American Hydroformers is one of the leading manufacturers of hydroformed metal and custom-made parts. We are proud to have earned a reputation for producing some of the most complex hydroformed parts that are used in a variety of industries every day.
Archive for the Hydroforming Equipment Category
Tube hydroforming plays a critical role in manufacturing. Before the presence of hydroforming, there was no way to create solid and durable tubes in complex shapes that could withstand the test of time. Hydroforming creates opportunities that will allow one to manufacture and design automotive parts that cannot be completed using other methods.
Friction stir welding is a solid-state joining process that uses heat that has been generated by friction to bond different materials. The friction-stir welding process uses a non-consumable tool to join the different materials.
Hydraulic bulge test in hydroforming. As with all operations creating shapes and parts out of metal, the stress and strain must be tested to ensure safety. If a company is creating car roofs using hydroforming out of sheets of metal, hydraulic bulge testing can help determine if the car roof can take the required stress and strain of driving and even accidents.
Last October we posted a piece looking at the potential for growth in the metal stamping industry, Though Struggles Exist, Hydroforming and Metal Stamping Thrive. One year later, we can say our prediction was correct.
Automotive metal stamping demand in commercial vehicles was valued at over $20 billion in 2015, according to a new Research and Markets report. Furthermore, demand for metal stamping in parts manufacturing and body work in commercial vehicles is expected to grow over the next eight years to reach over $112 billion by 2024.
At American Hydroformers we recently obtained and implemented a new Faro Edge Scan Arm HD that enables enhanced product development, inspection, and quality control. As a 3D scanning and probing device, the Faro Edge Scan Arm HD provides capabilities such as rapid prototyping, reverse engineering, 3D modeling and rapid point cloud collection and comparison. Ideal for scanning challenging materials, the Faro Edge Scan Arm HD also allows for contact and non-contact measurements.
- Rapid Scanning Speed
- High Definition Data
- Up to 2,000 Points per Scan Line
- Fast Frame Rates
- Scan Challenging Materials
- Highly Accurate and Repeatable
- Contact & Non-Contact Measurements
Acquiring this new Faro Edge Scan Arm HD will allow American Hydroformers to probe virtually any part or tube and collect all of the data needed to reproduce it. With up to 2,000 actual points per scan line, extreme resolution and high accuracy, we are able to reproduce even the most intricate parts and components. The actual setup of the scanning arm features an extra wide scan stripe as well as fast frame rates. This allows for increased productivity with the large coverage area and the reducing scanning times.
In addition to the Faro Edge Scan Arm HD, our in-house capabilities also include the utilization of AutoForm Hydro simulation software as well as FEA simulations. Our team of engineers are trained and regularly updated on this software which provides a comprehensive understanding and analysis of the entire hydroforming process. By employing this software in-house and utilizing the simulation process, we supply our customers with rapid verification, shorter development time, and improved process reliability.
- Easily Identify Forming Issues
- Rapid Tool Design
- Accurate Springback Simulation
- Quality & Cost Improvements
- Reduced Development Time
- Improved Reliability
- Lower Material & Production Costs
By enabling better price controls and reduced tooling expense, American Hydroformers provides a cost-effective source for part production. Unlike other metal forming techniques, hydroforming allows for increased part strength, lower part weight, and greater design flexibility, while also improving overall part quality. Contact American Hydroformers to see how you can reduce your tooling and part costs.
The rise of hydroforming as a viable manufacturing process which reduces the weight of resulting items is driving two distinct transitions in the industry. One of these is the switching from stamping to hydroforming, and the other is from steel to aluminum.
It is the desire to reduce item weight which is pushing forward the hydroforming of aluminum. Steel has long been the go-to metal for bike, automotive, marine, and aerospace components. However, the need for a more lightweight material arose when the industries began to feel a need for lighter components.
This is where aluminum came in. It is more lightweight than steel, resulting in the component having a 25%-50% reduction in overall weight as compared to the same component made from stamped steel. Once aluminum was able to easily be hydroformed, the transition began. Many manufacturers favor hydroforming over older means of metal forming such as stamping because hydroforming can deliver complex shapes and sizes, as well as requiring less finishing work. This is due to the fact that imperfections which would be present in the surface of the pressed metal when stamping are not present in components which were hydroformed.
The only downside manufacturers must take into consideration is the cost difference. Because aluminum is in such high demand across a wide range of industries, manufacturers could be looking at a cost anywhere from three to five times more than the same quantity of steel.
However, this is a small price to pay for the excellent product which comes from hydroforming aluminum. These superior components are ideal in industries where individual component weight is a variable.
If you would like to know more about hydroforming or friction stir welding, we invite you to visit us at our website. Additionally, you may contact us with any questions or comments about this article and more.
American Hydroformers is proud to announce that the company will be featured on a segment of the Science Channel/Discovery Channel’s popular “How It’s Made” television program. This detailed behind the scenes look at tube hydroforming chassis parts will be airing on the Science Channel in the US on Thursday, May 14th 2015 at 9:00pm (Eastern Time Zone).
Fort Wayne, IN–March 20, 2015-American Hydroformers, a leader in the tube hydroforming process, announced that the company and its hydroforming facilities will be featured on an upcoming episode of the Discovery Channels documentary television series “How It’s Made.” The segment will provide a compelling and comprehensive behind the scenes look at the tube hydroforming process. Viewers will be given the opportunity to see the hydroforming process for themselves as well as learn more information about the industry in general. The show will offer a step by step demonstration of the tube hydroforming process as well as an explanation of its uses and current industry examples. This informative segment will air on the Science Channel in the US on Thursday, May 14th 2015 at 9:00pm (Eastern Time Zone).
The Discovery Channels “How It’s Made” is a documentary television program that presents behind the scene perspective from factories and manufacturing facilities from around the world. The program demonstrates how raw materials and supplies are transformed into everyday objects. Shows range from typical household items to more complex manufacturing processes.
About American Hydroformers
Founded in 2003, American Hydroformers specializes in the tube hydroforming manufacturing process. Production capabilities include numerous metal forming techniques such as hydroforming, hydraulic press work, metal stamping, and tube forming. In addition to hydroformed components, American Hydroformers offers complete assembly level fabrication of automotive structures, robotic welding, and both industrial laser and plasma cutting.
To learn more about American Hydroformers products and services, visit their website at https://americanhydroformers.com/
Automotive and aerospace engineers (among others) have used tube hydroforming as a means to supplement inferior design techniques, by decreasing weight and increasing tensile and ductile strength, two things that had been sorely lacking in those industries for many years.
Tube hydroforming contributes to industries all around the globe, and lends an idle, albeit able hand in sculpting and shaping how those global communities think, brand, and progress into the future.
Recently, a new advancement in design was announced from an industry that has had little use for hydroforming up until the last few years: optics and photonics.
A newly designed, tube hydroformed instrument is helping to find sensitive measurements, and the scientists who use them.
From an article on optics and photonics on how the instrument works:
The instrument measure objects with apertures that range from 20 to 200mm or more, and consists of a laser diode, a conical mirror, and a miniature CCD or CMOS camera.
In the progressive world of aerospace design and mechanical engineering, seeing the truly smallest of smalls makes a huge impact on a nanoscale. Nanoscientists have for a long time been viewing that in which we are not able to see, and use powerful microscopes to do so.
For those in the aerospace industry, however, measuring the inner diameter of holes to establish the gauge of the bore by using two or three measured points is time-consuming and arduous.
So optics has stepped in to ease the burden. But even then, older optical sectioning methods are difficult to use for pipes measuring less than 100mm.
From the article on how the technique is applied to measurement and its functional principle:
The key component that we use in our technique is a ring beam device, which consists of a conical mirror and a laser diode. The fundamental principle that underlies our technique is based on optical sectioning, without the use of any contact-type stylus.
The instrument, whose shell is made by tube hydroforming, is rapidly helping those who already do a difficult job easier, by enabling the instrument “compatible with practical industrial applications,” as well as aiding in the future development of an even smaller probe that measure holes less than 10mm in diameter.
For more information on how we can help you, please contact us any time.
Hydroforming aluminum products has been around for the last few decades in some for or another. In the beginning, it was perfected to manufacture lightweight parts for the automotive industry as cars strayed away from heavier models and progressed towards more economical and efficient versions. But has since branched out to several other industries.
The advantages of aluminum hydroforming are numerous. Including weight reduction, vastly improved design flexibility, space reduction science, reduced jointing, less “downstream processing,” and a large impact on dimensional performance.
By replacing steel with aluminum, advanced hydroforming techniques could be applied to some of the most trusted and widely-used hydroforming methods. Aluminum sheeting, once added to the materials rotation, significantly impacted the stamping application, opening the door for advanced products and design. Then, as the automotive industry began to rapidly request more lightweight products, hydroforming adapted along side it.
As a basic rule that is typically agreed on by experts, and is used as an outline for aluminum hydroforming, there are three factors that contribute to the characteristics of aluminum extrusions.
Elongation: Most think that aluminum, being a lighter, more malleable material, would exhibit greater formable features than steel. This is contrary to the truth. In fact, steel is more formable than aluminum, but is obviously more weighty. Thus, the elongation factor is paramount to aluminum’s performance and usability over steel in addition to weight.
Materials: That is, alloys and tempers. Aluminum comes in a large variety of both of these characteristics, but the most widely sought after is a material that is strong and stable. Something that aluminum can have trouble with if close attention is not paid.
Shapes: A huge factor for aluminum’s growth in hydroforming is its ability to be formed into a large amount of shapes and sizes. Further, the cross sections that aluminum comes in out rivals steel in every regard (steel typically only comes in one: round).
Using aluminum in the hydroforming process has, and will continue to change how the technique is done. As major industries continue to evolve, so will how products are used, and how they benefit everyone involved.
For more information on how we can help you, please contact us any time.