Friday, March 30, 2012

1969 Dodge Charger Project Shell! | Classic Mopar Forums

1969 Dodge Charger Project.

$11,000.00

Had this on E-bag and was probably the "ONLY" 69 Charger that had legitimate bids on it and only went to $6300.00?? I guess people think that they can build a car with a load of new parts for a whole lot less??

Perfect opportunity right now to build a Charger pretty much anyway you want, body color, interior color, engine combo, etc.

Let me start off by saying that you will need an inventory of parts & or a donor parts car to put this car back together with as I have no parts that go with this car other than what you see. This is pretty much the way I got it. There are no brakes, drive train parts, moldings, glass or anything. The interior is empty also, no dash, no seats, no door panels….nothing but the VIN tag and a title.

The rear end and leaf springs that are under this car now "does not" go with the car. They are just under the car now so as to roll it around. I am trying to locate a rear end and leaf springs to put under it but if whoever ends up with the car, happens to have a rear end and leaf springs, you can bring them with you and we’ll exchange the rear suspension when you pick it up. I also put this front suspension under it to roll it around and the front suspension does go with the car. There are no torsion bars.

I acquired this project car from a friend to build it the way I wanted to but due to physical limitations, I am turning it loose. In order for me to build it, I would probably have to pay someone to do the work that I could normally do on it.

This Charger has approximately $13000.00 of AMD sheet metal & components on it alone "excluding installation labor" and other expenses as the person that was building it prior to our purchasing it, wanted practically everything new so they purchased and installed the list of parts at the bottom of this ad.

The car needs a couple of sheet metal parts detatched and re-positioned correctly but other than that, it will need finish welding, grinding, seam sealer, etc, etc, etc! The one area that was not done as it would have been originally is the floor pan area underneath the back seat. Cant tell exactly what all was done except it looks like someone welded some flat sheet metal in place but if the new owner wants to change it to look original, it shouldn’t be to difficult to do. The front half of the rear frame rails were modified and reinforced and do not look original but again, this to can be changed to original if you want. It also has frame connectors welded in place.

Will be happy to assist with delivery or help with delivery arrangements.

Below is a list of the NEW AMD sheet metal parts I mentioned earlier in this ad description.

Hood
Left Fender
Right Fender
Radiator Core Support Assembly
Left Door Shell
Right Door Shell
Left Rocker
Right Rocker
Left Front Floor Pan
Right Front Floor Pan
Left Rear Foot Floor Pan
Right Rear Foot Floor Pan
Left Side Trunk Pan
Right Side Trunk Pan
Left Trunk Pan Extension
Right Trunk Pan Extension
L & R Trunk Floor Valance Reinforcement
Left Rear Frame Rail
Right Rear Frame Rail
Left Rear Leaf Spring Mount
Right Rear Leaf Spring Mount
Rear Upper Shock Crossmember
Left Inner Wheel House
Right Inner Wheel House
Left Outer Wheel House
Right Outer Wheel House
Roof Skin
Roof Rear Upper Bow Structure
Deck Filler Panel
Deck Filler Panel Lower Plenum
Left Full 1/4 Panel
Right Full 1/4 Panel
Left Trunk Gutter
Right Trunk Gutter
Trunk Lid
Tail Light Panel
L & R Tail Light Panel Reinforcement Brackets
Rear Valance Panel
Left Corner Valance Corner
Right Corner Valance Corner

Guess I can’t post my e-mail address in the ad description so please PM me if interested.

Thanks!!!

Attached Images

     

Related Posts
1969 Dodge Charger Project.

$11,000.00

Had this on E-bag and was probably the "ONLY" 69 Charger that had legitimate bids on it and only went to $6300.00?? I guess people think that they can build a car with a load of new parts for a whole lot less??

Perfect opportunity right now to build a Charger pretty much anyway you want, body color, interior color, engine combo, etc.

Let me start off by saying that you will need an inventory of parts & or a donor parts car to put this car back together with as I have no parts that go with this car other than what you see. This is pretty much the way I got it. There are no brakes, drive train parts, moldings, glass or anything. The interior is empty also, no dash, no seats, no door panels....nothing but the VIN tag and a title.

The rear end and leaf springs that are under this car now "does not" go with the car. They are just under the car now so as to roll it around. I am trying to locate a rear end and leaf springs to put under it but if whoever ends up with the car, happens to have a rear end and leaf springs, you can bring them with you and we'll exchange the rear suspension when you pick it up. I also put this front suspension under it to roll it around and the front suspension does go with the car. There are no torsion bars.

I acquired this project car from a friend to build it the way I wanted to but due to physical limitations, I am turning it loose. In order for me to build it, I would probably have to pay someone to do the work that I could normally do on it.

This Charger has approximately $13000.00 of AMD sheet metal & components on it alone "excluding installation labor" and other expenses as the person that was building it prior to our purchasing it, wanted practically everything new so they purchased and installed the list of parts at the bottom of this ad.

The car needs a couple of sheet metal parts detatched and re-positioned correctly but other than that, it will need finish welding, grinding, seam sealer, etc, etc, etc! The one area that was not done as it would have been originally is the floor pan area underneath the back seat. Cant tell exactly what all was done except it looks like someone welded some flat sheet metal in place but if the new owner wants to change it to look original, it shouldn't be to difficult to do. The front half of the rear frame rails were modified and reinforced and do not look original but again, this to can be changed to original if you want. It also has frame connectors welded in place.

Will be happy to assist with delivery or help with delivery arrangements.

Below is a list of the NEW AMD sheet metal parts I mentioned earlier in this ad description.

Hood
Left Fender
Right Fender
Radiator Core Support Assembly
Left Door Shell
Right Door Shell
Left Rocker
Right Rocker
Left Front Floor Pan
Right Front Floor Pan
Left Rear Foot Floor Pan
Right Rear Foot Floor Pan
Left Side Trunk Pan
Right Side Trunk Pan
Left Trunk Pan Extension
Right Trunk Pan Extension
L & R Trunk Floor Valance Reinforcement
Left Rear Frame Rail
Right Rear Frame Rail
Left Rear Leaf Spring Mount
Right Rear Leaf Spring Mount
Rear Upper Shock Crossmember
Left Inner Wheel House
Right Inner Wheel House
Left Outer Wheel House
Right Outer Wheel House
Roof Skin
Roof Rear Upper Bow Structure
Deck Filler Panel
Deck Filler Panel Lower Plenum
Left Full 1/4 Panel
Right Full 1/4 Panel
Left Trunk Gutter
Right Trunk Gutter
Trunk Lid
Tail Light Panel
L & R Tail Light Panel Reinforcement Brackets
Rear Valance Panel
Left Corner Valance Corner
Right Corner Valance Corner

Guess I can't post my e-mail address in the ad description so please PM me if interested.

Thanks!!!


Attached Images

     

For Sale 1939 ? Laselle parts - AACA Forums

Exclamation1939 ? Laselle parts


I have front fenders , hood , misc. sheet metal parts for a 1939 ? Laselle... also grille sections , the grille has a small hole in it but was told it could be fixed,I got these parts in exchange for some work I performed and have no use for them , some of it is quite rusty but salvagble , I have no idea what it is worth , so if anybody can help with pricing it would be helpful.. thank you

Laselle parts - AACA Forums

Laselle parts


I have front sheet metal parts for a 1939 Laselle ( I think that is the right year) at
least thats what I was told,also some grille parts, my question is, does anybody know where I can list these for sale, my location is just south of Seattle. thank you.

Thursday, March 29, 2012

Mechanical Design Engineer – Creative job

Posted: March 28, 2012

Job Details

Company: Goddard Technologies
Location:  US  – Beverly, Massachusetts
Job Level: Mid-Level Staff
Field:  Service Design
Job Functions:  3D Modeling & CAD, Engineering

Description

Do you dream of finding a place where you develop something new every day? Is there never enough white board to write out all your creative ideations? Are the challenges of finding new and more efficent ways for products to succeed like pieces of candy for your craving brain? Well look no further finally here is that career path to provide a solution for all of those things!

Goddard Technologies Inc. is a growing, local, full service Product Development and Engineering firm, seeking an experienced, creative, and talented Mechanical Engineer ready to take on the world of innovations and help contribute to a well-rounded creatively savvy team.

The successful candidate will participate in and support engineering design teams, both internally and externally, and provide expertise as necessary and required.

Qualifications & Key Success Factors:
• Minimum 2-5 years designing with plastics, sheet metal, extrusions, castings, mechanical and electro-mechanical components. Knowledge of fabrication processes for sheet metal components.
• Prior experience using finite element analysis (FEA) for structural and thermal applications is a plus.
• Candidate must have the ability to manage projects within preset timelines. Prior experience preparing detail prints for fabricated parts is essential.

Attributes/Skills Required:
• Strong ProlEngineer or Solidworks CAD modeling and design experience.
• COZMOS Structural (FEA) experience.
• CFDesign Thermal (FEA) experience.
• Understanding of injection molding processes and equipment.
• Ability to build relationships and function within a team environment.
• Possess a strong initiative and creativity in problem solving.
• Ability to provide solutions toward a strategic goal.
• Effective at presenting solutions and designs to small to large audiences.
• Able to work with members of all levels of an organization.
• Strong desire to succeed in all that you do.

Requirements:
• BS Mechanical Engineering or Mechanical Technology.
• Minimum 2-5 years designing with plastics, sheet metal, extrusions, castings, mechanical engineering and electro-mechanical components.

APPLICANTS MUST ATTACH OR SEND A CURRENT RESUME

Apply Via Email

c.bailey@goddardtech.com

Web-Based Applications

Mechanical Engineer Candidate

NOTE:
Candidates who are not US citizens or permanent residents need to have authorization to work in the US in order to apply.

Wednesday, March 28, 2012

Review Of Small Machined Part and Sheet Metal Work » Just because

Small Machined Part happen to be and possess been in demand everywhere. Everywhere, you could find them selling properly and a lot of companies have bloom because of these types of small machined parts. This really is associated with the reality that many human activities now are produced together with the help, if not yet entirely by machines or perhaps machine operated equipment. To produce all of these machines work also to preserve their being of service to man, it is very important have knowledge of how small machined parts operate. In that case needless to say you have to know exactly where these small machined parts can be looked at and also bought. For this reason you must have an intensive source that may link one to businesses that supply these types of parts. It truly is for this reason that MFG partnersbrought on.

In this website you certainly will first be taken to different types of small machined parts that happen to be used in different parts of the planet. These types of small machined parts are useful in several distinct market sectors. First here will be your many telecommunication plus computer industries. This really is stated to be by far the most sought after industry now because of the developments in communication as well as networking that has got transpired in a very brief time.
Nearly every household now has pcs and definitely telephones and these merchandise is constantly with small machined parts. To make each item produced work, the small machined parts should be total plus well-made. They have to be flawlessly made as per the details of producer. Or even, the complete intricate system that was developed by authorities would definitely don’t succeed.

Small machined parts also are much crucial in various electronic industries. Ones used in the creation of home appliance and various furniture is one. To create this stuff work, each small machined parts should be in position. Whether it’s a small science project or maybe a brand spanking new invention that may be anticipated to hit the world by storm, practically nothing works if a person this little pieces would fail. It has always to be the complete package. Small machined parts definitely demand a painstaking eye that’s the reason it’s always wise to have the aid that you might want from a trustworthy source similar to this site.
Small machined parts as been said earlier are important in making a complete system work. It’s not expected to be able to work on its own. Any specific production that produces use of small machined parts needs hard work as well as a wide range of attentiveness.

Sheet Metal Works is quite well-known. Many of the industries call for sheet metal working. Sheet metal work is nothing but formation as well as development of sheet metal, flat and thin components of metals of different thickness. You can find diverse forms of procedures or perhaps works that can be executed on sheet metals. Included in this are, perforating, cutting, deep drawing, spinning, roll forming, spinning, press brake forming, rolling, ironing, bending, stamping, decambering, wheeling and deep drawing.

Metal Stamping Quality Control | Leafly Mould Blog

Metal stamping is a form of metalworking that is completed using various levels of difficulty. Almost anyone can form their own jewelry, flowers, numbers and letters out of metal using metal stamping kits or other tools. The higher the quality of the metal used, the longer these personal things will last. Metal stamping is also an industrial fabrication process used to create weaponry, vehicle components, dollar bill changers, vending machines, decorative sheet metal parts, medical life-saving devices, and many other items.

Stamping includes a variety of sheet-metal forming manufacturing processes, such as punching using a machine press or stamping press, blanking, embossing, bending, flanging, and coining. This could be a single stage operation where every stroke of the press produce the desired form on the sheet metal part, or could occur through a series of stages. The process is usually carried out on sheet metal, but can also be used on other materials, such as polystyrene.

When working with metal stamping in the industrial world, material quality is very important. A metal stamping company may work with aerospace or medical industries creating products that can save lives-if the metal used is of low quality, lives can be destroyed instead.

Stamping simulation is a technology that calculates the process of sheet metal stamping, predicting common defects such as splits, wrinkles, springback and material thinning. Also known as forming simulation, the technology is a specific application of non-linear finite element analysis. The technology has many benefits in the manufacturing industry, especially the automotive industry, where lead time to market, cost and lean manufacturing are critical to the success of a company.

Recent research by the Aberdeen research company (October 2006) found that the most effective manufacturers spend more time simulating upfront and reap the rewards towards the end of their projects.

Stamping simulation is used when a sheet metal part designer or toolmaker desires to assess the likelihood of successfully manufacturing a sheet metal part, without the expense of making a physical tool. Stamping simulation allows any sheet metal part forming process to be simulated in the virtual environment of a PC for a fraction of the expense of a physical tryout.

Results from a stamping simulation allow sheet metal part designers to assess alternative designs very quickly to optimize their part for low cost manufacture.

Quality control is important, from verifying the metal when it’s received to complete testing and inspection once the product is completed. Metal stamped parts can be made into fuel injectors for an automobile, engines in an aircraft, bayonet assemblies, and navigation systems used by the military. With components that can take lives if they fail, it’s important to ensure the company you’re working with takes quality control very seriously.

First inspection of the material when it is received is an important quality control process. If the metal company can verify where the materials that will be used in production come from, it is likely they take care to make sure your components do not fail on you. Material identification provides documentation as to where the metal has been before being used in fabrication; it shows where it’s made and how it’s transferred. By using metals from reputable sources, metal stampings are more durable, smoother, and last longer than questionable materials.

Final inspection of the completed component is just as important as material identification. By performing non-destructive testing and other inspection methods on the product, any defaults or other issues will be noticed. A company with high quality standards keeps their rejected products to less than 1%. This shows that quality control is completed during every step of the fabrication process.

Metal stamping prototypes are a great way to ensure that the final fabrication of all parts will be correct in tolerance, size, durability, and design. Whether the prototype is a working part or not, working with companies who offer this as an option can mean the difference between getting exactly what you want and a completed order that doesn’t match your needs.

From website

Edited by Leafly Mould Provides Injection Mold, APG Mold, Die Casting Mold, Stamping Mold

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  1. The Process Of Precision Metal Stamping
  2. What Is Metal Stamping
  3. What Is Stamping Die
  4. Stamping Die Process
  5. Progressive stamping

Monday, March 26, 2012

71 Cutlass Sheet metal - ClassicOldsmobile.com

71 Cutlass Sheet metal


Hi Guys, I'm new here, and what a great place! I just picked up a 71 Cutlass convertible with 46,000 miles on it...not sure if it's accurate or not but anyway I have some metal work ahead of me...Where is the Best place to purchase quarters, metal patch pieces, etc? Seems that many places offer the patches BUT...SHIPPING IS ALMOST AS MUCH AS THE PART!!..anyplace offer reasonable shipping charges? I'm in Massachusetts, thanks, Dan....also I'm not going to do a frame off resto, what do you guys suggest I put on the frame to protect it? ...it has surface rust on it now.Thankyou!

Sheet Metal Fabricator (WGR) | I Built It One Piece At A Time

Sheet Metal Fabricator
Position entail using fabrication machinery (brake press, shear, metal saw etc.) to fabricate sheet metal parts for a machine building application. Candidates must be familiar with reading blueprints and working with galvanized metal from 18 gage. Some MIG welding may be required occasionally, but is not the focus of this position. To apply, please respond to this ad with your updated resume. This is a 1st shift opening and does not require any travel. Pay is between 15-18/hr depending on experience.
  • Location: WGR
  • Compensation: 15-18/hr
  • Principals only. Recruiters, please don't contact this job poster.
  • Please, no phone calls about this job!
  • Please do not contact job poster about other services, products or commercial interests.

used sheet metal machinery – An article by Kirk Cash | Internet ...

All the Metal production experts use a variety of different techniques to produce customized fittings, parts, and other commercial and industrial solutions. Each technique produces a completely different product with different characteristics. Whether it is bar milling, sheet metal fabrication, or press brake forming, each has its own purpose and set of benefits.

Using a computer operated press brake forming machine, which runs at extreme pressures of approximately 350 tons, this machine literally squeezes metal into shape and produce sheet Metal Pressed components. Most of the machines can work with up to a 3/8″ thick material that is upwards of twelve feet in length. Press brake forming also works with a variety of different metals including brass, carbon steel, stainless steel, and aluminum. Therefore it is essential to check for its uses. If you need a metal housing for a particular part, brackets for machines. This is an ideal solution for anyone needing replacement parts, fabricated parts, large Deep Draw components, and equipment, metal framing, and even decorative touches, this method can be used efficiently numbers of brackets, and fastening solutions as well as prototypes for almost any type of machinery.

reforming an existing bar into a particular shape, length and different form to make it fit various jobs and specifications similar to running a router or shaper down a narrow length of wood is known as the Bar milling. This could be by taking traditional round or square bars and making them into hexagonal or angled bars, adding grooves or other features down to the entire length. It can also be made from various materials including brass and stainless steel. To create each shape, the specialist puts together a series of cutters that could be bevels, Heat Restricted Painting, round overs, slots, and much more. Finally, it is milled down to a smooth surface and made into the proper dimensions.

Sheet metal fabrication is ideal for detailing and precision cutting. With this method, specialists can use, fabricated parts, punching, shearing, Heat Restricted Painting, press brake forming laser cutting and welding to create virtually anything from this super-thin and flexible metal product. It is used for everything from cultivator shovels and hopper bottoms for the agriculture industry to conveyor parts, guards, Sheet Metal pressed components, frames, decorative metal forms, and many other items for a variety of other industries.

Deep Draw components also work as a column cover or for ventilation purposes. Fasteners and other components are also made using this method. This includes many different parts involved in the transportation, refrigeration, and conveying sectors as well as amusement park rides and other recreational activities.

You can select according to your needs and customize according to your real plans. The process of welding is used to piece everything together to finish the completed project. When all these procedures are finished that is complete, a quality provider will check the entire piece for quality, durability, and accuracy before handing it over for installation. For every technique there is sheet Metal Pressed components, and sheet metal fabrication, press brake forming, or some other technique, there is a process and the corresponding technology to produce the exact item you need.

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Sheet Metal Fabrication: An Art | I succeed by helping you succeed

Posted in | Blogging, Business

The operations involved in sheet metal fabrication are varied and complex. Each step in the operation accomplishes a specific task and also produces a defined chemical and physical change in the metal. The finished product can be iron, steel, aluminum, copper, or a combination of several metals and alloys. Skilled craftsmen perform a series of operations that produce a finished product that can truly be a work of art.

Every operation is performed according to drawings prepared by engineers and draftsmen based on customer designs and specifications.

Modern equipment uses computer numerical control (CNC). CNC allows the machine operator to input dimensions for a part into a computer that controls the stops and tools in the machine the operator is using. CNC reduces scrap, prevents mistakes, and makes production faster and more efficient. Many modern CNC machines are designed to allow several operations to be performed by one machine. CNC machines can shear, punch, cut, burn, and weld most metals.

Extremely intricate and detailed designs are possible using CNC. CNC burning operations can produce intricacy of patterns that look like lace.

The operations involved in manufacturing are basically the same and follow the same sequence regardless of the metal that is being fabricated.

The operations involved are:

Shearing – cutting the metal to a specific length and width. The back stop is set by the CNC control to a specific length for each dimension. This operation is the most physically taxing of all operations and may require added equipment like magnets to allow the operator to move the piece.

Punching and Cutting – using punches, dies, and burning to place holes of specific dimensions at specified locations of the flat sheet. Many CNC devices have the capacity for as many as twenty-four different punches to be loaded in one operational setup. This allows the operator to produce more parts in less time. Some parts are so small that they have to be punched by hand on an iron working punch. For multiple punches on the same part a punch press in used.

Braking – bending the flat metal part at specific places to form a shape defined by the design. The CNC equipment moves the stops to the correct dimension and instructs the operator to use the correct die and punch bar.

Welding – joining metal parts together through electric welding by wire, stick, and other methods.

Painting – cleaning, priming and painting the part. This operation involves cleaning the metal with solvent, pre-coating the metal in a chemical bath that prepares the metal for painting, spraying the paint on the part, and curing the piece in a forced air oven.

Assembly – putting all the parts together per the design drawing.

Sheet metal fabrication is a complex set of operations that produces a part of everything people use in their daily lives. Automobiles, homes, aircraft, kitchen equipment, sport vehicles, and toys are just a few of the products that use this method of manufacture. This business is an art form and can produce designs of tremendous beauty and complexity.

Comments

The Relationship between Cosmetics and Aluminum Powdered Parts

by Andrea Mustine, IQS Editor

The funny thing about industrial materials is that they can be utilized in ways the average consumer would never think possible. Thankfully, it is not average consumers but innovative industrial minds that are constantly stretching the boundaries of applications for various products, creating new forms for materials that will benefit new markets. Not only does this mean more jobs and financial security for certain material industries, such as powdered metal, but it also means that technological advancements are never neglected but always being pursued. This developmental phenomenon can sometimes take shape in extremely unexpected business arenas. For example, aluminum powder parts, which are an innovation in and of themselves, are being utilized within the cosmetic industry as well as the manufacturing of metal parts for automotives, electronics and medical instruments, among other products.

Powder metal parts utilize powdered metal compounds rather than sheet metal or molten metal to create products for specific manufacturing settings. Aluminum powder parts have risen in popularity in the last 20 or so years because they are so economical. The characteristics of aluminum powder parts do not vary from the characteristics of molten and molded aluminum parts or sheet metal parts that have been cut and formed into products. They are just as strong, lightweight and durable, with the additional advantage of having an inexpensive and environmentally friendly manufacturing procedure. The basic process involves dies that can be simple or highly complex being filled with powdered aluminum and then exposed to incredible pressure, which combined with heat or sintering creates a solid part within the die that can be extracted looking like a fully finished item. This is the other major benefit of using aluminum powder for parts; the final look is polished and shimmering without requiring any secondary processes. This shimmer is also why aluminum powder it used in the cosmetic industry for a variety of make-ups and deodorants.

Cosmetic Images From Wikimedia Commons     Image Source                                   Image Source

The cosmetics industry is one that has thrived in our modern society, which is obsessed with personal hygiene as well as personal appearance being flawless. Aluminum powder is beloved in the cosmetics industry because it functions as a thickening agent and a pigmenting ingredient. It is a nontoxic element, which means it is safe to spread (in small amounts) on the human body, and is also beneficial for a number of industrial manufacturing facilities utilizing it for various products and parts that need to be sanitary. Aluminum powder contains salt, which is why deodorant manufacturers purchase and utilize it. Aluminum salt is the active ingredient in antiperspirants that blocks the sweat glands under arms and stifles the dampness produced by the human body. It is the only FDA approved ingredient that controls sweat, which means aluminum powder is vital to this particular cosmetic industry.

Another popular venue for aluminum powder within the cosmetic industry is shimmering facial powder, which can be used for the eyes exclusively or spread widely for an all-over glow. It is also helpful in compacting the powdered make-up into solid pallets, which makes packaging and shipping a much easier task. Because it is FDA approved, aluminum powder is the only ingredient that can create the appearance of shimmer that is prized by make-up artists and everyday consumers. Without it, the cosmetic industry would be producing much duller make-up options, and our human scent would be considerably stronger and more humanly distinct. The fact that aluminum powder has a place in the cosmetics industry is pretty astounding, since one would assume that metallic elements would only be useful in industrial markets. However, aluminum powder is a perfect example of how innovation in the blending of elements in surprising settings has led to making our world a sweeter smelling and prettier place.

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The Relationship between Cosmetics and Aluminum Powdered Parts, 5.0 out of 5 based on 1 rating
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Sunday, March 25, 2012

Planes Management Assistance – You absolutely need the Greatest ...

Mar. 25.

Hydraulic airplane jacks produce solutions once they are by far the most versatile and best quality aircraft jacks to get general aviation, light airplane and corporation aircraft jacks, regional and even commercial aircraft jacks.

“The Aircraft Blue Air route fleet carries a comparatively test average years of five years in every aircraft, ” excellent celebrity writer Ben Sosa commented. You would possibly not know precisely how that operates.

The problem encountered in your welding associated with superalloys cracking and also fissuring. A crack is really a large planar divorce visible to your unaided observation. A flying, self-propelled airbase, though not equipped to handle large transportation planes for example the C130 Hercules.

By bringing down costly unscheduled jet maintenance and catastrophic hardware failures, High Rate Maintenance to improve and strengthen america military inside the years in advance. Philosophically conversing, what will be the difference? Not significantly, not much in any respect actually. Plus, and remember our company is talking on the subject of high-humidity, high-heat, high-salt bottle of spray environment, so programs to primarily make vulcanized plastic cement there has to be right? See that period. As metallic is regarded as being fireproof together with aluminium for being fire immune, unfinished sheet metal parts may already often be assumed to meet up with the fire resistance together with flash amount of resistance tests. However, parts filled with alloys such as, do involve testing. Ben shares knowledge; “I ‘m 12-15 (it is probably specific), and a couple of days ago I ‘d a superb business thought: washing aeroplanes. I does some research about them and discovered you have already executed this, and happen to be clearly the person to inquire.

By Gabriella | Posted in Uncategorized | Both comments and trackbacks are currently closed.

Welding sheet metal Video

Welding sheet metal

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This video was posted by Ken Gilmore

Description

http://www.kgequipment.com is a welding, metal fabrication and laser cutting service serving the needs of commercial and industrial businesses.We fabricate to your design but pride ourselves on exceeding your expectations. We have the knowledge, expertise and resources to design and fabricate to your needs.

Call (215) 781-1730
or

email services@kgequipment.com with any questions.

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Metal fabrication is the term used to describe the process of bending, cutting, and assembling metal structures from various metal parts and pieces. The process of cutting the metal during fabrication is generally done through sawing or shearing, laser cutting or punching. The process of bending is done through press brakes. Press brakes use various dies to be able to achieve the different types of bends that are required by a project. Both the cutting and bending of the metal during fabrication are the first steps. Once each pieces of metal are cut and bent to their appropriate sizes and shapes, they are assembled together through welding.

Stamping is another process in metal fabrication that is used for large quantities of the same part. The first step is creating a stamp, or mold which is used in a stamping machine to stamp the parts out of a piece of sheet metal. This process is used for making a large quantity of the same part. It is expensive to build the mold, but once the mold is obtained, many parts can be made quickly thus decreasing the cost per part. Stamping is often used for items such as vents, panels, hinges, and much more.

While various types of metal are used in metal fabrication, steel is by far and away the most common. Steel is an alloy of primarily iron with varying amounts of carbon added, generally 0.2% to 2.1%. Carbon is the most common alloying element due to it being the lowest cost and adding desirable traits to the metal such as increased strength, malleability, and hardness depending upon the amount of carbon added. While carbon steel is extremely useful and versatile, one problem with it is that it corrodes and rusts. If that is a concern for the project, then the item must be either coated or painted for protection, or instead can be made of stainless steel for corrosion resistance. An alloy of steel, chromium and nickel creates the most common type of stainless steel fabrication which is Type 304, or "surgical steel". The alloys described above just a few of the vast array of metals that are available for use. When planning a project that involves metal fabrication, one should be able to count on their metal fabricator to recommend and obtain the best type of metal for their purpose.

Metal fabrication is an industry that is growing. There is a wide variety of fabricators and it's important to select the company that will best serve your needs. A good fabricator will be able to recommend the best metal, be able to design your project for manufacturing, and have a capable manufacturing facility in order to provide you with the best product at the best price.

Friday, March 23, 2012

used sheet metal machinery – An article by Marcelino Stokes ...

All the Metal production experts use a variety of different techniques to produce customized fittings, parts, and other commercial and industrial solutions. Each technique produces a completely different product with different characteristics. Whether it is bar milling, sheet metal fabrication, or press brake forming, each has its own purpose and set of benefits.

Using a computer operated press brake forming machine, which runs at extreme pressures of approximately 350 tons, this machine literally squeezes metal into shape and produce sheet Metal Pressed components. Most of the machines can work with up to a 3/8″ thick material that is upwards of twelve feet in length. Press brake forming also works with a variety of different metals including brass, carbon steel, stainless steel, and aluminum. Therefore it is essential to check for its uses. If you need a metal housing for a particular part, brackets for machines. This is an ideal solution for anyone needing replacement parts, fabricated parts, large Deep Draw components, and equipment, metal framing, and even decorative touches, this method can be used efficiently numbers of brackets, and fastening solutions as well as prototypes for almost any type of machinery.

reforming an existing bar into a particular shape, length and different form to make it fit various jobs and specifications similar to running a router or shaper down a narrow length of wood is known as the Bar milling. This could be by taking traditional round or square bars and making them into hexagonal or angled bars, adding grooves or other features down to the entire length. It can also be made from various materials including brass and stainless steel. To create each shape, the specialist puts together a series of cutters that could be bevels, Heat Restricted Painting, round overs, slots, and much more. Finally, it is milled down to a smooth surface and made into the proper dimensions.

Sheet metal fabrication is ideal for detailing and precision cutting. With this method, specialists can use, fabricated parts, punching, shearing, Heat Restricted Painting, press brake forming laser cutting and welding to create virtually anything from this super-thin and flexible metal product. It is used for everything from cultivator shovels and hopper bottoms for the agriculture industry to conveyor parts, guards, Sheet Metal pressed components, frames, decorative metal forms, and many other items for a variety of other industries.

Deep Draw components also work as a column cover or for ventilation purposes. Fasteners and other components are also made using this method. This includes many different parts involved in the transportation, refrigeration, and conveying sectors as well as amusement park rides and other recreational activities.

You can select according to your needs and customize according to your real plans. The process of welding is used to piece everything together to finish the completed project. When all these procedures are finished that is complete, a quality provider will check the entire piece for quality, durability, and accuracy before handing it over for installation. For every technique there is sheet Metal Pressed components, and sheet metal fabrication, press brake forming, or some other technique, there is a process and the corresponding technology to produce the exact item you need.

John Peter is a

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Production Metal Stamping Companies Manufacture Necessary ...

March 19, 2012 on 9:25 pm | By | In Small Business News

Metal stamping has been in existence in one form or another among various peoples around the world for centuries. Today the process is used in the manufacture of all kinds of metal products from cans to car motors and solar panels. Metal stamping is defined as the process by which sheet metal is imprinted with designs or identification numbers or is turned into parts for many different types of products. Production Metal Stamping refers to a type of high volume metal stamping most often used to manufacture parts for automobiles, trucks, boats or filtration systems as well as similar types of products.

A company that offers Production Metal Stamping can usually work with sheet metal with a thickness of just over one third of an inch. Some of the metals that are typically used in high volume stamping processes include steel, stainless steel, aluminum, brass and copper. A metal stamping company begins the process by creating a prototype of the product using a laser tool. Once the prototype has been approved by the customer, the production cycle can begin. The product die is constructed, then is maintained throughout the production run. Special dies such as compound, cutoff, form and press brake dies are usually offered as part of the service.

Once the production run has been completed, a Production Metal Stamping company can do the needed finishing on products if needed. Some of these finishing processes include painting, powder coating, deburring, anodizing and similar tasks. If needed, the product components can also be assembled before they are shipped out to a customer. Finally, the quality of the final product is ascertained using a variety of special machines. Tests are conducted on a product’s three-dimensional components and its overall structure using a coordinate-measuring machine and a computer numerical control machine.

Some of the other jobs a Production Metal Stamping company can do include finishing products by welding components together, using various welding tools including spot welders, robotic welders or metal inert gas (MIG) or tungsten inert gas (TIG) welders. Many commercial metal stamping companies can also manufacture tubing, including metal, filter or perforated tubing with a thickness of up to one-fifth of an inch. Large orders of customized metal components can also be manufactured by a production metal stamping business, such as brackets or mounts. No matter what kind of product is needed, a reputable commercial metal stamping company is ready to produce it.

Thursday, March 22, 2012

Fein Power Tools Universal Sheet Metal Shear Parts List for FEIN ...

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Production Metal Stamping Companies Manufacture Necessary ...

March 19, 2012 on 9:25 pm | By | In Small Business News

Metal stamping has been in existence in one form or another among various peoples around the world for centuries. Today the process is used in the manufacture of all kinds of metal products from cans to car motors and solar panels. Metal stamping is defined as the process by which sheet metal is imprinted with designs or identification numbers or is turned into parts for many different types of products. Production Metal Stamping refers to a type of high volume metal stamping most often used to manufacture parts for automobiles, trucks, boats or filtration systems as well as similar types of products.

A company that offers Production Metal Stamping can usually work with sheet metal with a thickness of just over one third of an inch. Some of the metals that are typically used in high volume stamping processes include steel, stainless steel, aluminum, brass and copper. A metal stamping company begins the process by creating a prototype of the product using a laser tool. Once the prototype has been approved by the customer, the production cycle can begin. The product die is constructed, then is maintained throughout the production run. Special dies such as compound, cutoff, form and press brake dies are usually offered as part of the service.

Once the production run has been completed, a Production Metal Stamping company can do the needed finishing on products if needed. Some of these finishing processes include painting, powder coating, deburring, anodizing and similar tasks. If needed, the product components can also be assembled before they are shipped out to a customer. Finally, the quality of the final product is ascertained using a variety of special machines. Tests are conducted on a product’s three-dimensional components and its overall structure using a coordinate-measuring machine and a computer numerical control machine.

Some of the other jobs a Production Metal Stamping company can do include finishing products by welding components together, using various welding tools including spot welders, robotic welders or metal inert gas (MIG) or tungsten inert gas (TIG) welders. Many commercial metal stamping companies can also manufacture tubing, including metal, filter or perforated tubing with a thickness of up to one-fifth of an inch. Large orders of customized metal components can also be manufactured by a production metal stamping business, such as brackets or mounts. No matter what kind of product is needed, a reputable commercial metal stamping company is ready to produce it.

Wednesday, March 21, 2012

Small Plastic Parts, Small Metal Parts ,Small Machined Parts and ...

Small Plastic Parts, Small Metal Parts ,Small Machined Parts and Numerous Solutions From ILG

If you were in search of quality Small Plastic Parts or metal fabrication services, then this could be the correct place. The service provider provides custom along with unique sheet metal fabrication together with other similar services. They’ve been interested in this business for longer than 20 years as well as have expert knowledge. They give you commercial, industrial and residential solutions. They focus on offering a totally designed system intended for facilities similar to hostipal wards, office buildings, retail stores in addition to industrial sectors. Their 7400 sq ft facility permits them undertake employment of any size. They fabricate all types of HVAC sheets, Metal Parts Small and likewise copper, stainless steel, aluminum and likewise galvanized steel sheets. This particular service provider should be trusted in line with the premium quality of their work. Metal fabrication involves knowledge of quite a few parts like sourcing the right materials, employing the correct manpower, using state-of-the-art technologies along with hands-on experience. A short look at a lot of the capabilities supplied by this particular service provider will show you precisely why they be prominent despite the opposition in that field.

Features State-of-the-art technology: The installation of high-end technology makes sure that resources are employed correctly. Additionally, it minimizes wastage so helping in optimum usage of resources. This makes top quality sheet metal fabrication potential. They prefer the modern techniques along with digital equipment to complete the duty. With all the latest technology helps in filling out the job on time plus in obtaining accuracy too.

Economical:

The service supplier has a in-house facility from which the manufacturing procedure is conducted. This in-house production potential helps in lowering cost and the benefit may be given to clients.
Trained along with experienced staff: The installation of correct people for the best job can be quite essential for meeting production targets. This business has trained along with experienced staff. The metal fabrication work is managed along with run by which they breath been in the trade for quite some time as installers, shop workers, shop foremen along with managers. Different Kinds Of Services: All types of services are offered under one place. Besides sheet metal fabrication, additionally, they offer the following services. * Air Distribution Systems * Air Cooling

* Asbestos Eradication
* Cladding Services
* Duct Insulation
* Heating Solutions
* Heating and air conditioning Services
* Hydronic Heating
* Insulation
* Mechanical Development

Choosing the best precision machining company to make your finished products is usually a daunting task. Subsequently, when looking for companies intended for precision CNC machining, screw machining, tooling, or simply any other variety of manufacturing, it truly is imperative to give weight to multiple criterion. With that in mind, there are several dos along with donts to reside by, at least to make a genuine effort to take into consideration when coming up with a final selection.

Even though the majority of precision machining companies normally work together with one variety of CAD/CAM programs or another, they still do frequently work with sketches which are hand drawn. Even though hand sketches are often used only while in the first stages of a design. Precision machining works extremely well on a selection of materials that include graphite, bronze, steel, plastics and glass to name a few. See the Machined Small Parts resource center for live examples.

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Tuesday, March 20, 2012

The Importance of Sheet Metal Parts Manufacturer, Sheet Metal ...

In the modern hectic technology driven life, nearly all sphere of our own life may be affected by the automated machines focusing on the concept of Sheet Metal Works and precision engineering. It really is the sort of strategy of providing high precision machining components in addition to parts that features significantly reduced the marginal line output problems encountered by highly challenging industrial set ups. Whether it is the nuclear industry, automobile sector, textile mills, paper & pulp industry, aeronautical industry, or any other industry sector, precision CNC machining performing on the concept of ‘Computer Numeric Control’ will be broadly found in nearly all sphere.

After the CNC machine starts off working it performs major operations similar to inserting the drill in the spindle, causing the spindle, placing the work-piece pertaining to drilling, machining of Sheet Metal Parts for precise hole then turning off the spindle inside a quite a computerized manner. These kinds of automated machines have improved the production lines of countless industrial sectors. The procedure in really important, however it needs knowledge along with very professional CNC engineers pertaining to executing precision CNC machining tasks.

No matter the production strategies applied in some of the very demanding industry industries, their high precision machining requirements are outsourced towards the integrated manufacturing solution suppliers able to handle the needs of large, moderate in addition to small industry industries. You will find many companies like Dennis Ferranti Group working in the marketplace focusing on the agreement manufacture of Mechanical, Electromechanical along with Electronic goods. These providers make the most of precision CNC machining procedure with regard to handling auto-operated machines in which runs on system fed programs. Subsequent are the points that can help you find a trustworthy precision engineering company that gives high quality work at cheap pricing.

1. Proceed for the companies by means of offline and internet based directories You could start your search for a reputable company through the offline directories or perhaps yellow pages as well as the online sites. You’d probably usually look for a list of company names offering this sort of services. You can certainly manage to get thier other details from all of these web directories specializing in Sheet Metal Fabricators applications.

2. Be sure that the company offer custom made order specific to your requirements That is just about the most crucial sides of a vendor that cannot be ignored whatever it takes. When the company is struggling to focus on your distinct requirements, there isn’t any need to remain on.

3. Request a previous sample at work

This will provide a clearer understanding of the standard of work furnished by the company. It is essential to make certain that the final output available from the company is at par the quality objectives you might have from them.

Precision Metal machining, often known as Diamond Tools for Cutting (SPDT), with high precision Machine tool And single crystal diamond tool pertaining to cutting, mostly with regard to copper and aluminum must not be grinding the soft metal precision machining, like the computer while using drum, disk as well as high-power laser with a metal reflector, etc., as compared to cutting accuracy of 1 ~ 2 higher grades. So if you are seeking to acquire Precision CNC Machining
www.MFGpartners.net along with www.IndustrialLeaders.com may be the perfect online sources to accumulate them.

15. March 2012 by Jasmine
Categories: Uncategorized | Tags: , , | Comments Off

Unfolding a Metal Part with VISI Strip - Compass Technologies

VISI will allow you to unfold any metal parts you have with relative ease and gives you flexibility when doing so to maintain the integrity of your part.

Start the process by opening or importing the part into VISI. Using the option in the “Progress” dropdown “Part Study”. After selecting the part through the Part Analysis Build the options for defining different part properties opens up. This window allows for the defining of part material properties and different unfolding methods.

The material properties are sorted by “Family” (brass, copper, steel, aluminum, etc) and “Materials” (specific material specifications within the chosen family). There are default ones that come with the installation of the VISI product, but if you have additional materials to add, you can access the library by clicking the icon in the top left “Family Properties” and then editing in that menu. The thickness of the part can also be defined as “t” and the material side at the bottom of the left column.

The right side of the Part Properties window is devoted to defining the unfolding calculations applied to the part. The first option is for defining the neutral fiber on the bend. Bending a sheet metal part produces stretches and compressions onto the part. If the tension stress is onto the external side of the fold, the compression of material is assumed onto the internal side. The stretching tension increases the original dimension of the part, while compression reduces the dimension. The boundary between stretching and compression is the neutral fiber where the original dimension remains unchanged. VISI offers two methods for finding this value: Manual (select between 1/3, ½, 2/5, and 5/12 where the fractions refer to the position through the metal thickness that you want to define the neutral fiber) or Automatic (using Romanoski, Oehler-Kaiser, or Sharp Corner algorithm methods).

There is also the option for selecting the unfolding type used. Constant length unfolding uses an algorithm that forces the arc length of the bend on the chosen or calculated neutral fiber to remain constant. When the bend is unfolded, the radius and centre point of the selected bend must change to maintain a constant arc length. Constant radius unfolding uses a separate algorithm that forces the radius of the bend on the neutral fiber to remain constant.

Linear extension after the bend unfolds the bend creating a surface with the same radius and adding a plane surface after the bend to have the same neutral fiber length. The linear extension before the bend performs in the same way, but adds the surface before the bend.

After all of the unfolding specfications are set, the actual unfolding steps can be created. Start by selecting the face to unfold from and an origin point. Typically, you can use the automatic unfolding feature for all but the most complex parts to get a flat blank for the part. After the blank is created as a goal to unfold toward, switch to the “Step” tab and add a step to the strip unfolding. A copy of the previous part will be created. By right clicking on each othe bends in the part, a dialog opens to allow for a bend angle specification. Through this, you can work backward through the strip by defining the bends at each step.

Once all of the steps are created, switch to the final “Solids” tab and “Rebuild 3D Parts” to add the material thickness back onto each step.

Strategies For Sheet Metal Products, Sheet Metal Parts ...

Nuances Of Large Machining and Sheet Metal Works Plus Prototype Machining

Since this machine is very multi faceted it is also pricey to buy. A lot of companies do not want to invest their funds into such heavy machinery all the time. On the other hand, at the same time it is very essential and useful to have got such a machine at your disposal to utilise.

Bear in mind, that “list” associated with steps is simply just simply an abbreviated path through one modest part of your day. On the other hand, chances are that in every one of the steps, from getting up in the morning to going onto the bus- you mysteriously came into contact with some thing touched by present day Sheet Metal Parts Manufacturer needing CNC machining services.

turning as well as in-house fixturing with them. These are very important to know in advance in regards to the various pros and cons of the products that are to be developed using large machining.

Flipping is used to produce cylindrical shapes by lowering off external top of the workpiece with a single-point decreasing tool mounted on a new lathe machine – controlled manually or maybe through a computer. Through turning the application remains parallel to the workpiece axis. There are two sorts of turning process -Taper converting and the Contour Flipping. In taper converting the cutter application is kept a good angle to the function axis while in Contour converting, the distance of the decreasing tool varies from the effort axis to produce the required geometry. Innovations in automation have got really complemented Machining surgical procedures to produce accurate as well as modular components, flexibly as well as cost-effectively.

In the past precision machines had been built on a tailor-made basis to suit the requirements of the application builder customer. On the other hand today because the machine can perform many different operations they can be built for stock or later sale. Some sort of CNC machine costs approximately 40,000 for a vertical centre and 5 million for any flexible machine system regarding engine blocks.

One example is, exhaust systems, website mounts for OEM’s, clinching gear, float accessories, and welded parts regarding aircraft are all furnished by dedicated aerospace machining companies and Sheet Metal Fabricator, scheming to make aerospace products much more useful, advanced, and thriving. Think about the usefulness of the plane before it was brought to modern machinery. It was not capable of flying prolonged distances, it wasn’t capable of particularly difficult maneuvers, and to be honest – it wasn’t capable of much.

The idea of “Machinability” refers to how simply a material can be machined in machining centres. The operation of machining something involves taking away pieces of it having a series of different machine methods like power saws while on an assembly line inside of a factory. Materials will be machined in order to place them into a particular design.

Speed is another benefit of using CNC lathes. This consists of fast turnaround times as machinists become more useful and are able to produce numerous quality and the exact same machined outputs each hour. The extensive usefulness of computer-controlled lathes is also a primary reason they’ve become a top preference when it comes to machining equipment. In addition to forming and shaping different materials, they will also perform a wide range of functions that include converting, boring, chamfering, facing, and also inside thread as well as outside thread.

Monday, March 19, 2012

Small Plastic Parts Manufacturer, Small Metal Parts ,Small Machined ...

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