Overview
- To keep up with the growing demand for metal products, advancements in sheet metal stamping have conquered the industrial world.
- Some of the key developments include servo-driven presses, high-speed stamping, hot stamping, incremental sheet forming, laser blanking, hydraulic presses, and digital twin technology.
- By partnering with a trusted metal sheet stamping company like Roberts, you will be able to get the parts you need, when you need them.
The metal stamping market was valued at $213.8 billion in and is projected to grow to $257.1 billion by brought by expanding automotive, construction, and medical industries. To meet the rising demand, advancements in sheet metal stamping technology are crucial.
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Sheet metal stamping is vital in industrial manufacturing for shaping metal into various forms and components. Significant advancements have improved its precision, efficiency, and versatility across numerous industries. Let's examine the key innovations that have enhanced this process.
Servo-driven presses provide a modern alternative to traditional mechanical presses, using flywheel and clutch systems. Instead, these presses employ electric motors and servo drives for precise control of the ram's movement, offering several benefits to manufacturers.
High-volume production leaps forward with this advancement. This involves operating stamping presses at significantly faster speeds compared to traditional methods. Specialized presses, tooling, and feeding systems are necessary to achieve these high speeds.
High-speed stamping increases production rates, potentially exceeding 1,000 strokes per minute. An additional advantage is the potential to use thinner sheet metal with high-speed presses, leading to material cost savings and a lighter final product.
This technology involves heating the sheet metal to elevated temperatures, typically exceeding 900°C. To handle these high temperatures, hot stamping utilizes specially formulated high-strength steel alloys that remain workable. This unique combination unlocks several advantages.
Hot-stamped parts boast exceptional strength-to-weight ratios, making them ideal for applications in the automotive industry where lightweight, high-strength components are crucial. Additionally, the high temperatures during forming allow for the creation of intricate shapes that would be difficult with traditional cold stamping methods. Finally, hot stamping enhances the final parts by improving their fatigue resistance and crashworthiness.
Traditional stamping utilizes a single forming operation to create the desired shape. Incremental Sheet Forming (ISF) on the other hand offers an additive manufacturing approach for sheet metal. Here, a computer-controlled tool path guides the progressive deformation of the sheet metal into its final form.
The benefits are undeniable. Complex geometries with intricate features and undercuts can be created as a result, which would be challenging with traditional stamping techniques. Moreover, ISF boasts greater material versatility, working with a wider range of sheet metal materials compared to traditional stamping methods.
While traditional stamping uses physical dies for cutting, laser blanking utilizes a high-powered laser beam for a more precise trim. This technology eliminates the need for physical dies, potentially leading to significant cost savings for manufacturers.
Furthermore, laser cutting offers greater flexibility compared to traditional methods. Quick design changes and the ability to produce a wider variety of part shapes are achievable without additional tooling investment. An additional benefit is the improved edge quality, producing clean edges with minimal burrs.
These reliable machines utilize hydraulic fluid to generate stamping force. Due to the high-force capability of hydraulic technology, presses can now handle thicker materials. This versatility makes them a go-to choice for a wide range of stamping operations and materials.
This versatility extends to a wide range of stamping operations and materials, making them a suitable choice for many applications. Additionally, compared to servo-driven presses, hydraulic presses can be a more cost-effective option, offering a balance between performance and affordability for specific needs.
Sheet metal stamping enters the digital age with twin technology. This innovative approach, which is already being used in various industries, involves creating a virtual replica of the entire stamping process, encompassing the press, tooling, and even the materials themselves.
Virtual simulations optimize process parameters for efficiency and minimal waste. By simulating the stamping process virtually, manufacturers can identify and fine-tune parameters like press settings and blank size. They also enable predictive maintenance on virtual equipment, reducing downtime. Most importantly, virtual tryouts eliminate the need for costly prototypes, streamlining development from design to production.
Advancements in sheet metal stamping technology push the boundaries of efficiency, precision, and material usage. To stay competitive and leverage these advancements, finding a reliable sheet metal stamping partner with the latest technology and expertise is crucial.
Roberts, the leading supplier of sheet metal stamping products in the Philippines, ensures your designs are translated into high-quality parts efficiently. Our team is ready to produce these parts for you in large quantities and tailor them to meet your industry-specific needs. Contact us today and let's discuss your requirements.
Employee shortages and high turnover have made training important so that new employees'or those filling in for others'can adapt quickly to the challenges at hand ' not to mention, the task flexibility required by supply chain disruptions. At the same time, press lines and tooling have become more automated with multiple interfaces that result in more complicated operations.
Press controls have been upgraded frequently to modernize an older press system. Now they have evolved to help stamping manufacturers grapple with today's personnel and automation challenges.
Wintriss Controls Group Product Manager Jim Finnerty, and Bosch Rexroth Control System Application & Engineering Manager Ken Rayden weigh in on trends in press control technology affecting stamping manufacturing.
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Stamping Journal: What challenges are stampers currently faced with related to press controls?
Finnerty: A lot of employee turnover has occurred the last few years, and it has been difficult for stampers to fill skilled positions with qualified people, so training has become more important than ever.
In addition, press lines and tooling have become more automated with multiple interfaces, which results in more complicated operations, exacerbating the training issue.
Also, supply chain interruptions have forced manufacturers to become more adaptable. Instead of sticking to a 'normal' schedule, shops are scheduling jobs when raw material and parts become available. This results in more frequent tool changes at the presses. Reducing set up time has become a constant challenge.
Rayden: The trend in automobile bodies is towards larger panels with deeper draws. This necessitates the use of more complex presses, including servo-hydraulic cushion systems.'
At the same time, stamping manufacturers continue to face the erosion of skilled maintenance technicians and engineers who are capable of providing robust and timely troubleshooting and repair services for this equipment, including hydraulics.
SJ: How are press controls evolving to help meet these challenges?
Rayden: In all markets using advanced hydraulic machinery, there is a need to include troubleshooting assistance within the control system to bridge the gap between skilled labor and complex machinery. More and more control systems include some form of graphical representation of the status of the electric, pneumatic, and hydraulic press systems to aid troubleshooting. However, much more can and needs to be done on this front.
Finnerty: Multiple automated systems on the press can result in multiple user interfaces that require programming and adjustment each time a job is changed. The challenge for control manufacturers is to find a way to unify these systems and reduce the number of screens on the machine, while keeping the interface as simple and user-friendly as possible. This is no small task.
SJ: What have you done with press controls to address these challenges?
Finnerty: We have adopted a 'one press, one screen' philosophy. We've collaborated with suppliers of servo feeds, lube systems, PLCs, and other devices to enable our controls to act as the main user interface for their equipment. Now, when the job changes at the press, operators need to learn how to use only one controller and access only one screen instead of many. This alleviates the training burden and reduces set up time.
As part of our interoperability mandate, we've expanded the remote access features of our controllers. Now, subject matter experts can quickly access and program our controllers remotely from a computer or mobile device whenever application problems arise or when programming help is needed.
Also, Wintriss is including training specialists and user experience experts on our control design teams. This helps to ensure that our systems continue to be intuitive and user friendly. We've added features such as unique, context-sensitive help screens written in simplified language for every programming screen on the control. We've created the ability for press operators to configure custom dashboards for the controls that put the features they want at their fingertips for quick access.
To meet the challenges raised by advanced tooling and automation, Wintriss has greatly expanded our controllers' sensor monitoring and programmable limit switch capabilities.
We've added dozens of new features to provide next-generation flexibility to our die protection systems. We've also included functions to make the system more forgiving and to reduce nuisance stops. Complex automation can require complex timing and control logic. In the past, this was often accomplished by adding a separate PLC to our integrated systems. We have recently reduced the need for these additional controllers by releasing a sweeping upgrade of our programmable limit switch capabilities. Users can now control automated tooling, complex operations, and external ancillary equipment without the need for a custom control.
Rayden: We have developed an advanced diagnostics system to assist stampers with rapid troubleshooting, repair, and part procurement for our hydraulic systems. The Bosch Rexroth advanced diagnostics package is a PLC-, HMI-, and sensor-based system. It brings together a number of features, hosted through the machine HMI. Its sole purpose is to provide real-time, embedded system component testing; system documentation; and system visualization into one central location.
A key feature of the diagnostics is the inclusion of expert hydraulic troubleshooting for each system component. This exists even for those without a direct electrical interface, such as check valves, relief valves, and throttles. Think of it as an 'engineer in a box.'
The user simply launches the troubleshooting portion of the package. A series of predetermined tests are executed, systematically testing each component and reporting the findings to users. The report offers either a specific action item or a short list of possible solutions. The operator makes the recommended checks or corrections and then reruns the test to verify that the correction was successful.
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