Find hydroforming including automotive hydroforming, hydroformed metal and more. From hydro forming to hydroformed tubes, you will find the hydroforming services you need. Use the time-saving Request for Quote tool to submit your inquiry to all the hydroforming companies you select.
For over 80 years, Spincraft has provided large metal spinning production for the aerospace, aviation, missile, energy and commercial industries. At Spincraft, some of our capabilities include stainless steel metal spinning and aluminum metal spinning. Call today for more information!
Metal spinning for 4 decades, Elyria Metal Spinning can do your metal spinner project from 1 – 1,000 pieces. Because we are a one-stop spinning shop, we can polish, add holes, and much more. Spinning all metals with diameters from .250 – 48”, all tooling is kept in house. Choose from short or long runs.
Lewark Metal Spinning offers aluminum metal spinning, brass, titanium, copper, carbon steel and stainless steel metal spinning. With over 75 years of combined experience, we have served industries such as food, aerospace, lighting and automotive. Contact us for top-notch metal spinning!
Metal Spinnings Up To 140" Diameter & 3/4" Thickness. Short and long runs.
Cost-saving tooling. Lighting rings, tank heads, domes, venturi, Parabolic,
Cones, Re-Rentered Flared, Cylindrical Shell, air-moving, food,
agricultural, architectural and Cryogenic components.
We do expert metal spinning at McGlennon Metal Products. From aluminum to stainless steel, choose from an assortment of metals we can hydroform. Diameters are spun to 120” with thicknesses from 24 gauge to 10 gauge. We do spinning on state-of-the-art equipment. In business since 1948.
For over 5 decades, Hi-Craft Metal Products has offered the art of metal spinning, hydroforming, & deep drawing. Our specialized process of metal spinning is cost-effective & can be used with a variety of metals. Hydroforming can be used to produce complex shapes. Serving a variety of industries.
Hydroforming is a cost-effective way to shape metals. During the process, metal flows around a punch instead of stretching it with dies, so the material has a more consistent thickness. Hydroforming uses fluid pressure in a conventional tool set to form the part into the desired shape of the die. Hydroforming is advantageous because it can perform in one operation what other methods perform in three, while still maintaining the stiffness of the finished product.
Four primary types of hydroforming currently exist. The most popular type, hydroforming of tubes, is usually performed at low pressure and offers tubular parts with improved integrity and structural performance. Panel hydroforming, often used in the aerospace industry, is a high-pressure process that is used to achieve the correct material flow. The third type, low-pressure hydroforming, involves reshaping tubes when the cross-section definition is not strict. High-pressure hydroforming also reshapes the tube, but more drastically. In this type of hydroforming, the length-to-circumference ratio can change up to 50 percent.
A range of items from household pots and pans to cradles to the jet engine cowling on a plane can be made by hydroforming. The process is often used in the automotive industry to make stronger and lighter structures for vehicles. Aluminum, aluminum alloys, carbon steel, mild steel, copper, brass and bronze alloys, nickel, and nickel alloys are metals that are commonly used in hydroforming.
