Painting Robots Market Specifications, Analysis Forecast Upto 2026

Painting robots are programmed automated devices which are used in a wide range of industry verticals for painting. Painting robots helps in avoiding drips, inconsistencies and overspray in a particular application which in turn helps in consistent and efficient painting. The painting robots primarily consists of a robotic arm, spray applicator, and other regulators. These robots are available in wide range of size and configurations. The robotic painting process is divided into multiple processes including part fabrication, part preparation, part presentation, multi-step coating process, curing, part handling and vision inspection.

Aluminum metal is generally used in manufacturing of these painting robots across the globe. Paint robots are used for a wide variety of painting and coating applications. Furthermore, these robots provides benefits in multiple aspects including safety enhancement in hazardous painting working environments, reduction in wastage of materials used, speedy production, higher productivity and increased system uptime, which helps in achieving optimal thickness tolerance and enhance trigger accuracy.

The rising use of automation in multiple industry verticals is suggested to have a positive impact on the global painting robots market for the forecast period. Additionally, painting robots tackles the growing number of accidents multiple industry verticals where painting and coating is done which is suggested to boost the market over the forecast period. Furthermore, the environmental friendly nature of painting robots owing to its control over carbon footprints is boosting the global painting robots market on a global scale. However, the significant cost associated to its purchase and installation is suggested to have a negative impact on the growth of the global painting robots market over the coming years. The rising use of painting robots and the significant presence of leading companies in the Asia Pacific region is suggested to be of crude potential for the global painting robots market over the forecast period.

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The global painting robots market is segmented on the basis of type, application, payload, end use and region. On the basis of type the global painting robots is divided into four sub types including- wall mounted painting robots, floor mounted painting robots, rail mounted painting robots and others. As per payload capacity the global painting robots market is divided into 3 sub types including <15 Kg, 15 – 30 Kg and > 30 Kg. As per applications the global painting robots market is divided into two sub types including- exterior painting and interior painting. Exterior painting is anticipate to contribute significantly over the coming years.

As per end use the global painting robots market is divided into six parts including- aerospace and defense, electronics, healthcare, construction, oil and gas and others. Automotive industry in the global painting robots market is suggested to hold a significant share over the forecast period. Geographically, the global painting robots market can be segmented into North America, Europe, Asia Pacific, Middle East & Africa, and South America. Significant presence of prominent automation companies and the growing adoption of painting robots in automotive and construction industry within the Asia Pacific region is suggested to make it hold a prominent share over the forecast period.

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Silicon Carbide Power Semiconductor Market To Hold a High Potential for Growth by 2026

Silicon Carbide power semiconductors are compound semiconductors developed by the composition of carbon and silicon. Silicon Carbide offers numerous advantages over silicon, which include enabling a wider range of p- and n-type control required for device construction, 3x the band gap, and 10x the breakdown electric field strength. These advance characteristics of silicon carbide arouse increased usage of silicon carbide semiconductors, such as in high-frequency radar systems, satellite communications, microwave links, and mobile phones. These this superiority of silicon carbide semiconductors stimulate increased usage of silicon carbide devices and is anticipated to fuel the growth of the global silicon carbide power semiconductor market during the research study.

The global silicon carbide power semiconductor market has witnessed significant growth during the last two decades and anticipated to show substantial growth during the forecast period of 2018-2026. Silicon carbide has a level of hardness similar to a diamond, due to which silicon carbide semiconductors are able to operate in extreme conditions.  The primary factor driving the silicon carbide power semiconductor market includes increasing demand of power electronics across various industry verticals including IT & telecom, aerospace & defense, industrial, energy & power, semiconductor & electronics, automotive, healthcare, and some others. For instance, silicon carbide power semiconductors facilitate in controlling automotive electronics such as electric braking system, power steering, seat control hydro electric vehicles main inverter and others.

These devices are also used in energy conversion in actuators and generators assimilated in aircraft. Moreover, silicon carbide is among few compound semiconductors which are being considered to be used in the production of power semiconductors for the 5G communication. Thus, this is expected to create new opportunities for the manufactures of silicon carbide semiconductors. However, high wafer cost of silicon carbide semiconductors and complexity in the manufacturing process are limiting the growth of the global silicon carbide semiconductor market.

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The global silicon carbide power semiconductor market can be segmented on the basis of power module, industry vertical, and geography. By power module, the global silicon carbide power semiconductor market can be segmented into power products and discrete products. The power module is anticipated to hold a larger share during the research study. On the basis of industry vertical, the global silicon carbide power semiconductor market can be categorized into IT & telecom, aerospace and defense, industrial, energy and power, electronics, healthcare, and others.

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Optical Fiber Market Prophesied to Grow at a Faster Pace by 2026

With the advancement of the semiconductor industry, there has been a tremendous increase in demand for more efficient production of communication devices to meet the requirement. In the recent years, copper wires has been replaced by the fiber optics, as one of the appropriate communication link for the transmission of data and signal.Optical fiber or the fiber optics transmits the data in the form of photons or the light particles. In other words, optical fiber is a technology that utilizes light to carry data communication over a long distance. Optical fiber is a transparent, flexible strand of pure glass transmits light between two ends of the fiber.

The optical fiber consists of the core that is surrounded by the cladding layer, which is made up of the dielectric material. Optical fibers are mostly used for the long distance communications however; sometimes they are also used for short distances. A huge amount of data is easily transmitted through the fiber optics that is not interfered by the electric and magnetic fields. Optical fibers are mostly used in the communication and networking industry. Military and space industries also use the optical fiber for means of communication, due to its ability to offer the temperature sensing. Also on of the major application of fiber optics is in medical instruments to provide precise illumination. It enables biomedical sensors to assist in the minimization of invasive medical procedures. Other medical applications for fiber optics include X-ray imaging, endoscopy, light therapy and surgical microscopy.

Optical Fiber Market – Trends and Opportunities

The major driver that drives the Optical fiber market is the increasing adoption of FTTX (fiber topologies from telecom service to the customer), rising use of internet of things (IoT).  The other benefits offered by optical fiber includes reliability, high bandwidth, low power loss and preferable to long distance communication. One of the major restraints that restricts the growth of the optical fiber market is the high cost of installation and the increasing adoption of wireless communication. However, the future opportunities such as advancement in the technologies in the optical fiber technology and the increasing expenditure in the optical fiber technology is expected to contribute to the growth of the optical fiber market.

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Optical Fiber Market – Segmentation

Optical fiber market is segmented into type, material type, industry and geography. Optical fiber market based on type can be segmented into multimode fiber and single mode fiber. Further, the multimode fiber is segmented into step index multimode fiber and graded index multimode fiber. Based on material type, the optical fiber market is segmented into plastic optical fiber and glass optical fiber. Based on industry, the Optical fiber is segmented into telecommunication, aerospace & defense, healthcare, energy & utilities, and others. Optical fiber market is also segmented on the basis of regions into North America, South America, Europe, Asia Pacific, and Middle East & Africa. North America market is expected to have a significant market share due to the already developed technologies, followed by the Europe. Asia Pacific market is expected to grow with the significant growth rate, due to the emerging economies such as China, India and Japan.

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Heavy Payload Robotic Arm Market to Reap Excessive Revenues by 2018 to 2026

A robotic arm is a mechanical arm that is programmable and can perform tasks similar to a human arm. Heavy payload robotic arms refers to the robotic arm used for the movement of heavy loads which is not possible with the help of a conventional robotic arm owing to its capacity restraints. The heavy payload robotic arms offer high torque, better heat dissipation and longer operational life thereby leading to an increased operational efficiency of the process being carried out. Heavy payload robotic arms are capable of handling heavy loads with great ease and accuracy. These robotic arms are characterized by controllers, actuators, and advanced sensors. Furthermore, they are well suited for the handling of parts such as car chassis, large electric appliances, heavy machinery, construction materials, and heavy castings, among others.

Heavy Payload Robotic Arm Market – Drivers and Restraints

The conventional robotic arms might require a high counter balance weight which might hamper the functionality of the robotic arms. High payload robotic arms eliminate the need of this counter balance and increasing the productivity of the system. The robotic arms having a higher wrist capacity are being introduced in the market by the key players. The higher capacity makes the robotic arm capable of handling large materials such as automotive chassis and heavy machinery parts. Additionally, the high payload robotic arms are characterized by a high reach which can be as high as that of cranes.

Such robotic arms ensures an increased output and reduce the dangerous associated with the process being carries out. An increasing number of heavy payload robotic arms providers are engaged in the development of robotic arms which are equipped with heavy duty components which make them capable of operating for thousands of hours of continuous operations. Furthermore, the key players are engaged in the introduction of innovative robotic arms with distinctive features in order to gain a competitive edge over their peers.

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The increasing demand for the heavy payload robotic arms from the automotive as well as heavy machinery industry is expected to be the prime mover for heavy payload robotic arms market growth. Additionally, increase in the industrial activity especially in the emerging economies is expected to propel the heavy payload robotic arm market growth. Other factors contributing to the growth of the market are increasing adoption by the metal and construction industry, need for increasing the operational efficiency for the end users. However, the high cost of ownership associated with the heavy payload robotic arms may hamper the growth of the heavy payload robotic arm market. Nevertheless, the growing use of heavy payload robotic arms on the assembly line is expected to drive the market growth upwards.

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Industrial Smart Motor Market – Industry KnowHow By 2026

Smart motor as the name suggests, is an intelligent device that can be programmed to adjust the speed and torque of a motor by altering the frequency and voltage supply. In traditional motors, mechanical elements are used to regulate the torque and speed of a motor. However, smart motors uses sophisticated power electronics to control position and speed of the motor as per application requirement. It includes a control unit, an encoder and an amplifier. All that is required for it to operate is power, and either an internal program, or serial commands from outside or both.

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Smart motor functions combining the operation of variable speed drives, control unit, and motor thereby, providing integrating hardware and software and carrying out a process efficiently and effectively. Furthermore, smart motor offers smooth acceleration and deceleration to protect the system mechanics. In pumping system, smart motors are widely used to improve energy savings, reduce heat loss, and to control cooling water pumps.

Industrial Smart Motor Market – Trends and Opportunities

Industrial smart motors are becoming an integral part of industrial automation and robotic applications as they consume less energy than traditional motors and therefore are more efficient. Also, they offer multiple set point speeds and can be easily programmed to run at any one speed setting. And depending on the type of motor, their starting torque may be adjusted from around 30% to 300% or more.  Furthermore, since smart motors incorporate their own protection and control functions, the need for ancillary components in them is highly reduced. High speed and heavy load operations are specifically increasingly using smart motors to reduce power transmission leakage. Thus increase in adoption of smart motors in industrial applications such as material handling, pumps, conveyor belts, etc. is driving the industrial smart motor market across the world.

Higher cost as compared to traditional motors is expected to affect the industrial smart motor market especially in developing economies. However, with decreasing initial cost, the adoption of smart motor is anticipated to increase during the forecast period.

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Industrial Smart Motor Market – Segmentation

The industrial smart motor market can be classified on the basis of component, industry vertical, and geography. Based on component, the industrial smart motor market can be segmented into variable speed drive, intelligent motor control center, and motor. On the basis of industry vertical, the industrial smart motor market can be classified into power & energy, manufacturing, automotive, healthcare, and others. Based on geography, the industrial smart motor market can be segmented into North America, Europe, Asia Pacific (APAC), Middle East & Africa (MEA), and South America. Asia Pacific is expected to be the most attractive region for the industrial smart motor market owing to increasing industrial automation in manufacturing industries in the region. Also, rising awareness to improve productivity of manufacturing plants through efficient and economic smart motors and incorporation of smart manufacturing practices are the major factors driving the growth of industrial smart motors market in this region.

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Automotive Water Valve Market – Competitive Analysis, Industry Dynamics & Estimation by 2026

An automotive water valve is a pivotal component of the vehicle engine cooling and vehicle heating and ventilation (HVAC) system. This valve is responsible for proper management of liquid or coolant supply to the engine cooling system and HVAC system. The other applications of the water valve includes windshield wiper fluid control and radiator fluid control for commercial vehicles. Automotive water valves are made of either metal or plastic. A typical water valve performs three functions: start/stop, throttle, and non-return.

Rise in vehicle electrification is primarily driving the global automotive water valve market. Increase in electrification boosts the load over the vehicle engine, which in turn demands a proper cooling system. Therefore, a precise and accurate water valve is of high importance for the engine cooling system and HVAC system. The valve being used must be capable to withstand high pressure generated during peak demands. Essential properties of a water valve are resistance to oxidation, chemical stability to withstand variety of coolants, high strength to withstand high pressure, and long lifespan.

Development of lightweight materials, increased demand for vehicle HVAC and engine cooling, and integration of mechanical components with electronic features are expected to offer lucrative opportunities for the automotive water valve market. Asia Pacific and Latin America are witnessing a surge in per capita income, development of road infrastructure, and presence of global vehicle manufacturers. Consequently, demand for vehicles is increasing at a prominent pace across these regions. This is driving the global water valve market at a steady pace.

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The global automotive water valve market can be segmented based on type, material, sales channel, vehicle type, and region. In terms of type, the global automotive water valve market can be classified into three segments. Solenoid water valves are widely being utilized in automobiles for engine cooling and HVAC system. These valves are lightweight and easy to operate. Demand for these valves in the automotive industry is increasing due to their simplicity. Electric valves are generally of two types: always open or always close. These valves are operated by electric motors.

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Automotive Labels Market To Hold a High Potential for Growth by 2026

The automotive labels market is growing at a consistent pace because of increment in the demand for smart labels, for example, barcodes, QR codes, and RFID identifications so as to distinguish parts, safety information, and information in the automotive manufacturing. Automotive labels can be fitted on vehicles with no extra exceptional apparatus. The labels can be mounted effectively with the assistance of paste or bolts. Information on the labels should be visible and easy to understand, it tends to be composed with white on dark or the other way around. Automotive labels are mounted on the engine, motors, drive trains and chassis. Marks help effectively recognize the parts of the vehicle. These labels can be scrambled by codes, numbers, letter sets, or alphanumeric arrangement.

The global automotive labels market is seeing development because of the critical interest for labels and changing technical dynamics for smart labels and active labels during the forecast period. Increasing demand for radio frequency identification (RFID) labels and high growth in evolving economies are key drivers of the automotive labels market. Demand for eco-friendly label production techniques is also a major factor driving the automotive labels market.

Demand for eco-friendly label production techniques is also a major factor driving the automotive labels market. Automotive labels should be made with exactness and high caliber for their durability, as they need to withstand outrageous natural conditions. Rising raw material cost of labels, for example, metals, resins, polymers, and colors, acts as a restraint to the automotive labels market.

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The global automotive labels market can be segmented based on type, application, regions vehicle type, and sales channel. Based on type, the automotive label market can be classified into asset label, dome labels, marking labels, cautioning labels, and stock names. For distinguishing proof strategy for labels utilized are a hologram, barcode, RFID. Based on application, the automotive labels market can be isolated into Chassis Labels, Engine Component Labels, Interior Labels, and Exterior Labels.

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