration of system which is harmonically excited. This system plays major part of automotive industry. For instance, motors, pumps, rotating machines like engines are often tend to vibrate owing top revolving imbalances. This highly decreases the probability of resonance which is responsible for speedy catastrophic failure. If accurately applied an automotive vibration absorbers defuse unwanted vibration that would might be decrease service life of engine and also cause mechanical damage. Though automotive vibration absorbers assist in removing vibrations at usual or normal frequency of the system, these absorbers also create two innovative and new normal frequencies. Therefore it is very important to choose mass of the absorber in a bid to get effective system of automotive vibration absorber.

Trenchers are construction equipment used to dig depressions in the ground, generally deeper than their width. At present, there are two types of trenchers. One is a wheel trencher and the other one is a ladder or chain trencher. Wheel trenchers consist of a large wheel with a lot of buckets attached to the circumference of the wheel. In the case of a ladder or chain trencher, the wheel is replaced by a chain wrapped with cutter blades or buckets and is spun using continuous track assembly. In both the cases, the rotating elements rotate at high speeds to take the mud off the ground; thus, digging the trenches on the ground. The dirt or mud thus removed is sent on to a conveyor attached to the wheel and the operation continues until the machine moves forward to dig in deeper trenches.

Different process parameters & variables are controlled and monitored by universal process controllers. Based on measurement, universal process controllers also initiate controller functions. There procedure typically includes receiving sensor inputs and offering or providing control functions, while its output is controlling signals. It is necessary for industrial manufacturing to go through a process of instrumentation and automation. The major reason behind these processes is they help to optimize business outcomes. Universal process controller assist in efficiently monitoring and controlling the process of industrial production by reducing downtimes of a plant. This market has a remarkable growth potential from several emerging economies such as Mexico, China, Brazil, India and Indonesia. One of the major reasons behind the tremendous growth of universal process controller market is rising business competition between various companies and organizations.

Robotic end of arm tooling which is also known as end-effector is a device which helps robot in interconnecting with some other machineries around it, clutching, conducting and functioning on several parts. Robotic end of arm tooling or end-effector is one of the significant mechanisms and key part of the robotic system. According to the program, an introduction of cutting-edge technology is contributing in the growth and an improvement of robotic end arm tooling to implement the set of various tasks. Naturally, robots which are having multiple arms include multiple robotic end of arm tooling. Industry verticals applications are two segments of robotic end of arm tooling market. Food & beverages industry is the one which get maximum benefits from robotic end of arm tooling to grow its efficiency and production capacity.

Building Integrated Photovoltaic (BIVP) are basically photovoltaic materials, which are utilized as a substitute for the conventional building materials in the parts of the building envelop for example facades, roof and skylights. Building Integrated Photovoltaic are gradually being amalgamated as key source of electric power during the construction of new buildings, though present building is already having similar technology. There are many advantages associated with integrated photovoltaic and one of the key benefits is its initial cost can be balanced by dropping the amount spent on labor and building materials, which would generally be utilized to build the part of a building by replacing BIPV modules. These various benefits associated with BIVP technology make it a rapidly growing sector of photovoltaic industry.

A camera which typically functions in the short wave infrared portion of the spectrum of electro- magnetic is known as short wave infrared camera. Such type of cameras click the image in nanometers which are between the range of 900 and 1700. However, some of these short wave infrared cameras also able to image between the range of 700-1700 or from 900 nm to 2 micron. Short wave infrared cameras are generally well-equipped with a sensor knows as InGaAs. Due to this sensor, short wave infrared cameras offer excellent and highest image performance. Even if InGaAs sensors are available commercially, area scan inGaAs sensors are generally restricted by International Treat and Arms and Regulation (ITAR). This act is imposed by the government in United States. According to its rules, products should follow to strict regulations of import and export which are sold or manufactured in the US or outside the country. However, with the help of appropriate licenses, short wave infrared cameras lenses can be used for several commercial applications.