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MarketResearchReports.biz has announced the addition of a report, titled "Specialty Lubricants Market - Global Industry Trend Analysis 2012 to 2017 and Forecast 2017–2025." The comprehensive study on the specialty lubricants market makes in-depth assessment of key demand dynamics, current opportunities and lucrative avenues, and recent product development initiatives by various players. The analyses also shed light on the prevailing competitive landscape and highlight key strategies expected to shape the contours in the coming few years.

Exoskeletons are wearable devices which are used to enhance the physical competency of the wearer. By overcoming the physical limitations, these wearable machines assist limb movements with better strength and help the wearer perform various tasks. Exoskeletons can be powered with electric motors, actuators, pneumatics, sensors, hydraulics, levers or a combination of technologies or it can be completely passive. The use of exoskeletons to improve the quality of life of the people with mobility disorders in the medical field is on the rise. Usually, exoskeletons used in the medical field are modular and lightweight which allows the user to independently put on and remove each piece smoothly. Further, market players are coming up with exoskeletons which can be utilized by patients with spinal cord injury or rehabilitation of stroke. Exoskeleton devices are also used in mobility aids and rehabilitation patients with physical and neurological disorders. Some military class exoskeletons are powered by fuel cells, and internal combustion engine or batteries which helps military personnel to carry heavy objects and also supports and protects the human body.

Distribution automation system may refer to an arrangement of communication technologies, sensors, and processors that helps in organizing and screening the distribution of power. These systems are the mainstay of the modern power grid framework. Electric power distribution automated systems help increase the efficiency of operations.

Textile materials are predominantly insulators and do not allow the flow of electricity. The electrical load generated is accumulated on the surface of the polymer. In order to prevent accumulation and enhance the possibility of electrical load transfer, textile materials are turned into electrical conductors. A conductive textile is a fabric made from metal strands woven, coated or blended during the construction of the textile. Some of the conductive metals used in these textile include gold, silver, carbon, titanium and nickel. The base fabric materials include cotton, nylon, polyester and wool. Conductive textiles can conduct electricity and hence, are used in several end use industries. The main function of a conductive textile is to control static electricity and shield electromagnetic interference.

Technological advancements have largely entered in almost each and every sector and industry. Its implications are also seen in asset management that now being handled with the help of wireless technology.  As asset management is crucial for every organization that helps to improve its efficiency, wireless asset management alerts for examining the equipment. It has theft alerts in times when the tool or equipment are crossed by geo-restricted places. The wireless asset management are flexible, portable, and scalable due to their wireless connectivity. Moreover, they also help in providing accurate changes of asset. Wireless connectivity is one of the most efficient way for communication that helps to transfer power and information. It can be conducted by using radio, electromagnetic induction, free-space optical, and sonic.

Geotechnical instrumentation is a fundamental component of surface and underground mining engineering. It helps in dealing with instruments which helps in construction of a project by taking care of various aspects such as strain, pressure, load, stress, vibration, and other parameters, which can assure the optimal and safe construction of a project. Additionally, it helps in checking the ground feasibility for design purpose and design calculations of a project. The amount of geotechnical instrumentation needed in a project depends on the complexity of the project, as projects such as tunnels, dams, and excavations next to sensitive structures demand high level of geotechnical instrumentation. The primary aspects which are catered to while dealing with geotechnical instrumentation are structural and soil deformities, stresses acting on structural elements, and ground water pressure and inflows. Furthermore, a few factors which are to be considered while choosing the right set of geotechnical instruments include range, resolution, accuracy, precision, conformance, robustness, and reliability.

Cellular concrete is a lightweight construction material comprising hydraulic cement, water, and preformed foam agent. It is a hard material and has a density ranging from 20 PCF to 120 PCF. Low density cellular concrete could have as density of 50 pounds per cubic foot (PCF) or less. Technically, any cementitious slurry or cementitious material that utilizes an externally produced foam to raise the air content above 10% could be assumed to be cellular concrete, popularly known as foamed concrete, aerated concrete, air-cured lightweight concrete, autoclaved cellular concrete, foam cement or lightweight flowable fill. This concrete type, as against other available lightweight cementitious materials, uses externally generated foam to reduce the density. Cellular concrete has proved to be economical and at the same time provides high fluidity, high strength, resistance to fire, mold resistance and increased durability.

Assistive technology (AT) devices encompass a broad range of technologies pertaining to assistive, adaptive, and rehabilitative devices. The drive for them stems from the need for improving the performance of day-to-day activities in people with disabilities. They have gained traction in the healthcare industries for largely improving the quality of life and making them more independent. In various communities world over, AT devices have been effective in reducing healthcare costs. They have attracted attention of caregivers, giving them increased relief. The global dynamics of the AT devices market is notably influenced by the prevailing regional legislations on the use of the technologies. To enhance the effectiveness of devices in community setting, information management has gathered some steam among local policymakers and health service providers. This has made the management of information and communication technology functions integral to the adoption of AT devices in community health services. 

A display driver IC is a semiconductor material which creates an interface between a microcontroller, microprocessor, application specific integration circuit (ASIC), or a peripheral interface, and displays such as thin film transistor(TFT), light emitting diode (LED), liquid crystal display (LCD), organic light emitting diode (OLED), variable-frequency drive (VFD) and many more. The display driver uses interfaces like complementary metal–oxide–semiconductor (CMOS), transistor-transistor Logic (TTL), serial peripheral interface (SPI) and generates signals with suitable current, timing, demultiplexing, and voltage to display the desired content over the display. The display driver helps to activate the pixels within the display and creates a high resolution image. The liquid crystals in the display bends when they receive the current;, it changes the intensity of the light which gets mixed with the color filter on a glass substrate resulting in an image on the panel.

Micro-Electromechanical Systems (MEMS) integrates mechanical and electrical components which has the ability to sense, control and actuate on macro scale. Micro-Electromechanical Systems ranges from micrometers to millimeters which are fabricated using integrated circuit batch processing techniques. MEMS consists of two major components namely the micro sensors and micro actuators. The MEMS sensors measures information from a surrounding environment and outputs an electronic signal proportional to the measured parameter. This signal is then fed to micro actuators which performs the defined function.