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

Tool and Die Making as a Manufacturing Craft

March 20th, 2011

Tool and Die Making as a Manufacturing Craft

Tool and die making can be considered as a booming factor that makes the manufacturing industry at its best these days. This kind of craft is not only characterized by the creation of tools and dies but also fixtures, gauges, jigs and molds. There are different tools that are worked for when it comes to tool and die making including cutting tools and machine tools. Not to mention, tool and die making also makes some sense with other tools that are utilized in processes involved in manufacturing.

An interesting thing about tool and die making is the names associated to the people behind this craft. A person who works on tool and die making may be called by a variety of names depending on the area of specialization he particularly works in. One who works in tool making is basically called tool maker. A person who earns a living by means of fitting tools is called tool fitter. One who makes mold is simply referred to as mold maker. Lastly, one who specializes on making dies is known as die maker. There are other monikers on this field of manufacturing but it all boils down to the effectiveness of all of these people behind the creation of the matters necessary for most metalworking operations.

More than just the name, the techniques used by the people behind tool and die making varies from the traditional use of machine tools that are controlled manually to the designs that are aided by computer. The performance of the operations needed for tool and die making is best executed with the appropriate technique for the particular task.

The tool and die shop of Williamsburg Metal is something that can be taken advantage of to the fullest extent. It includes the use of three lathes to 28-inch swing, bandsaws (both horizontal and vertical), drilling presses, tapping presses, EDM capabilities, Bridgeport milling machines, and surface grinders. All of these are very important when it comes to tool and die making. More and more industries are being interested on the craft of tool and die making, that is why Williamsburg Metal is always on the go for the maintenance of high standard and quality manufacturing operations that the industries are after.

Just like any other crafts, both tool and die making are more often than not learned through a mishmash of hands-on activities and extensive learning. It goes to show how important it is to have only the skilled craftsmen; however each one may be called, for the operation of a business that supplies processes like metal stamping and spinning to a vast array of industries. Not only is Williamsburg Metal proud of the stocks of metal stamping, metal forming, and metal spinning apart from tool and die making, it is also confident about the people behind every operation that is needed for any assigned project to work on. More than everything else, the reliability of Williamsburg Metal, and the technologies it uses are what several industries benefits from.

What You Need to Know About Spin Forming

March 6th, 2011

What You Need to Know About Spin Forming

There are several processes that are associated to sheet metal forming. One of the most common processes is called spin forming, or simply spinning. Usually, this process is executed in order to create cylindrical metal parts. Spinning is characterized by the rotation of a piece of sheet metal while there is an affecting force to its side. While at high speeds, the rotation of the sheet metal disc utilizes the pressing against the mandrel that is used in order to create whatever the desired shape of the part is. The most typical shapes of the spun metal parts are cone, cylinder, and hemisphere as apparent to many tools and equipment that demonstrate rotational symmetry.

Apart from manual operation when it comes to spin forming, CNC lathe is another operation. It needs a disc-shaped piece of metal that is turned into a part called blank, which is ready to be machined, pressed, or drawn into a resulting object. It also needs a bar called mandrel which end is slotted into a workpiece in order to seize it while the machining is ongoing. Simply put, the blank is pressed against the mandrel. Lastly, a roller tool is utilized in order for the sheet to be formed around the mandrel and for the sheet to be bent. It takes a lot of passes for the roller tool to accomplish its function. The rollers are normally made from brass or steel. There are several thicknesses and diameters of rollers.

Depending on the preference, two distinctive spinning methods can be used to carry out spin forming. One is known as conventional spinning in which there is a pushing between the roller tool and the blank until it takes the outline of the mandrel. Evidently, the finished part that underwent spinning will have a smaller diameter as compared to that of the blank. However, the thickness of the spun part will remain as is.  The other method is known as shear spinning which is somehow the opposite technique. With the use of shear spinning, the material is stretched over the mandrel. The stretching is caused by the downward force that is applied while the bending of the roller to the blank against the bar is transpiring. Unlike with conventional spinning, the spun part has a constant diameter, but there will be thinner walls for the part.

Several processes are operated by Williamsburg Metal. Spin forming is just of the processes that are done thoroughly in order to come up with the best result. While taking into account the desire of the client, Williamsburg Metal works only for what is effective for the project. This is something that anyone can take advantage of especially in times of the need for metal stamping and metal spinning.

Williamsburg Metal supplies processes like metal stamping and spinning to a vast array of industries. Above and beyond, it specializes in deep draw metal stamping. When it comes to secondary operations, Williamsburg Metal is totally equipped on performing what needs to be performed.

Metal Bending as a Process of Sheet Metal Forming

February 27th, 2011

Metal Bending as a Process of Sheet Metal Forming

The most basic characteristic of the processes involving sheet metal forming is its capability of applying force to a piece of sheet metal in order to change its shape rather than get rid of any kind of matter from it. Whenever the force is applied to the piece of sheet metal, there is an accompanying disturbance on its yield strength. Because of the applied force, the material becomes deformed and thus stretching and bending of the sheet into the desired geometry, whatever it is, become possible.

There are various processes of sheet metal forming. One of the most common processes is metal bending in which the concept of applying a force to the piece of sheet metal is valid. As the piece of sheet metal is bent at a particular angle, the shape that is preferred is achieved. A single operation of metal bending can be done in order to trigger twisting along one alignment. On the other hand, a sequence of many varying operations can be carried out if an intricate part is desired.

Parts that underwent the process of metal bending vary when it comes to size. There are bent parts that are as small as a bracket, and there are bent parts that are as large as a chassis. Apart from size, there are also other parameters that relate to the bent part such as bend line, bend length, bend angle, bevel angle, and mold line distance.

The sheet metal, when executed with metal bending experiences compression and tension. There is a stretching of the outside section of the sheet metal due to tension. Conversely, there is a shortening of the inside section of the sheet metal as a consequence of compression. But then again, there is a section of the sheet metal wherein neither compression nor tension is in power—it is the neutral axis which bounds the section of the inner portion and the outer portion. Because of the absence of tension and compression on the middle section of the sheet metal, its length stays the same.

One typical machine used in order to execute metal bending is known as press brake.  This is a machine that Williamsburg Metal considers as one of its competent machines because of its capability on making the bending process possible. There are several types of press brakes depending on the size. Taking into consideration the given specification, there is a proper press brake for the desired result.

The press brake has to components: the punch and the die. The punch is the upper tool of the press brake while the die is the lower tool. The sheet metal is usually placed between the punch and the die. The die functions as a holder of the sheet metal in place while the punch works as the applicator of the forces bending the sheet metal.

The use of press brake is just one of the many capabilities of Williamsburg Metal whenever the subject is about sheet metal forming. With its rich resources and equipment needed, Williamsburg Metal is equipped on performing many operations.

With Consideration of the Concepts of Sheet Metal Forming

February 7th, 2011

With Consideration of the Concepts of Sheet Metal Forming

Metal parts are similar to pots in that metal parts have the characteristic of being fashioned just like when it comes to pottery molding. There are different ways by which the raw material of an elemental simpler shape is tendered. Powder consolidation and casting are just two ways that assist on the formation of the simpler shape.

Another good example of something to be compared to any metal part is clay especially the soft type of it. Due to what lies between one point of material and another, it is very evident that undeviating changes when it comes to the shape of the clay can be stimulated or triggered. The same way goes with metals of any kind. In order for the permanent changes on the metal to be perceptible, there is a need for acting of forces of outer basis. While there are oil-base modeling pastes that act a substitute for wax or clay that can be molded just by the use of tiny fingers just like a toddler’s, sheet metal forming is mostly done by the use of massive machinery.

The concepts about sheet metal forming are among the indispensable matters relating to metalworking. When it comes to sheet metal forming, there is a wide array of processes that may be involved. There are also different tooling and equipment that may be necessary for such processes.

One important concept of sheet metal forming is rolling. This is a process of metal forming whereby there is a longitudinal prism situated between two conflicting circular rolls. The implicated rolls of this process spin in opposite directions. While the spin is transpiring, the sheet metal is dragged along and so there is a reduction in the cross section.

Metal forming processes are the focus of Williamsburg Metal when it comes to sheet metal forming because these are the processes that activates changes as far as the shape of the solid metal articles is concerned. This is done by means of permanent deformations.

The model of rolling is an important sheet metal forming capability for Williamsburg Metal. As a company that includes sheet metal forming on the list of services offered to its loyal customers, Williamsburg Metal guarantees pioneering capabilities with a four-foot cylinder roller as forefront. There is also the capability of emboss rolling and bead rolling.

Not only the concepts of sheet metal forming are what Williamsburg Metal takes into consideration; the quality of the resulting material is another factor that makes Williamsburg Metal a good source of metalworking operations. Right from the selection and sourcing of the materials and tools necessary for sheet metal forming, all of the associated operations are well thought out. In order to guarantee the highest quality of the result, evaluation and assessment are never out of the place. With the utmost consideration for efficient manufacturing and service, Williamsburg Metal remains to be the home for high standard production of not just sheet metal forming but also including metal stamping, metal spinning and custom metal fabrication.

Different Types of Metal Fabricating

January 17th, 2011

Different Types of Metal Fabricating

During the ancient times, metal parts that underwent metal fabricating are used in order for primitive people to stay alive. Metal fabricating applies to any raw metals that are transformed into a machine or equipment by means of pertinent operations. There is a big diversity between the use of metal fabricating then and now. Prehistoric people mainly used metal parts in order to create weapons for survival while people nowadays use it in line with the promotion of convenience as apparent to everyday tools and machines such as automobile and electronic equipments. Different kinds of metals are also used these days for beautification.

In point of fact, there are various types of fabrication. Since metal fabricating is carried out for many applications and industries, there are several advantages when it comes to weapons, vehicle parts, and electrical components among many others.

One type of metal fabricating is done by metal forming. The most common kind of machine that is utilized in order to operate metal forming is hydraulic press brake. Another type is known as metal bending which is done by means of mandrels and shaped dies. The tubular sections of the part are bent without twisting.

Metal fabricating can also be carried out through welding which is a process of fusing or uniting pieces of metal together by means of compressing, hammering, or the like. Different energy sources such as electricity, ultrasound, heat and friction can be advantageous to this technique. The action of using this technique is mostly done after being provided with pasty or yielding by heat. There are instances when there is an adding up of fusible material regardless of its being similar with the pieces to be united.

Another type is plasma cutting. This is something that many prehistoric men would surely have adorned had it been part of their evolution. Metals of different thicknesses can be fabricated by the use of a plasma torch that is perfect for cutting metals.

When metal fabricating is the subject, Williamsburg Metal is truly the right venue to deal with. There are so many metal fabrication capabilities that Williamsburg Metal takes pride in.

Metal forming is excellently done with the help of press brakes. There are also micrometer backed finger brakes that are just the thing for metal fabricating. On another hand, metal bending can be done right with a diacro bender. Spot welding is another top of the line for Williamsburg Metal. There are also two types of rolling: bead rolling and emboss rolling. For a blank with up to 26 inches of diameter, Williamsburg Metal can do the just the right operation.

True enough, the design and engineering of the metal fabricating task that is to be accomplished by Williamsburg Metal are thought of thoroughly. The creation of sheet metal is strictly based on the functional specifications. In order to come up with the most optimum result, the process design as well as the setup is planned carefully in line with the sheet metal forming application. Not to mention, engineering is at the side of design consulting for the best gain of the client.

Metal Fabricating: The Revolutionary Past to Present

January 3rd, 2011

Metal Fabricating: The Revolutionary Past to Present

Fabrication refers to the manipulation of a raw material in order to come up with something else. In all likelihood, the most functional fabrication is metal fabrication especially dating back since the ancient times. It is believed by many scholars that metal was discovered right before people learned how to write. This is why weapons and tools were prominent at some point during the old days. Not only were early people practical on the use of metals as tools, they were also aware of appreciating beauty. They were used to metal fabricating to the extent that metal tools were first created out of raw copper which they found on the surface of the Earth and hammered into useful shapes that set off with aesthetics.

Ever since the discovery of metals as weapons and tools, metal fabricating was revolutionized in as far as coming up with metal forming, metal bending, welding, and other operations of metalworking. The expansion of metal fabricating carries on to the present time when there are several providers of metalworking services such as metal stamping and metal spinning at the side of metal fabricating.

As we can clearly see it, there is a big difference between the purposes of metal fabricating during the tool age and during these days. Metals were used by primitive people in order to defend themselves. They used metals in order to create weapons such as spears and arrows. Survival is their main intention when it comes to metal fabricating. On the other hand, metal fabricating nowadays is for decorative purposes for the most part. Even though metal can still be used today for the creation of weapons and tools, tool age people were not into metal fabricating to make ornaments.

Metal fabrication services are truly benefiting a lot of industries up till now. Not only is metal fabricating used to decorate fixtures and equipments, it is also used in order to create different products that are useful in our everyday life. The ground-breaking success of the metal fabricating industry paved way to the spreading out of more operations that relate to metalworking.

When metal fabricating is the topic, Williamsburg Metal is not lagging behind the discussion. Williamsburg Metal carries out the quality service of custom metal fabrication. Only the finest metals are used in order to create high quality parts and components for the products that clients want to have. The practice of Williamsburg Metal on providing the best products at the most affordable prices without even losing an ounce of quality remains to be what many clients go after.

Williamsburg Metal is the perfect choice when it comes to metal stamping, metal spinning, and custom metal fabricating. If there is something that you want to create out of the metal you prefer, you can have it just by having a quote from Williamsburg Metal. Hassle is surely out of the way because Williamsburg Metal is up for something greater and bigger whenever a client wants something done on time and with excellence.

The Rigid Procedures Involving Metal Fabricating

December 20th, 2010

The Rigid Procedures Involving Metal Fabricating

Metal fabricating is a term that refers to the construction of machines, building of structures and any other similar equipment by means of assembling, cutting, and shaping parts out of raw materials. It is a process that can overlap with many other processes involving the assembly of machines and structures out of different raw materials.

There are different raw materials that can be used for metal fabricating. The most common of these raw materials are castings, expanded metal, fittings, formed metal, plate metal, hardware, and welding wire.

In order to start the process of metal fabricating, the raw material, as desired by the client, needs to be cut to a particular size. There is a wide array of tools that may be used for this stage. One of the most typical ways of cutting raw materials is by the use of shearing which can also be termed as die cutting. Shearing is a process of metalworking in which the stock is cut without the development of chips. This means that there is no melting or burning involved. Technically speaking, shearing defines the process of cutting a raw material with straight blades. Those materials that are in the shape of plates or sheet metal are the most usually sheared raw materials. Apart from plates, rods can furthermore be sheared. Metal fabricating may also involve shearing-type operations which differ from shearing itself in that it utilizes curved cutting blades instead of straight blades.

Another way of cutting raw materials is by the use of special band saws. Basically, a band saw is a power tool that makes use of a blade that has a continuous band of metal characterized by teeth responsible on cutting different work pieces. The teeth of the band saw are located along its edge. The hardened blades of these special band saws complement with the intention of cutting even slashes by means of a feed mechanism.

If you are up to expert metal fabricating, Williamsburg Metal is the perfect answer to your need. With the experience of the people behind Williamsburg Metal, there is nothing to worry about anymore on having the premium metal fabricating that you need for your equipment or application.

The quality of metal fabricating is something that is taken care of by Williamsburg Metal because this is what clients highly regard with importance. Right from the sourcing of the raw materials that are essential for metal fabricating, right up to the selection of the shipping method, Williamsburg Metal assesses everything for the most favorable results. More to this are the inspections involved in every aspect of the metal fabrication as well as metal stamping and metal spinning. Custom metal fabrication is not a problem for Williamsburg Metal because this is one of its stressed out services. For each operational step, the approval of those who are spearheading the courses of action of Williamsburg Metal is indispensable. At the end of everything, products of highest quality are supplied to the clients in the aim of satisfying them.

Specializing in Deep Draw Technique

December 6th, 2010

Specializing in Deep Draw Technique

The technique of deep drawing basically refers to the stretching around a plug of a blank, which is a sheet metal stock. Rings are used in order to bring under control the perimeter of the metal blank. In order to end up with the desired shape, the deep draw technique is applied by means of deep drawing the plug into a top die cavity as its name implies. Both geometrical and irregular shapes can be made out of deep drawing. Apart from the regularly shaped products such as cylinders, cans, and pans, there are also items that are shaped irregularly.

Williamsburg Metal is a deep draw metal stamping and spinning company that guarantees the production of high quality products out of superior metals. Many industries take advantage of the services provided by Williamsburg Metal because of its specialization in the application of deep draw technique. When it comes to deep drawing, it is usually coupled with metal spinning in order to cut costs in line with its efficiency in the production. With this kind of move, highest quality can be guaranteed on the resulting product.

As far as the manufacturing scenario is troubled, the deep draw technique can be considered as one of the most demanding. There is a wide array of variables in connection to the production of deep drawn parts. Talk about the sizes, the volumes, the shapes, and the very materials needed for deep drawing. In order to come up with the most effective result, each of these variables must be weighed upon with care.

The existence of Williamsburg Metal for 75 years is not a joke. It remains to be the premium solution of many industries who want to cut cost with the formation of the materials for their applications. Behind the name of the company are the people who work hard for the improvement of the services tendered. Engineers immediately respond to any issue that a client thinks about. More than that, their knowledge and expertise complement with each other in order to be the best source of guidance for the custom parts that a client desires. In the intention of coming up with high quality deep drawn parts from the most advantageous processes, Williamsburg Metal keeps itself a competitive firm that caters to the needs of its client while maintaining reasonable prices for its services.

For those who are in need of deep drawing process for a particular part, Williamsburg Metal is more than willing to assist anyone who wants to witness professionalism at its best while excellent service is provided. It is very important to have only the finest job when it comes to deep drawing especially because the result of the manufacturing depends on the engineering and the design of the brain behind it. Williamsburg Metal provides deep draw metal stamping and spinning to vast array of industries. Its specialization is in deep draw metal stamping. Performing several secondary operations is done preeminently in house as well as for any other tooling.

Specializing in Deep Draw Technique

The technique of deep drawing basically refers to the stretching around a plug of a blank, which is a sheet metal stock. Rings are used in order to bring under control the perimeter of the metal blank. In order to end up with the desired shape, the deep draw technique is applied by means of deep drawing the plug into a top die cavity as its name implies. Both geometrical and irregular shapes can be made out of deep drawing. Apart from the regularly shaped products such as cylinders, cans, and pans, there are also items that are shaped irregularly.

Williamsburg Metal is a deep draw metal stamping and spinning company that guarantees the production of high quality products out of superior metals. Many industries take advantage of the services provided by Williamsburg Metal because of its specialization in the application of deep draw technique. When it comes to deep drawing, it is usually coupled with metal spinning in order to cut costs in line with its efficiency in the production. With this kind of move, highest quality can be guaranteed on the resulting product.

As far as the manufacturing scenario is troubled, the deep draw technique can be considered as one of the most demanding. There is a wide array of variables in connection to the production of deep drawn parts. Talk about the sizes, the volumes, the shapes, and the very materials needed for deep drawing. In order to come up with the most effective result, each of these variables must be weighed upon with care.

The existence of Williamsburg Metal for 75 years is not a joke. It remains to be the premium solution of many industries who want to cut cost with the formation of the materials for their applications. Behind the name of the company are the people who work hard for the improvement of the services tendered. Engineers immediately respond to any issue that a client thinks about. More than that, their knowledge and expertise complement with each other in order to be the best source of guidance for the custom parts that a client desires. In the intention of coming up with high quality deep drawn parts from the most advantageous processes, Williamsburg Metal keeps itself a competitive firm that caters to the needs of its client while maintaining reasonable prices for its services.

For those who are in need of deep drawing process for a particular part, Williamsburg Metal is more than willing to assist anyone who wants to witness professionalism at its best while excellent service is provided. It is very important to have only the finest job when it comes to deep drawing especially because the result of the manufacturing depends on the engineering and the design of the brain behind it. Williamsburg Metal provides deep draw metal stamping and spinning to vast array of industries. Its specialization is in deep draw metal stamping. Performing several secondary operations is done preeminently in house as well as for any other tooling.

The Evolving Process of Deep Draw Technique

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

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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