January 10, 2024 11:10 ET | Source: Precedence Research Precedence Research
Ottawa, Jan. 10, 2024 (GLOBE NEWSWIRE) -- The global metal stamping market size accounted for USD 207.4 billion in 2023, grew to USD 215.28 billion in 2024 and is projected to surpass around USD 263.18 billion by 2029. Mechanical Punch
The metal stamping market is driven by the automobile industry's increasing use of lightweight materials like aluminum. Asia Pacific led the market with the highest market share of 36% in 2022.
Metal stamping is a manufacturing method that forms flat sheet metal into the required shape using a strong press and specialized dies. It is comparable to cutting dough with a cookie cutter but requires far more effort and accuracy. Metal stamping is a process used to give flat metal sheets precise forms and shapes. This flexible manufacturing method finds extensive use in various fields. For instance, it can accurately and consistently form metal into shapes ranging from simple to highly complex. This makes it feasible to create complex curves, bends, and details that would be challenging or impossible to accomplish with conventional techniques. It is excellent at creating large numbers of identical parts economically and efficiently.
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Stamping can strengthen certain metal sheet sections since the procedure hardens the material. For components that must endure pressure or stress, this may be crucial. Furthermore, by using precision cutting and forming techniques, it reduces material waste. This lowers the price of raw materials and promotes environmental sustainability.
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Asia Pacific is expected to have the majority of the market share in metal stamping over the forecast period. Massive demand for manufactured products, such as automobiles, electronics, and appliances, is fueled by rapidly expanding economies like China and India. Therefore, metal-stamp components are in greater demand. Like cars and electronics, it depends significantly on metal stamping by developed supply channels and knowledge.
Several Asian countries aggressively support the manufacturing industry by offering tax benefits, subsidies, and investment-attracting programs. The pro-business atmosphere encourages metal stamping to expand even further.
Metal Stamping Market Report Highlights:
The blanking segment is expected to dominate the metal stamping market share over the forecast period. Blanking is a flexible procedure that yields many components with complex sizes and shapes. Due to its adaptability, it is a favored approach for addressing various industrial requirements. Cutting metal sheets can achieve a high degree of precision and accuracy, guaranteeing that the resulting blanks adhere to strict specifications. This is important in fields where accuracy is paramount.
The steel stamping segment is expected to dominate the metal stamping market during the forecast period. The segment expansion is attributed as steel's natural strength, resilience, and adaptability make it the material of choice for stamping operations. Because of these characteristics, it can be used in various industries, such as electronics, construction, automotive, and aerospace. The automobile industry mainly drives the need for steel stamping since stamped steel components are widely used by automakers in manufacturing their vehicles. Because high-strength steel stamps balance strength and weight, moving toward lighter automobiles to increase fuel efficiency has increased demand for them.
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The mechanical press segment is expected to dominate the metal stamping market share over the forecast period. When it comes to metal forming operations, mechanical presses are frequently used because of their efficacy, accuracy, and affordability. Due to their sturdy construction and capacity for high-tonnage operations, they are appropriate for various applications, including consumer electronics and automotive components. Technological developments that provide improved automation, quicker cycle times, and higher production capacity are further factors contributing to the dominance of the mechanical press industry. The versatility and broad acceptance of mechanical presses across sectors can be attributed to their ability to handle a variety of materials and complex part geometries.
Furthermore, compared to other presses, mechanical presses are frequently chosen for their dependability and little maintenance needs. Their dependability increases productivity and uptime, making them a top option for manufacturers looking for reliable and affordable metal stamping solutions.
The automotive segment is expected to capture a majority of the metal stamping market share over the forecast period. Stamped metal components are widely used in the automobile industry and are found in body panels, chassis, and structural elements of cars. The need for precisely manufactured stamped metal parts is anticipated to rise as long as automakers emphasize lightweight designs that enhance performance and fuel efficiency.
Moreover, the automotive industry's metal stamping market has experienced growth due to the shift towards electric vehicles (EVs). Specialized stamped metal components are in greater demand due to the distinct design requirements of electric vehicles and the increasing emphasis on sustainable transportation worldwide. Automobile manufacturers seeking to achieve strict requirements and specifications are drawn to metal stamping because of its improved production efficiency and quality due to technical developments, such as automation and high-speed stamping.
Driver: Electrification of Vehicles and Appliances
The demand for metal stamping is expected to increase as lightweight design is emphasized in electrified cars to increase energy efficiency and prolong battery life. Metal stamping is essential to accomplish this goal of creating components that are both sturdy and lightweight. Stamped parts made of aluminum and high-strength steel are frequently used to lower the overall weight of vehicles, improve fuel economy in conventional cars, and increase the range of electric vehicles. Electric motors are an essential part of many contemporary gadgets and electric cars.
Precision components for electric motor assemblies can be produced using metal stamping, which improves performance, lowers energy consumption, and increases reliability. The switch to energy-efficient appliances and electric cars is in line with the objectives of global sustainability. By employing recyclable materials and energy-efficient procedures, metal stamping enhances the environmental friendliness of electric items overall, drawing in environmentally sensitive customers and regulatory bodies.
Restraint: Stringent Environmental Regulations on Metal Waste and Emissions
To appropriately handle metal trash and limit emissions, meeting strict environmental regulations frequently necessitates large expenditures in infrastructure and technology. For metal stamping enterprises, this raises their overall operating expenses. Environmental laws frequently cover the whole supply chain. Obtaining raw materials from vendors who follow these rules may be difficult for metal stamping businesses, which could cause supply chain disruptions and production issues. Metal stamping businesses can find it challenging to comply with changing emission standards as laws get stricter. This hinders the sector's expansion, requiring constant upgrades and modifications to remain compliant.
Sophisticated stamping methods enable the production of very accurate metal objects with intricate details and precise dimensions. This is critical for electronics, automobiles, and aerospace sectors that demand precise measurements and complex designs. The stamping process is streamlined by automation and cutting-edge technologies, which improves production efficiency and turnaround times. This is necessary to satisfy the demands of a cutthroat market and react quickly to shifting client needs. Advanced stamping's effective use of materials and energy-saving techniques help to lessen its environmental impact. This aligns with the increased focus on environmentally friendly and sustainable manufacturing methods.
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