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Tag Archives: Diecasting Process
Die Casting Unemployment
Received a call today from someone I once worked with. He was the engineering manager for a company at the same time I was VP Sales. He was a dedicated co-worker and a good die casting tooling design engineer.
He left the company 7 years ago to work in the sand casting industry. He became the engineering manager there as well. He left there to work for a magnesium foundry where he was laid off.
He has been out of work for a while and so he called me to see if I knew of a company that was looking for someone with his talents. I hope he finds work soon. I suggested he join my Linkedin Network because there are several diecasting professionals he can network with.
I suspect for some diecasting people, it will get worse before it gets better. I wish all of us diecassting people luck in this new changing economy.
Kinetic Die Casting utilizes die casting to manufacture parts like aluminum car parts, airplane parts, lighting parts and much, much more. If you would like to request a quote, please visit our website:Die Casting quote
What are Diecast Parts and Why Use Them
What are Diecast Parts and Why Use Them? Diecast parts are the collective end result of a tedious process that is governed by strict principles of metallic and hydraulic science and powered by technology. This process is known all around the world today as diecasting, an age-old method that has lasted for over a century now. The process involves the injection of molten metal into steel molds or dies under high pressure. There are a variety of metals that can be used for the process; whatever the choice of the manufacturer is, that particular metal is held under pressure until, finally, it hardens into a metal part carrying a net shape.
Today, the diecasting process enjoys a highly marketable popularity in the metalworking industry, thanks primarily to the many advantages it offers to manufacturers and consumers alike. If you haven’t been keen on going for diecast parts, it’s about time you switch and leave your current choice of casting method for good.
The diecasting process is first and foremost a versatile process that provides manufacturers and consumers with a much broader range of choices in terms of shapes, sizes, and components more than any other manufacturing technique for metalwork nowadays. Die cast parts can come out in a variety of physical appearance and with accurate dimensional tolerances, exact measurement specifications, and different finishing options – from textural feel to visual form. What’s more, diecast parts are economical to make. They don’t need much assistance from machines and tools before, during, and after production. Both manufacturers and consumers can save hundreds of dollars when they go for diecasting company parts.
Kinetic Die Casting manufactures aluminum die castings creating aluminum die casting boxes, aluminum handle hardware, and aerospace die casting. If you would like to get a quote, please visit our website: Kinetic Die Casting Company
History of Aluminum Casting Parts
History of Aluminum Casting Parts. These days, many manufacturers engaged in the metalworking industry are embracing die casting as their prime means of creation or production. This very versatile process is used to construct metal parts through the forcing of molten metal, placed under high pressure, into recyclable steel molds, which are known as dies.
Die casting parts were born in the middle of the 19th century with the introduction of pressure injection as an alternative to gravity pressure as a means for metal casting. In 1849, Sturges, the name responsible for the first manually operated machine designed for casting printing type, was given a patent. While die casting was limited to said casting printing type for 20 more years following the patent, other shapes and techniques were born and developed as the end of the century progressed. Eight years before the 20th century set in, different commercial applications began to include die casting parts for cash registers, photographs, and many more. Soon enough, mass production of parts began – and continues to grow to this day.
In fact, die casting parts are included among the most mass-produced items produced by the metalworking industry today. This is primarily because dies can be designed in order to make a variety of simple to complex shapes while observing a high level of accuracy, as well as creativity and repeatability in order to get the best value. Manufacturers can save a great deal of money and consumers can avail of sturdy, very reliable parts for their commercial and industrial needs. Such parts make up a huge percentage of a number of businesses, from toy making to automobile assembling, and they can be as easy as a toilet faucet or as composite as a connector housing, depending on the demand.
Kinetic Die Casting is a die casting company specializing in aluminum and zinc parts. If you would like to request a quote, please visit our website:Kinetic Die Casting Company
Pros and Cons
The Pros and Cons of Diecasting. The process of diecasting can truly produce wonderful aluminum parts. And although most people know what the wonders that this process can give, some are still clueless about what those are. If you are one of the clueless ones, then here is a simple guide to the pros and cons of this truly unique diecasting process.
One advantage of diecasting is excellent dimensional accuracy. This accuracy, more often than not, depends on casting material. To add to this, aluminum parts that are products of diecasting usually last longer and are more visually appealing as they can be customized according to the whole look of the equipment it was made for.
Another advantage would be smooth cast surfaces as the materials done by the process of diecasting are injected to the casts using highly pressurized injection systems.
The third advantage would be having thinner walls can be created unlike those made from sand and permanent molds. Moreover, threaded inserts, heating elements, and high strength bearing surfaces can be incorporated to the parts.
More advantages like reduction or elimination of secondary machining operations, rapid production rates, and casting tensile strength can be obtained from this process.
And although this process has truly wonderful benefits, there are still some disadvantages that come along with it. For one, the parts made from diecasting are more susceptible to voids because air that can accidentally become entrapped while the casts are being filled.
The number of disadvantages, of course, are dismissable compared to the many benefits that diecasting can give.