Williamsburg Metal - Metal Stamping, Deep Drawn, Metal Spinning, Metal Forming, Custom Metal Fabrication Williamsburg Metal - Metal Stamping, Deep Drawn, Metal Spinning, Metal Forming, Custom Metal Fabrication Williamsburg Metal - Metal Stamping, Deep Drawn, Metal Spinning, Metal Forming, Custom Metal Fabrication Williamsburg Metal - Metal Stamping, Deep Drawn, Metal Spinning, Metal Forming, Custom Metal Fabrication Williamsburg Metal - Metal Stamping, Deep Drawn, Metal Spinning, Metal Forming, Custom Metal Fabrication Williamsburg Metal - Metal Stamping, Deep Drawn, Metal Spinning, Metal Forming, Custom Metal Fabrication Williamsburg Metal - Metal Stamping, Deep Drawn, Metal Spinning, Metal Forming, Custom Metal Fabrication

Archive for November, 2010

The Evolving Process of Deep Draw Technique

Monday, November 22nd, 2010

The Evolving Process of Deep Draw Technique

Deep drawing is a process of forming sheet metal wherein a sheet metal stock known as blank is strained into a regular or irregular shape having more than the diameter of its depth. Around a plug, the metal blank is elongated and moved into a die which is any of various devices used for forming, cutting or stamping metals.

Different shapes are evident to the most typical products that use the deep draw method. Cylindrical products such as cups and cans make use of deep drawing. An example of a product with irregular shape is the enclosure cover of fire extinguisher. More than these, products that gain the benefit of deep draw technology range from small grommets to huge enclosed areas of different industries. Deep drawing is relied upon by aerospace industry, dairy industry, plastic industry, automobile industry, and lighting industry among many others. Operations that are particularly designed by engineers are necessitated by industries that assemble deep drawn parts.

While maintaining the material itself, deep drawing is a shape transforming technology that is widely accepted by many businesses. The technology is known as deep drawing because the depth of the part that is drawn surpasses the diameter of that part. This can be carried out by means of having the part undergo a series of dies. Because of the retentive characteristic of the material, the sheet metal that is located in the shoulder area of the die (specifically regarded as the flange region) endures different kinds of stress. Wrinkles in the flange region then become apparent due to the stresses. If you want to put a stop to the appearance of the wrinkles, a blank holder can be of great assistance.

There are actually two variations of deep draw technology. Apart from the conventional deep drawing, also classified is the unconventional deep drawing. The very focus of an unconventional deep drawing technique is different to that of conventional deep drawing in that it extends the limits of the process to be easily bent, shaped, or stamped. The processes that are classified as unconventional are growing in number rapidly these days.

As far as deep draw technology is concerned, Williamsburg Metal blows its own horn in its stock of metal stamping, metal forming, metal spinning, tool making and die making that specialize on the use of deep drawing. Above it all, the equipments used by Williamsburg Metal are all state of the art. Not only are the facilities neat enough for operations involving deep drawing, these are beyond the best in the business.

Williamsburg Metal takes pride in its use of deep draw metal stamping. It is also at its best on performing various secondary operations apart from metal stamping and metal spinning that it supplies to a roster of industries. True enough, the tradition of supplying this kind of service in the aim of producing only the finest and cost-efficient products is very well carried on after many decades of lending a helping hand to many individuals and firms.

What You Can Gain Out of Metal Spinning

Monday, November 8th, 2010

What You Can Gain Out of Metal Spinning

One good characteristic of metals is its ability to be transformed into several various shapes by means of different processes. A common process of altering the look of a metal is metal spinning. When it comes to metal spinning, a metal tube or a metal sheet is altered into a particular shape. This can be circular, conic, hemispherical, and cylindrical or any other shape desired. Most of the time, the process of metal spinning is cold-forming.

Many industries and applications make use of metal spinning due to its minimalistic approach with the operation. In order to cut cost of particular materials, metal spinning can be used to generate a cheaper part or product without sacrificing the worth. Some of the most common items that underwent metal spinning are gas cylinders, vases, and cookware among others.
An assortment of tools is employed by metal spinning. The most common and by and large the most fundamental tool is the spoon. In order to create varying results, other tools apart from spoon can be used. The tools used for metal spinning range from solid brass to aluminum. Depending on the result that you want to effect, the kind of tool must be chosen accordingly.

Williamsburg Metal delights itself with its capability on metal spinning as a metalworking process. Various industries and applications make use of the capability of Williamsburg Metal on metal spinning among other operations that supply its clients with only the finest metal parts of high quality. Different products and parts are provided in the marketplace with the consideration of quality control and user satisfaction. Apart from hand metal spinning, lever metal spinning is utilized for operation of more than 1,000 pieces. Blanks with diameter of up to 26 inches can be spun by Williamsburg Metal. On the other hand, diameter of up to 60 inches can be cut using circular shears. There are also utility lathes that come with rockers for secondary operations such as beading, rolling, and trimming.

The design and engineering of the products of Williamsburg Metal are regarded with high importance for the sake of the clients and the trust being given to the metal spinning company. For the best development of parts and products, consulting of design and engineering is done. Furthermore, the production of the components and parts are united with process design, setup, and application.

There are two shearing machines utilized by Williamsburg Metal when it comes to shearing sheet metal forming and metal stamping blanks. Both have the capability of shearing up to 1/8 inch of thickness. On the other hand, there is a maximum of 48 inches of diameter for the circular shearing.

Metal spinning is very popular to many industries because of its efficiency with the cost. Not to mention, the result can be produces quicker compared to other types of operations. It boils down to your decision on what to choose depending on your taste and budget. Take note that there are other operations besides metal spinning but never forget the advantages that you can get out of this cost efficient operation.


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