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Duke Aerospace An Emerging Leader in the Aerospace Industry.

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Duke Aerospace is concentrated on the production of highly-complex aerospace ingredients and assemblies processed from titanium, nickel based alloys, heat-treatable steels, and aluminum. Our processes include high-speed machining, lengthen forming, hydro- forming, and labor intensive wire- makes use of.

Manufacturing in Americaica

Due to the fact 2001, Duke and its group of companies have focused with acquiring and growing manufacturing entities that supply the world with complicated, precision engineered components for a vast array of market sectors. Today, Duke Aerospace is focused on the Aerospace & Defense, and Energy-related industries. Through the acquisition and operation with key Aerospace manufacturers, our mission may be to support the resurgence associated with manufacturing jobs that once defined America??s dominance. We believe Aerospace manufacturing is the main, last great foothold associated with American manufacturing, and at Duke Aerospace we specialize in building on that tradition.

Duke Industries (Asia & Europe Operations)

Inside markets abroad, Duke Industries has dedicated to components and assemblies inside Automotive, Electrical and Energy industries. Throughout Asia and Europe Duke Industries equipment or operates numerous industrial facilities that produce intricate, machined components. This includes companies: Fight it out Corporation Limited, a manufacturer of precision assemblies and machined ingredients which today employs a lot more than 800 people; Transport Solutions India which produces vehicle carriers, flatbed trailers, special tankers and emergency effect vehicles.

In the previous we controlled Autoline Industries Ltd. participating in the company??s rapid growth from being a small sheet metal stamping facility, to today a respected supplier to automotive Original Equipment Manufacturers such as General Motors, TATA, and Ford.

Stanton Dodson

Chairman and Managing Partner of Duke Equity. Prior to founding Fight it out Equity in 2001, Stanton Dodson served as Chairman (Executive) and was co-founder people Data works, a NYSE EURONEXT-listed Financial Services company which enjoys exclusive joint ventures while using the US Treasury, the Country wide Reserve Bank, and a few leading banks including Citibank, Chase and American Express to process a lot more than 2 Billion financial sales annually. Stanton also founded and served as Taking care of Partner of TransGlobal Funds, an NASD regulated finance services firm that provided growth capital for start-up and growth stage companies in the us. Stanton was educated at the University of South Carolina along with the London School of Economics. He currently serves as Chairman associated with Duke Aviation Engineering, and in the Board of Directors of Autoline Industries Limited, Friends and family Care India, TacForce Security Solutions, Transport Solutions India and relating to the Advisory Board of the brand new Zealand Innovation Fund. To acquire more information about Stanton Dodson, i highly recommend you visit his LinkedIn profile.

This article is presented by Duke Equity Lovers, a company founded by US entrepreneur Stanton Dodson.

Foremost Milestones In Pharma Industry

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In India, the pharma industry is about to set a new height and well known in the third world countries as manufacturing pharma products by high volume. This industry is one of the fastest growing industries and helps in raising Indian economy. There are numerous well known pharma companies in India which ensures their existence on a global scale. These pharma companies are known for its best quality products and equipments. These reasons are considered as the key facts behind the developments of the industry which include mature population, modification in disease profile, mounting patent system and socio-economic conditions.

The Pharma companies in India are mostly deals in developing, producing and marketing drugs licensed for used as medications. The Vardhman Pharma in India is one of the renowned organizations which believe in the best quality of medicine and latest technology integrated equipments. The Pharma companies in India are dealing in the wide ranging potential in the complex field of drug manufacture and technology. The Pharma companies in India are indulged in the chemicals, tablets, capsules, orals, bulk drugs, drug intermediates, pharmaceutical formulations and injectibles. They are involved in fulfilling 70% of the countrys demand related to medication & equipments. The pharmaceutical industry in India has low costs of production and innovative scientific manpower which makes it more powerful on global scale.

In India, numbers of well recognized manufacturers are establishing themselves as the market leaders in the pharmaceutical industry. Vardhman Pharmaceutical is one of the most eminent manufacturers of the chemicals, tablets, capsules, orals, bulk drugs, drug intermediates, pharmaceutical formulations and injectibles. These companies are involved in producing and supplying a complete variety of high class refined pharmaceutical formulations. There are various Pharmaceutical Manufacturers which known for their chemical free and entirely a natural product resulting from organic source products. These Pharmaceutical Manufacturers are involved in the high quality manufacturing drugs, critical care products, diagnostic kits, biotechnology products and many more.

Vardhman Pharmaceutical is one of the leading companies in pharma domain in India. Pharmaceutical Manufactures are also highly demanded in foreign countries as well. Pharmaceutical Manufactures are indulged in manufacturing wide range of products which include anthelmintics, oncology, anti-bacterials, cardiovascular drugs, antibiotics, nutritional supplements, anti-ulcerants, anti-asthmatics and corticosteroids. Pharmaceutical Manufacturers also offers other services like quality control, engineering, project appraisal, plant supply, consulting, commissioning and know-how transfer, support and lots more. Due to these Pharma Companies, the future of pharmaceutical industry is looking much growing and attractive. These days, Pharmaceutical Manufacturers are generating high revenue from the overseas markets which helps in reforming overall economic structure of the country.

Chemical Hazard List For The Chemical Industry

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When we are dealing with chemicals in the workplaces, we will be exposed to the chemicals-associated potential hazards that would harm our health and safety, environment and plant facilities. Adequate information about chemical hazards will greatly help us during hazard identification study and ensure no hazards left to be identified.

The list below shows hazards those are associated with chemicals preservation, loading and unloading operation, transportation, usage or maintenance work.

1. Fire. This may be caused by flammable, combustible or reactive chemicals.
2. Explosion. It comes with flammable, combustible or reactive chemicals.
3. Heat. As the result of reaction of the chemicals with another one.
4. Toxic gas. Such gas is also possible to be introduced when two or more chemicals reacting or through decomposition reaction.
5. Corrosive vapors.
6. Harmful to human health: eye irritation, corneal damage, eye burn, skin irritation, skin burn, headache, dizziness, nervous system depression, liver damage, kidney damage, heart damage, tract irritation, death, etc. Each chemical may have different health effects and this information can be extracted from the MSDS.
7. Environment contamination. Chemical spill and waste are common environment contamination factors.

The first step that has to be followed is to make a list containing hazardous chemicals used in the plant site. After that, refer to each MSDS for identifying the hazards. From MSDS, we can recognize different hazard control for each chemical.
Some chemicals that are commonly found in chemical plant operation are hydrochloric acid, sodium hydroxide, hydrogen peroxide, phosphoric acid, formaldehyde, methanol, nitric acid, sulfuric acid, hydrogen and etc.

Dont forget to update the chemical hazards list regularly or when change exists. This is so important and will directly affect the hazard identification list.

How 3D Scanners are Used in the Precision Parts Industry

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The use of 3D scanners is widespread among companies that make a large range of precision parts. A 3D scanner is a highly accurate measuring device, making it perfect for jobs that have a low tolerance for error.

Specifically, 3D scanners use laser technology to sample or scan a surface. There are various ways these scanners can be utilized, with the main difference being the amount of power used. When the surface of a part or object has only to be digitized, a 3D scanner will be set for low power.

3D scanners allow technicians to uncover information about a scanned surface.
3D scanners are versatile and programmable, allowing technicians to perform a number of delicate precision measuring tasks.

Among various 3D scanners on the market are very high-accuracy instruments that perfectly measure a three-dimensional shape. This use of 3D scanners is common in the casting and sheet metal stamping industries. Another type of 3D scanner is used when its necessary to measure three-dimensional shapes of plastic parts, press-formed parts and cast parts.

There are 3D scanners that use a technology known as laser beam light-sectioning. Here, technicians scan parts and other work pieces with a slit beam. A CCD (charge-coupled device) camera collects the light that is reflected from the part, then distance information is created from the 3D data by a process called triangulation. This gathering of information would be impossible without 3D scanners.

A use for high-precision 3D scanners includes dimensional measurement of dies, forging, sheet metal, casting and the production of molded plastic parts. In the precision parts industry, workers typically are engaged in making work pieces that must adhere to strict manufacturing guidelines. 3D scanners give them the required accuracy.

Adherence to exacting guidelines is critical, because parts and pieces that are off-spec can cause injury or worse to those who end up using them. A 3D scanner uses advanced technology to tell the devices operators much important data about the piece being worked on and assures that the piece will be finished correctly.

To sum up, high-accuracy, portable 3D scanners are ideal technology for any precision work that calls for dimensional analysis, reverse engineering and industrial design. 3D scanners are also excellent research and development tools.

How to Lower Costs in the Interlining Industry

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There are so many strategies go in to making your company run and be successful. One aspect that is very important in a successful business model is making sure that your company is being run efficiently, so is that in the interlining industry. When talking about lowering the costs in the company, many executives only focus on procurement costs and operational costs. For example, from the view of the director in the procurement team, a balanced budget control on base fabrics for products of woven interlining, non-woven interlining and fusible interlining is essential, but mine are focusing on the strategic planning. One of them is efficiency in the business model. Efficiency is a tool to run the company successfully, but at the same time we must make sure the total costs are not increasing. Here are some tips on how to increase efficiency while lowering costs, which are applicable for the manufacturers of woven interlining, non-woven interlining and fusible interlining.

The first tip to increase efficiency while lowering costs is to have contingency measures to keep the employees busy during machine down time. The machine down time is a part of interlining manufacturing as the production lines need to be switched for products of woven interlining, non-woven interlining and fusible interlining, or have maintenance done to the machines. Making full use of the machine down time will certainly make a positive effect on increasing the efficiency. For instance, having the production lines organized and working space clean during the machine down time will help saving costs on housekeeping and have less time wasted, as everything is well-organized and available for the employees to use.

The second tip to increase efficiency while lowering costs is to provide the excellent customer service. It is already the era to provide excellent service rather than only merchandises like woven interlining, non-woven interlining and fusible interlining in the interlining industry. Pioneer interlining suppliers like us are striving for providing the best customer service. This will help us have efficiency when dealing with clients as they tend to keep coming back. On the contrary, the companies might not get very far without excellent customer service even if they spend a lot on advertising.

The third tip to increase efficiency while lowering costs is to control the defect rate. There should be some strategies to control the defect rate on the manufacturing process of woven interlining, non-woven interlining and fusible interlining, to have as little waste as possible. This will help save money on the materials and time on the manufacturing procedures, as you dont need to use as many resources as before. This defect rate control, in other words, contributes to increasing the efficiency.

The fourth tip to increase efficiency while lowering costs is to remove the middle man. You should go into details of each single part of the supply chain to see whether there is a middle man. This will not only help save money, but guarantee the quality of your supplies for woven interlining, non-woven interlining and fusible interlining, to remove the inefficiency caused by re-ordering in the supply chain; also conduct at least one check around each year to see whether you are still getting the best price on the supplies.