Over the years, tubular hydroforming has been used in a variety of industries, including the appliance industry and the automotive industry. Tubular hydroforming has grown to be an increasingly popular method that is used to create parts that are made from aluminum. Manufacturers in the automotive and appliance industries are using the tubular hydroforming process to create parts that are lightweight, yet not lacking when it comes to strength. Tubular hydroforming is also used so new parts can be created after exploring the boundaries and thinking outside the box.
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Whenever you are working on a project, no matter how big or how small, you should always look for the best possible way to make the project successful. When you want the project done correctly, it does not mean you can take the easy way or the quickest way to get it done.
If you are looking for a design for a tubular metal part, you may be scratching your head while you look for the best possible way to manufacture it. Well, whether you know it or not, you have a significant amount of options and solutions.
One of those options is hydroforming. As with any other options or solutions, hydroforming will have its advantages, disadvantages, and limitations. With disadvantages, you may have to change things, in regards to your design and the production process.
One of the newer forming technologies is known as tube stamping. Tube stamping opens a box of endless possibilities. With tube stamping, you will not find yourself jeopardizing your production time, your costs, or the weight of the product. If you anticipate a high-volume production, tube stamping will be a great solution because it is incredibly quick. Tube stamping is similar to tubular hydroforming because both processes can create those difficult and confusing parts.
Each tubular metal project that you take on will have its own requirements, whether it is related to the time or the cost. In order to choose the right process, you will need to evaluate all of the requirements and circumstances surrounding the process. You will certainly need to find the right fit, so it is important that you take your time to research all of the possible techniques.
If you are interested in more information about tube stamping, tubular hydroforming, or any other technique, contact us today.
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.
Today, nearly all businesses that desire to form parts have concerns regarding the strength, weight, and cost of a component. Metal stamping has been a traditional metal forming procedure. It does not always ensure those characteristics that businesses are looking for in a part, as does tube hydroforming.
There are some disadvantages of stamping. Prices for low production runs have never been economical. Facilities that have to place their whole collection of programs into action refuse to accept smaller runs. High tooling prices are proving to be the enemy of the industry. Moreover, stamping could have a detrimental impact on the structural strength of those parts being formed.
Stamping results frequently in material wastage. Most stamping businesses do not have any way to reuse the unstamped parts of a sheet metal. The process of production and prototyping tooling translates into more lead times. Once finalized, altering as it raises the job costs the tooling design is not achievable.
Stamping has longer timelines and higher project costs. What is hydroforming? A better metal forming process called Hydroforming addresses all the disadvantages linked to the metal stamping procedures. A pressurized hydraulic fluid is useful for forming a metal sheet within the desired contour.
Design molds and making changes to it can be achieved in several days without adding additional costs to a job. This approach can be coupled with deep drawing to achieve contoured parts.This procedure is appropriate for forming ductile metals such as 400 and 300 series of stainless steel, aluminium, bronze, and brass that are recommended for low weight applications.
Tube hydroforming as a procedure is utilized for making parts with a diameter of up to 20″ and a height of up to 9″. It may be used for creating parts in both convex and concave shapes. Unlike metal stamping, this approach has proven to be efficient while creating high consistency components with the desired tolerances. It is a procedure that reduces the demand for secondary finishing procedures.
It comes as no surprise that hydroformed components are sought after in businesses for example:
- Metal furniture bases.
- Medical equipment.
- Nuclear business.
- Industrial pumps components.
- HVAC components.
- Commercial food equipment.
Most of us have never considered the world of hydroforming or tubular hydroforming. The components made from these methods have permeated a great many areas of our lives from the vehicles we drive to the bikes we ride. Have you ever stopped to consider all the possibly applications of tube forming? Most of us think of automotive or, perhaps, architectural applications for hydroformed tubes. However, you’re just as likely to find hydroformed tubes in anything you can think of that you’d need a high strength, light weight tube for. Here we’ll take a look at the world of fitness to see where you’ll find hyrdroformed tubes.
In the world of fitness, you can use tube forming to make the following parts:
- Tubular frame rails
Many of these parts are obvious. They are the large and small hollow tubes that make up the structure of the machine. You’ll find the frame rails on the sides so you don’t fall of the machine, levers in the braking mechanisms of bikes. Around the gears and wheels you’ll find shafts and spacers. Clamps are usually found around the frame to keep the wires for the electronics safely tucked away.
However, these aren’t the only parts that are made for fitness machines; these are just the ones that use tube forming processes. In a similar process called sheet hydroforming the following parts for fitness machines can be made:
- Mounting plates
While all of these parts are standardised for various types of machines, the beauty of tube forming for components is that they can be made-to-order for a custom design! So, if you want to start fix or design your own fitness gear, all you have to do is get the specifications for your design and leave the rest up to us.