The swift pace of technological advancement has prompted numerous industries to embrace innovative technologies and electrification, aiming to augment overall performance, production efficiency, and energy efficiency. A notable trend in industries involves the increasing adoption of automation, substituting manual labor and craftsmen with automated machines. This shift facilitates mass production, enhances cost-efficiency, and elevates the overall quality of manufactured products. Consequently, as industrialization intensifies, there is a concurrent surge in demand for electronic devices across multiple sectors. This heightened demand encompasses printed circuit boards (PCBs), sensors, circuit boards, and other electronic components, crucial for enhancing the efficiency of machinery.
In this era of burgeoning industrialization, various soldering techniques play a pivotal role in establishing connections between electrical circuits and components. Simultaneously, the rapid growth of electric vehicles (EVs) is a noteworthy outcome of industrialization, significantly impacting the soldering equipment market on a global scale. Statistics from authoritative sources such as Edison Electric Institute, InsideEVs.com, and HybridCars.com reveal a substantial increase in EV sales. Until March 31, 2019, a staggering 1.18 million electric vehicles were sold, representing an 81% surge compared to total EV sales in 2017. This upswing in EV demand within the automobile industry directly correlates with an increased need for soldering in electric components, thereby propelling the soldering equipment market forward.
Further data from Edison Electric Institute, InsideEVs.com, and HybridCars.com highlight that the top 10 automakers sold a cumulative total of 11.86 million EVs during the 2018-2019 period. This surge in electric vehicle sales intensifies the process of electrification within automobiles, consequently escalating the demand for soldering equipment. The automotive industry, being a major contributor to the demand for soldering equipment, is witnessing a paradigm shift toward electric vehicles, influencing the market dynamics significantly.
Moreover, the rising demand for robots across diverse applications such as teaching, assembly, material removal, aerospace and defense, healthcare, and various industrial applications is amplifying the necessity for soldering techniques. As industries increasingly turn to automation and robotics, soldering becomes an integral part of ensuring the seamless functionality and connectivity of electronic components. Thus, the overarching theme of growing industrialization emerges as a key driver fueling the anticipated growth of the global soldering equipment market in the forecast period. The transformative impact of industrialization extends beyond a singular sector, influencing various industries and shaping the trajectory of technological evolution on a global scale.
Covered Aspects:Report Attribute/Metric | Details |
---|---|
Market Opportunities | Emergence of nano particle based solder materials |
Market Dynamics | Rising demand for smart electronics and the advent of energy-efficient electronics and advancements in the soldering techniques through process automation |
ยฉ 2025 Market Research Future ยฎ (Part of WantStats Reasearch And Media Pvt. Ltd.)