3 Precision Metal Stamping Trends Buyers Need to Look Out for in 2022

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Precision metal stamping, the process by which flat sheet metal is formed into three three-dimensional shapes through stamping dies, is an efficient, cost-effective solution for creating parts that have significant structural features. The parts can be made from low to high strength steel, aluminum alloy, zinc, copper, titanium, and other non-ferrous metals.

The precision metal stamping industry is constantly evolving, with new technologies and trends emerging almost daily. If you’re a buyer of precision metal stampings, it’s essential to stay current on the latest trends to ensure you get the best possible products and services for your business.

Here are three trends buyers should watch in 2022.

3D Printing


3D printing is becoming increasingly popular, and it’s likely to play a more significant role in the precision metal stamping industry in the years to come. This technology allows manufacturers to create complex parts and assemblies using multiple materials, which can help improve product quality and reduce manufacturing costs.

3D printing can also cut down on production time, allowing manufacturers to create custom parts faster than ever before.

Benefits of 3D Printing

  • Improves product quality

    3D printing allows manufacturers to create complex products using multiple materials, resulting in higher product quality. The ability to print functional moving parts or use unique material properties such as conductivity also means the end product will perform better.
  • Quality inspection and quality control

    Many manufacturing processes require manufacturers to inspect parts for defects before being shipped to customers. 3D scanning allows users to analyze the surface of an object in minutes rather than hours or days.This helps identify flaws that might otherwise go undetected. This helps improve product quality and reduces waste because of mistakes or defects.
  • Helps reduce manufacturing costs

    3D printing provides manufacturers with cost-effective production methods for designing and prototyping new products, which results in lower overall manufacturing costs.
  • Eliminates the need for tooling

    Unlike traditional manufacturing methods, 3D printing does not require expensive or time-consuming tooling. This can save manufacturers money and time when creating new products.
  • Can be used for rapid prototyping

    3D printing is often used for rapid prototyping, allowing businesses to test new product ideas quickly and efficiently. This helps reduce the risk of investing in a new product that may not be successful.
  • A wide range of applications

    The low cost of 3D printing makes it suitable for various industries, including medical, aerospace, and automotive. As this technology advances, we’ll see even more opportunities where 3D printing can help improve products and increase productivity.
  • Prints multiple materials

    3D printing allows manufacturers to print products using various materials, resulting in a product of higherquality. The ability to print functional moving parts or use unique material properties (such as conductivity) also means the end product will perform better.
  • Reduced environmental impact

    Additive manufacturing processes have a reduced environmental impact than traditional manufacturing methods. This is because 3D printers use less energy and fewer resources and produce less waste.
  • Prints multiple materials

    3D printing allows manufacturers to print products using various materials, resulting in a higher-quality product. The ability to print functional moving parts or use unique material properties (such as conductivity) also means the end product will perform better.
  • Reduced environmental impact

    Additive manufacturing processes have a reduced environmental impact compared to traditional manufacturing methods. This is because 3D printers use less energy and fewer resources and produce less waste. 

Automation


Automation is one trend likely to play a prominent role in the precision metal stamping industry in the coming years. This technology allows manufacturers to automate specific tasks, such as loading and unloading parts, which can help improve productivity and reduce manufacturing costs.

The growing popularity of automation is partly because of growing consumer demand. Customers often prefer products manufactured using automation, as they typically result in a higher level of product consistency and efficiency.

Some companies have successfully implemented collaborative robots, also known as cobots, which can perform simple tasks alongside humans posing no safety risks. If you’re looking for ways to cut costs and improve productivity, consider automating certain parts of your production process with collaborative robots or other types of automation technology.

Benefits of Automation

  • Improved productivity

Automated machines can often produce parts faster and more accurately than humans, which leads to improved productivity. The productivity gains from automation can be significant, mainly when combined with other technologies, such as robotics.

  • Reduced manufacturing costs

    Automated machines can often be bought at a lower price than manual machines and do not require regular maintenance. This can lead to significant savings for manufacturers.

  • Increased flexibility

    Automated machines can be quickly re-programmed to produce different parts, giving manufacturers the flexibility they need to efficiently and rapidly respond to changes in demand quickly and efficiently.
  • Reduced scrap rates

    Automated machines are less likely to make mistakes than humans, which leads to reduced scrap rates and improved product quality. The scraps generated from the manufacturing process can be costly and time-consuming to manage, so anything that can help reduce them is beneficial.
  • Reduced employee costs

Automated machines do not require regular human interaction, leading to reduced employee costs. This can be beneficial in industries where the workforce is expensive or hard to find.

  • Greater consistency

    Automated machines can produce parts with a high degree of consistency, which leads to improved product quality. This is important for precision metal stampings, where even the slightest deviation from the desired specifications can cause problems downstream.
  • A wide range of applications


The low cost of 3D printing makes it suitable for various industries, including medical, aerospace, and automotive. As this technology advances, we’ll see even more opportunities where 3D printing can help improve products and increase productivity.

  • Simplified design

Automatic machines typically require fewer complex structures, making it easier and faster for manufacturers to bring new products to market. This is another factor that makes 3D printing such a valuable addition to the manufacturing process.

Internet of Things


The Internet of things(IoT) is a network of devices, such as sensors, cameras, and microphones, connected to the Internet,that can communicate with each other. This technology is already being used in several industries, including manufacturing, healthcare, and transportation.

The Internet of things can help manufacturers collect data about their products, allowing them to track the performance and status of various items in real-time. This can make it much easier for managers to manage stock levels, identify problems with machinery or infrastructure, and ultimately improve product quality.

Benefits of the IoT

  • Helps improve process efficiency

    The IoT can help manufacturers optimize their production processes by collecting data from machines and equipment. This data can identify inefficiencies and make changes that improve overall process efficiency.
  • Helps reduce waste

    The IoT can help manufacturers reduce scrap and waste by identifying problems early in the production process. This can help improve product quality and reduce manufacturing costs.
  • Helps improve safety

    The IoT can help manufacturers improve workplace safety by providing real-time data on conditions in the factory. This can help identify potential hazards before they cause an accident.
  • Helps increase flexibility

    The IoT allows manufacturers to be more flexible with their production processes, which can help them respond quickly to changes in demand. This flexibility also helps reduce the risk of inventory overages or shortages.
  • Provides actionable insights

    The IoT allows manufacturers to collect data from machines and equipment that can generate actionable insights. These insights can help manufacturers make better product design, production, and marketing decisions.
  • Reduces costs

    The IoT can help reduce manufacturing costs by optimizing production processes. It can also help reduce waste and improve safety, leading to savings in the long run.
  • Helps improve customer service

    The IoT can help manufacturers improve customer service by providing real-time data on product performance. This data can identify and resolve problems quickly, which can help improve customer satisfaction.
  • Helps improve product performance

    The IoT can help manufacturers improve product design and performance by collecting data from a wide range of machines, equipment, and sensors. Manufacturers can use this data to identify opportunities for improvement. IoT is being used in the precision metal stamping industry.
  • Enables mass customization

    The IoT can help manufacturers offer products with custom specifications, improving sales and increasing customer satisfaction. This is useful for companies that sell high-value products where minor variations in design are likely to have a significant impact on performance or durability.
  • Enable innovative supply chains

    IoT systems are being used throughout the supply chain to provide manufacturers with real-time data about inventory levels. Manufacturers can use this data to adjust production schedules, order new materials, and reduce transportation costs.
  • No software updates required

    With traditional manufacturing equipment, engineers must continually update or replace the equipment’s software each time they change the machine configuration workflow process.


Summing Up


The precision metal stamping industry is likely to experience several changes in the years to come, thanks to the advancement of 3D printing, automation, and the IoT. These technologies will help improve process efficiency, reduce scrap or waste, and improve safety in the workplace. They will also help manufacturers be more flexible and responsive to changes in demand. So, if you’re looking for a precision metal stamping company prepared for the future, be sure to look for one using the latest technologies.

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