UNITED STATES ROBOTIC WELDING MARKET FORECAST 2022-2028

The United States robotic welding market is anticipated to record an 8.59% CAGR by 2028, and is set to generate $1236.37 million between the forecast years 2022 and 2028.

Welding helps form a strong joint by heating, intermixing, and cooling the materials or fillers. New and used welding robots are used in arc welding to spot welding, where repetitive welding is required. Robotic welding is an automated process that enables consistency and efficiency. Robotic welding systems allow consistent and faster cycle time without stopping production. It also improves the overall weld quality. Moreover, robotic welding systems can move quickly between two consecutive weldings, helping to improve the quality and speed of the process.

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The United is the largest user of industrial robotics in North America, with the majority of shares, followed by Mexico and Canada. Despite a decline in revenue, the manufacturer continued to invest in robotics. Further, the significant number of manufacturing facilities in the United States is one of the major factors for the high adoption rate of welding robotics in the country.

The United States robotic welding market analysis entails segmentation by end-user, payload capacity, and type. Market by type includes arc, spot, plasma, laser, and other types.

Two subsystems form a basic robotic arc welding system, including the welding equipment that delivers the energy from the source of welding power to the metal and the robot that positions the heat source and the piece to work on. Arc welding uses non-consumable and consumable electrodes and the electric arc between electrode and metal base. An arc welding robot applies intense heat to the joint of the metal, making it melt and intermix. Robot welding decreases cycle times, enhances efficiency, and gives a better return on investment (ROI).

On the other hand, laser welding enables joining metals or thermoplastics together using a laser beam. In robotic laser welding, a robot carries a laser head mounted on the robot arm. The laser head is focused on optics and uses a height control mechanism. Further, laser welding joins with a focused laser beam that various industries use to attain high precision.

Additionally, the high-energy laser beam is guided with the use of flexible optical fibers that process the location in robotic applications. Moreover, with the aid of optics, the laser can focus on a small spot, and as a result, the workpiece is melted by high energy density to weld components. Robotic laser welding is also suitable for materials and components that require high speed, narrow weld seam, and low thermal distortion. Therefore, laser welding is used for high-precision applications in various aerospace, automotive, and medical industries.

Leading companies in the United States robotic welding market include Lincoln Electric Company, Miller Electric Company, etc.

Lincoln Electric is a manufacturer of cutting, brazing, and welding products. Its business units are aligned into three operating segments: International Welding, Americas Welding, and The Harris Products Group. Its products include plasma cutters, integrated automation systems, robotic welding packages, arc welding power sources, fume extraction equipment, wire feeding systems, consumable electrodes, fluxes and welding accessories, and specialty welding fabrication and consumables. Lincoln Electric’s product offerings include computer numeric controlled (CNC) plasma and oxyfuel cutting regulators, systems, and torches used in cutting and brazing.

Lincoln Electric’s Magnum PRO Robotic Guns is a combination of industry-leading expendable parts to form a robust design to produce a consistently high-performing arc. It also has a strong cable system that exceeds industry standards. With simplified expendable parts selection, consumables are interchangeable across all gun models. HexConnect gun bushing through its full-face contact ensures better electrical conductivity. Further, reach is extended as the mounting bracket is designed to optimize welding applications in difficult-to-reach areas.

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