Chrome is one of the most popular finishes available for metallic parts, Industrial Development Geography and is widely used for a variety of applications in multiple industries.
Whilst its most common applications are in the automotive industry, where it is utilised for trim and accessories of cars and motorcycles; however, chrome is also becoming a popular choice for other applications, such as interior design, household fixtures, and even fishing.
Chrome plating has been utilized for decades in the automotive industry, as a durable and attractive finish for steel bumpers, wheels, and other automotive components. Plastic was found to be lighter and easier to manufacture than steel, and therefore was a desirable alternative, but it lacked the luster of metallic parts.
Since the 1970s, when the procedure for electroplating ABS plastics was developed, Post Industrial Economy Definition chrome has been an even more popular finish for car and motorcycle components.
Chrome finish was always most popular in North America, and reached its peak in popularity in the late 1980s and early 1990s; it has risen in popularity by 50% in Europe, and its use has almost doubled in the United Kingdom.
The main reason for chrome’s frequency of use in the automotive industry is its resistance to corrosion, and its ability to withstand environmental extremes. It also doesn’t oxidize, and is extremely easy to care for. These factors, combined with its high luster, made it an ideal material for automotive trim and accessories.
Many vehicles are manufactured with chrome finish on some parts, but chrome plating can also be done after the vehicle is purchased. Many electroplating companies are able to do chrome plating, and there are some automotive finishers which specialize in chrome plating.
Another of the advantages to chrome plating is that chrome-plated components can be refurbished or re-plated if they are worn or damaged, which saves money by eliminating the need for replacing parts. Instead of replacing the chrome components of a vehicle, they can be stripped and re-plated, restoring them to like-new condition.
Even old parts can be reused after plating, which reduces scrap and waste, creating a process that is both economically frugal and environmentally friendly.
All of the qualities which made chrome popular for car and motorcycle trim also make it an ideal finish for household fixtures. Bathroom fixtures, tap-ware, light fittings, door handles, and many other household fittings and accessories are often plated with chrome now. Silver, brass, copper and other metals which were commonly used to plate these objects were beautiful, but often required a lot of work to maintain, and were costly.
Some of these plating finishes also tended to degrade in some way – they would tarnish, react with cleaners or other chemicals, corrode, or simply wear off with frequent use. Except in extreme conditions, chrome plating never corrodes, oxidizes or tarnishes, is easy to clean, and will outlast almost any other metal plating with heavy use. Even some fishing lures are chrome-plated now!
Chrome is one of the most versatile …
Category: Industrial Safety Devices
Secure, Managed File Transfers for the Automotive Industry
Automotive manufacture is an area where Managed File Transfer really shines – in creating a solid transfer system, from production line, to sales floor, a company can produce unified results and create an environment of innovation and confidence, without the need for costly systems, projects or workflow management – MFT accomplishes all of these elements easily.
From Design to Production
When designing a car, or, even part of a car, it’s important to be able to collaborate as seamlessly as possible – that way, ideas won’t be lost in the rush of losing the moment to waiting for FTP to come back online – and teams can see who is working on what, when – ensuring that there are no missed developments Industrial Technology Pdf or integrations into the design while the document is checked out. MFT also ensures that there is a full audit string to rely on should the need arise. This gives full transparency without stifling the creative process – which is essential to foster innovation and support the creation of better technology.
Production to American Run Multinational Manufacture
Manufacture is a key area where MFT can help businesses increase workflow and productivity, and build a system around the best that technology can offer. MFT allows the distribution of plans, designs and technical specs over geographically distant locations – allowing for the best choice of locales based on budget, and quality. These factors can make the difference between creating a great product with a diversified manufacture process. MFT can also facilitate working through problems that arise from manufacture process, such as delays or the collapse of the company you subcontracted. It’s important to ensure that your agility matches your company’s needs however, which is why the auditing and workflow processes built into most MFT servers can ensure that you’re always protected, without overextending resources to set up with various companies.
Once the various parts and components are produced, MFT can support the group building and finishing the product, allowing for any changes that come up due to advances or technical / compliance needs to be met, without derailing the whole project. Managed file transfer can be the vital link in the chain allowing your company to meet and match the growing need to keep up with compliance without stifling progress or innovation.
Sales is Easy
And at the sales end of your production, rely on managed file transfer systems to support invoicing, sales, parts and more – each component in the consumer facing element of your company supported, logged and managed by easy file uploads, with security and easy access. Whether your product is being sold at a franchise you own, or an independent specialist, MFT can bridge the gap between big systems and tiny operations without compromising the internal structure of your company, allowing your motor vehicles to be available, whenever, wherever.…
Robotics and Its Legacy
Robotics plays a great role in our technology today. It said to be the engineering science and main technology of robots. It is in relation with electronics, mechanics and software. Base in its history, the design for a humanoid robot or what was called the Mechanical Knight was design by Leonardo da Vinci in 1495. In 1737, Jacques de Vaucanson design a life-sized automaton in the form of a duck. The design was said to have the ability to eat grains to metabolize and defecate them. In 1800’s, The Japanese designed the karakuri toys, a mechanized puppet or automata that can served tea, fired arrows, and painted.
The robots was first introduce to public in the 20’s by Czech writer Karel AOEapek in his play R.U.R. (Rossum’s Universal Robots), the story was about a factory that build artificial people also known as the robots, more like an idea of an androids and clones – creatures who can be mistaken for humans, that has the ability to think by itself.
In 1933 – 1938, a robot was build by Pittsburgh-based Westinghouse it was named Electro, it is a seven feet tall robot and weighing 265 pounds, more like a humanoid. It can walk by voice command, Manufacturing Industry Overview can speak about 700 words, blow up balloons, smoke a cigarettes and it can also move its arms and head. Its eyes are consist of photoelectric materials that can distinguish red and green light.
General Motors lunched Unimate in 1961 at New Jersey, it was the first industrial robots. Its engineering technology was created by George Devolin the 50’s using his own original patents. Devol together with Joseph Engelberger started the “Unimation” it is a robot manufacturing company that was first ever build. The machine do the job of transporting die castings from an assembly lines to weld this parts on auto bodies. Unimate is consisted of a computer box link to another box connected to an arm design for high speed operation in car manufacturing. since it is programmable, it can also do some other task.
In 1973 KUKA Robotics, a leading German producer of industrial robots created the world first industrial robot with six electromechanical driven axes, known as FAMULUS. It ranges from 3 kg to 1300 kg payloads and 350 mm to 3700 mm reach, all controlled by a PC based controller platform.
The structure of robots is most likely the functionality of the human Body and its skeletal system or what we call the kenematic chain. It is consist of links like our bone, actuators that can be compare to our muscles and joints that can allow a series degree of freedom. Robots are mostly powered by batteries, but potential power sources can be consider like pneumatic(compressed gasses), hydraulics(compressed liquid) and a radio active source.
The legacy of robotics had help us in many ways through our living. We could almost see them every where. almost all Industrial Engineering Job Description in manufacturing line uses an industrial robots …
Compressors – What, Why and How?
Compressors have been used by many businesses; factories and manufacturers, for years. It is no wonder really as these tools help to create a clean and efficient workplace Product Manufacturer Definition and they are extremely reliable and convenient. Many variations of compressors are available differing in their function including; gas and belt driven amongst others.
Compressors work in the same way to pumps by increasing the pressure on a fluid and transporting the fluid through a pipe. As gases can be compressed, the compressor also reduces the overall volume of gas. Liquids on the other hand are quite different and so the purpose of the pump here is to pressurize and transport liquids. Most air compressors work by what is referred to as ‘positive displacement’. This differs from other compressors that use rotating impellers to generate air pressure. Here, instead the air pressure is increased by reducing the size of the space that contains the air. While there are smaller models that are comprise of simply the pump and motor, most portable air compressors have an air tank to hold a quantity of air within a pre-set pressure range. The compressed air in the tank drives the air tools, and the motor turns on and off to automatically maintain pressure in the tank.
Compressors are extremely versatile tools which are used for a variety of applications in industry. This may include powering nail and spray guns, hammers and drills as well as many other tools. Compressors are generally attached to another tool however in comparison to other electrical tools they provide more power and are much more easy to use. There is virtually no industrial project that can not be completed using an industrial compressor which means that they are incredibly useful and many businesses consider them indispensable saving their users a lot of time.
There are many portable air compressors on the market today in various sizes and power volumes. These include DIY compressors, industrial electric compressors and industrial diesel compressors. Despite some minor differences they all essentially work using the same technology the air compressor pumps work in the same way to generate air pressure.
As long as a few important factors are considered when purchasing a compressor, you can feel safe in the knowledge that you will find the fight machine for your needs. This may be dependent What Is Dagmar In Advertising on the types of tools that you usually use as different tools require different levels of power. It may also depend on how frequently the compressor will be used and for what purpose.…
Tips for Buying a Commercial Top Loader Washing Machine
Many people enjoy having a large family. The only problem is that you cannot use some of the same things that everyone else uses. One example of this is with the appliances that you use. You cannot use a regular washing machine. You need Industrial Production Index Wiki a commercial grade top loader washing machine. The good thing about these machines is that you are able to buy a machine from a manufacturer that you know and trust. You are also able to buy a machine which will still be efficient.
The biggest problem is that you will not be able to buy a standard washer because they will not spin after a short period of intense working. You need one with a water level high enough to wash twice the amount of clothes at once. The good news is you can get commercial washers and dryers to handle all of your clothes. The first thing to look for is that you will be able to understand how to use the machine. You should also make sure that the machine has a good history of working properly. Last, you should make sure that you are able to afford the machine.
Ease of Use
Most of the washing machines made for industrial usage are very easy to use. The newer models even come with instructions on the digital face. Speak with the salesperson about which models are the easiest to use so that you will be able to enjoy such functions as simple wash and go settings. This way anyone in your family will be able to use the machine if they need to.
Good Operational History
One of the highest praises a machine can have is that it is reliable. It is one of the most important qualities in industrial washing machines. Look for models with a history of working for over 10 years without major incident. After all, you cannot afford to keep a few spares in the back yard just in case your machine should stop working. The more faults a washing machine has, the more problems it will give you when are using it.
Affordability Service Industry Synonym
While you may not be able to find a commercial top loader washing machine cheap, you will be able to find one which is within your price range. Look for models like Bendix which have a good reputation and still price their washing machines at a price which allows most people to be able to afford the purchase.…
3D Printing Vital Organs
3D printing is a very interesting technology coming out from the underground technology world – people are starting to learn about some of the crazy advances. I’ll vaguely cover what 3D printing is before I get into the advancements of this technology. Essentially, 3D printing goes something like this: A 3D computer file will be created by an artist or engineer. This file will then be brought to a 3D printer, or the machine that manufactures through 3D printing. The intelligent computer on the 3D printer will take into account the exact dimensions and curves of the computer model. The printer will then begin to lay down layers of material. This material could range from plastics, ceramics, to metals – even precious metals. The material will be in very fine powder form. The 3D printer will lay down these layers of powder in increments as small as a few microns (the diameter of a human hair is usually about 20 microns) and it will begin to fuse the powders together in accordance to the design. The powders will be fused together through an adhesive chemical, or through a laser melting process. As each individual miniature layer fuses, another layer will be stacked on top. After enough layers, you will be left with a final product through 3D printing. So in a nutshell, it is the layer by layer fusion of powder that results in a finished product.
The technology is a pretty interesting way to manufacture products, prototypes, and smaller scale objects. There are over 60 materials to choose from, so there is plenty of variety! I’m going to cover ho this technology is affecting the medical Service Industry Synonym. 3D printing has played its part and has been used by biomedical engineers on occasion over the last few years. For example, an 83 year old woman needed facial reconstruction. Engineers and doctors in Belgium printed her a titanium jaw implant which made the process much easier. Many dentist clinics have their own 3D printer and rely heavily on it for the fabrication of teeth, crowns, and implants. 3D printing has even played a similar role for hearing aid companies. These 3D printers can develop products at extreme detail to each individual user.
The next step within this Industry Ventures Aum is kind of scary. It involves playing God in a sense. This technology has the power to save so many lives in the near future! What I’m talking about is regeneration. 3D printing has used “bio-ink,” otherwise known as cells, to be stacked in a layer by layer process. Machines are beginning to construct usable body parts! So far, only simple parts like blood vessels, urethras, and bladders have been developed, but it has so much potential. Imagine 10 years from now when you need to regenerate a lung, kidney, or vital organ; imagine being able to walk to the local 3D printing shop and have it taken care of! It is an amazing though to be able …
The Function of Pharmaceutical Market Research
In the pharmacy business, the function of pharmaceutical market research is the achievement of further knowledge regarding the outcome of the medicines those sell in the market. They may well take in things like “why people purchase or do not purchase” their products. Such kinds of researchers are inclined to indicate a number of factors of which causes the manufacturing to do well or to be unsuccessful. They lend a hand to make best use of their products schedule within the industry and include scores of researches as well as studies to do with the intention that medicines will be brought the way it is required. It also makes able to market the medicines which were not completely promoted or commercialized.
These researches also help in finding out latest medicines to make well a number of diseases. It could be said that these researches are doing numerous study to show the other herbal medicines comprise a convincing claim on what it can treat or it is one of the potentials. Technology Industry News The researchers do not just discontinue finding out latest medicines and they research on how to make marketing of these latest findings to the people as well. This is fairly an expensive progress which only the massive pharmaceutical companies can grip.
Pharmaceutical market research facilitates in a technique that it possibly will perk up our aperture curing diseases and they just seem to scientists who trying to discover something innovative. There are most prominent pharmaceutical companies are in market at this moment. They are challenging toughly in this domain particularly for sales.
Such types of researchers are hired in this How To Become An Electrician In Mn for their innovative thoughts and it has been seen that their presence helps a lot in last a few years. They have been anticipated to do so further in the upcoming days. This is measured as the strength of a company when they are positioned in the company. For the reason that they are familiar with that they will obtain countless inputs regarding medicines which they previously have and those are yet to come as well.
Massive companies do vertical integration that stands for handling all in the making of a product. It starts from the raw-materials up to the products retailing. At the same time as on the other hand minor companies concentrate on a precise subject in their research. Discovering the new medicines is one of its examples. It only means that massive companies include the edge in selling new and more products where they need to spend smaller amount as they previously own the sections which will do all from laboratory stuff to marketing the products. So, the pharmaceutical market research has a great role and lots of functions as well.…
Rugged Computers Offer Better Communication
Rugged computers can be easily used in places with extreme temperatures and harsh conditions. Such specialized products Industry Analysis Ppt can be used in various commercial set ups, government offices, transportation and telecommunication places as well.
These industrial computers are built to be more durable to withstand rough handling and severe wear-tear.. One of the forms of these computers is rack-mountable industrial computer which can slot easily in server racks. Such systems are designed to work under external factors and harsh conditions like dust, water, excessive heat, temperature modulation etc. Components used are properly tried and tested to avoid problems regarding processing as well as data storage. They are cost-effective and can be purchased easily. They are available for purchase and can also be shipped (or delivered) using the online manufacturer and distributor sites for these systems.
These computers play an active role in maintaining good communication with squads on the move in the military and other armed forces division. Such systems are vehicle-mounted, so communication needs can be fulfilled on the go. Industrial Engineering Process Improvement Other emergency vehicles like fire engines, air tankers and helicopters are also embedded with rugged computers for aiding in navigation, location identification, path tracking, and coordination with geo-setting satellites.
Numerous civilian applications are also dependent on these computer systems. They are made by considering water-tight and vibration-resistant factors thus can be used on several construction sites. Places like petroleum drilling and mining areas also maintain several tasks with them.
These computer systems are different from the usual computer systems in many ways. Even a small drop of water can harm a computer system easily, whereas, rugged computers are able to face such conditions easily. They can store a lot of precious information in wide memory storage. They are touch-screen LCD monitors with good resolution power. They are handy and thus can easily be taken anywhere. Best thing about these computers is they have low maintenance cost.
Thus, these computers have been useful in the communication industry. But the computers are also an integral part of the business process automation in the industrial sector.…
Value Propositions for Industrial Companies – Part I
A value or selling proposition, simply put, is a statement of several sentences that clearly states what your company offers its customers and how you are different from your competitors. Sounds easy, right? As with most marketing initiatives, what seems as if it should be simple really has a lot of back-story in terms of coming to certain insights and conclusions. A good value proposition will always be the result of an information gathering process about your industry, your customers, your competitors, your own company, and finally – your commitment to investing in making that proposition or offer a reality. A good value proposition isn’t just words – it’s a promise with legs.
Since the idea of a value proposition has come into the marketing vernacular, there have been many agencies and consultants that have made quite a nice living by making this process much more complicated than it needs to be, particularly in the industrial arena. Industrial companies don’t have a prospect pool of millions or billions of people. Their target customer base is much more narrow and focused. It is not necessary to spend tens of thousands of dollars on focus groups, surveys, or research.
Most established industrial companies already have all the knowledge they need to craft a value proposition in the heads of their key employees. Assemble a value proposition (VP) team; carve out half a day; find a location free of distractions; take cell phones at the door; and lock the team in until you’ve documented all the information you need. You decide who has the most knowledge about the following areas, and then bring them together, ready to be frank and objective.
1) Your customers
Profiles of typical customers and market segments
Objectives and needs specific to each customer segment
2) Your competitors
What are their weaknesses and strengths?
How are they attempting to position themselves?
What is the perception of them Competitive Industries within your customer base?
3) Your own company
Short and long term goals
Strengths, weaknesses, opportunities, threats
Core competencies
Primary features and benefits of your products and services
In bringing together your VP Team, it’s obvious to include your top sales and marketing Invest In African Small Business people, especially ones in the front lines. In addition, don’t forget to include:
One or two old timers, no matter what position they currently hold – they’ll have a wealth of knowledge about the evolution of your company and its competitors.
Someone from inside sales, or customer service – they may not get the first hand exposure to customers and competitors that the outside sales staff does, but they probably get more honest feed-back from customers. It’s a lot easier to complain over the phone than it is looking someone eye to eye.
One person from production and one person from engineering – their insights regarding your company’s manufacturing and innovative capabilities will round out your SWOT analysis.
Your CFO, or another high level accounting exec. – goals are only good if …
Could Farms That Grow Organic Feed the World?
Does organic food have to be trendy, upscale and precious? Does it always have to be about taking your BMW down to Whole Foods for something as unlikely sounding as artisan fromage for money that could essentially feed your family for a whole day? I once happened to be driving past a farming district near Detroit and I saw this beautifully healthy looking organic farm; not very large it was either – just a couple of acres. I happened to ask the farmer how much Types Of Manufacturing Industry produce he could put out of his land every year – and he said something like 20 tons. That could keep about 50 families in organic heaven for whole year now couldn’t it? Why does it have to always be so expensive and complicated to buy organic then? If a smalltime farmer like this one can feed 50 families on his little plot of land what on earth are we doing with industrial farming complexes that pollute the land with tons of fertilizer and huge machines?
There’s actually been a study done called Organic Agriculture and the Global Food Supply that’s followed the problem for years and found that there is no reason why it can’t be done. It tells us what we always knew – small-time small-town farmers who farm their own land, and care about the environmental consequences of what they do can, all put together, feed more people than the disruptive practices of industrial agriculture. We don’t need genetically engineered crops for large-scale production, and we certainly don’t need tons of fertilizer and pesticides and machines to keep the world from going hungry and starving. To grow organic and to grow it well, we only need the dedication and the clarity that only the small farmer can bring to the table.
If it’s as simple as all that, why is it that we’ve come to believe all these years we need the massive organized agricultural system to keep the world fed? Well, apparently all that is just the scaremongering of the good folks over at the industrial farming List Of It Technologies. For instance, when they refer to organic food in their arguments against it, they try their best not to speak of the sensitive and knowledgeable farming techniques practiced today in this country by small farmers; they look at the low tech, poor quality farming practices of the Third World and try to point out how without lots of fertilizer and pesticides those uninitiated farmers couldn’t achieve achieve anything. The organic farming of the Michigan farmer involves a great deal of science, just no chemicals. Farmers like him try to understand the soil, the ecology of the local environment, and use help from other plants, natural manure and friendly animals and organisms to keep their soil rich, and their plants pest free. To grow organic is a pretty scientific endeavor. In the better parts of the world, educated farmers, more than 10 million of them, have …