Business excellence is an ideal that all good entrepreneurs strive to achieve. In fact, many organizations are devoted to honoring those businesses that best exemplify this concept. However, business excellence cannot be strictly defined. Rather, it varies from one industry to another. For example, in the automotive industry, business excellence includes customer commitment, quality control, efficient supply, and innovative management.Leaders in the automotive industry understand the need to form a strong bond with customers. Perhaps more than other sectors, consumers are more likely to make a decision regarding an automobile purchase based upon their experience with those in the industry. Thus, entrepreneurs need to be concerned with two key features relating to customer commitment. The first is meeting the needs of the consumer, financially and socially. People need automobiles that meet their economic means. This not only means getting a good initial purchase price, but also finding a vehicle that will require minimal repair and maintenance down the road. Consumers also want to purchase automobiles that will not require excess money to be spent on fuel. Therefore, business excellence includes finding more cost-efficient production and distribution processes, and subsequently passing these savings on to the consumer. The second aspect of customer commitment is meeting societal needs and desires. This means staying informed of what vehicle features are most important to consumers. Such information can be garnered using formal surveys and demographic research. Once you understand the buyer, you are more capable of catering to him or her. For example, people in some regions are especially concerned with the environmental impact of their purchases. Thus, the automobile industry would need to show those people they are committed to using recycled materials and alternative fuels. Additionally, many consumers want family vehicles that are safe and comfortable for children. Therefore, excellent automobile entrepreneurs will focus their attention on crash test results and extra amenities.In addition to customer commitment, business excellence must include exceptional quality control measures. This means ensuring that automotive vehicles are safe and easy to maintain. Appropriate testing should be undertaken for each new product model, and the results of these assessments need to be made public in a timely manner. Additionally, individual dealerships should take care to ensure every vehicle is inspected prior to sale and stored under ideal conditions prior to purchase. Efficient supply is an aspect of business excellence that is frequently overlooked. The balance between supply and demand is vital to the automotive industry. Producing too many vehicles can lead to severely diminished profits. It can also lead to a waste of resources that could have been better utilized for vehicles more likely to be purchased. Meanwhile, a supply that is too short can cause companies to lose customers. When an individual needs to purchase a vehicle, he or she may not be able to wait any extensive period for a desired product to come into supply. As a result, they will simply find an alternative automobile to purchase.Finally, business excellence in the automotive industry requires innovative management. There are several parties involved in the manufacture and distribution of vehicles, and financial as well as labor resources need to be managed from the top down as well as controlled on a micro-level. Thus, not only do large factories need to communicate with business executives and the dealerships that asses supply, but individual sales representatives need to be appropriately trained and supervised at each individual dealership.
The latest in automotive industry news is that Nissan has big plans. Just when the Indian car market is sparked to heat up, one of the major car manufacturers in the world, Nissan, has made some big plans. Nissan Motor India Pvt. Lts. has opened a new corporate office. The location is T. Nagar, Chennal. The person at the helm of leadership will be Kiminobu Tokuyama. Also present at the inaugural were representatives of the Nissan partnership, Renault Nissan Automotive India Private.Nissan has big plans. One of these is the fact that they will cover 85 per cent of the Indian market by the year 2012. This will evolve as a result of the proposed 11 operating dealerships being in place by the end of this year. This number is expected to increase to 55 dealers in two years.Another lofty goal Nissan hopes to attain is in exportation. Next year the car manufacturer plans to outsource $20 million in components and double this amount within two years. Along with this goal Nissan plans to export cars. They plan to export to countries until they reach 100 worldwide.According to automotive industry news, Nissan will begin producing the Global Compact car in their Indian facility next year. Nissan has made it clear that they plan to be a major player in the Indian market just as they have been in the United States and other countries. The production of the compact car will happen in their new corporate facility in India. The 10,000 square feet building will offer employment to 56 people. Another goal is to nearly double this number by the next year. The new facility offers state-of-the-art everything. This, along with artsy interiors and open work-stations will contribute to the culture promoting an open feeling and spreading friendship.Nissan is proud to be offering nine new models in India. The fact they will open with this large number of models points out that they are entering this new market where they know they will be successful.Nissan presently has 5.5 per cent of the auto market. Their plans are to increase this number with the opening of additional Indian dealerships along with a lineup of new models. A hatchback, which is built on the V platform, will be the entry car in the Indian market. Nissan will also offer two other autos one of which is a utility vehicle and the other being a sedan. They point out that there are no plans to offer the A segment initially.Perhaps the competition will be offered mostly with the low cost manufacturing of the compact model while there will also be luxury cars. These will be supplemented by commercial vehicles that will be of the lighter manufacturing. Just six months back it was not certain how the manufacturer would attack the changing market. They have cleared any doubts among other manufacturers after announcing their future plans.
Every day, virtually everything around us becomes a little smarter and a little safer. In our age of information and technology, new digital and electronic components continually make our lives easier and safer at home, at work and on the road.Some gadgets and gizmos, like nose hair trimmers, could easily disappear without much fuss. There are many intelligent tools, on the other hand, that make our lives more convenient and safer on a daily basis.Our enormous world of “smart” technology is ruled by new automotive electronics. Anti-lock brakes, electronic stability control and other indispensable features are excellent examples of smart and safe automotive electronics.Through recent developments within the automotive industry, there has been a huge increase in the number of electronic devices installed at assembly plants. Here’s an example of how quickly cars have evolved electronically: the Apollo 11 traveled to the moon and back again, using just 150 kilobytes of onboard memory. Today’s typical CD player, however, uses a whopping 500 kilobytes of memory just to keep our favorite songs from skipping. That uninterrupted music is an iota of how electronics impact a car’s performance to benefit drivers.The term used to describe the technology involved in automobile communication systems is “Telematics”, and it was first used to describe the blending of telecommunications and “informatics”, or information technology. The telematics industry recently commanded an increased amount of attention from car manufacturers. Industry insiders predicted that telematics would become “the” go-to technology as early as the mid-1990s. Telematics was expected to increase overall sales and transform the automotive industry into a major player in mobile technology.In reality, these optimistic forecasts panned out to be a little less than initially predicted. As more conservative measures came in to play, the initial industry projection of more than $40 billion dollars has been whittled nearly in half.By no means do these numbers indicate an abandonment of the development of telematics technology. Automobile manufacturers have, in fact, invested an average of $2000 on electronic systems for every vehicle coming off the line. That’s a huge increase over the $110-per-car budget set in the early 1970s. The spending increase is reflected in everything from better engine performance and improved entertainment systems, to security features and safety devices. All of the electronic components work together to provide drivers with more comfortable, better performing and safer automobiles.Here are some of the most common safe and smart automotive electronics systems:CAN, or Controller Area Network Your car doesn’t run on one computer; it operates with a network of computers. The Controller Area Network links all of the computers together. This type of system is similar to those used in home and business computers, known as Local Area Networks (LANs). The Controller Area Network in your car links the many separate computer systems together and allows them to communicate with each other. These interconnected systems incorporate critical systems like engine management, cruise control and anti-lock brakes with less demanding applications like seat controls and automatic windows.Increased Fuel EfficiencyShrinking resources and soaring fuel prices have forced automotive manufacturers to increase their supply of fuel-efficient vehicles. Smart auto makers are using new automotive electronics to create cars that burn fuel more efficiently. This is most evident with the common EFI, or electronic fuel injection system. Hybrid vehicles have taken this technology one step further, with electronic devices that allow drivers to switch automatically between gas and electric engines.Trustworthy Safety DevicesThere are two types of devices designed to protect the safety of the driver and passengers: active and passive devices.* Active: These devices never stop working to ensure the safety of the driver and passengers. DSR (dynamic steering response), TCS (traction control) and ASR (acceleration slip regulation) are all examples of active safety devices. You may not notice these systems in operation, but they’re always working to create a safer ride. Active devices can sense the road and driving conditions and adjust your car’s performance accordingly. Researchers have credited ESC (electronic stability control) with reducing single vehicle skids.* Passive: While more visible and seemingly simpler, passive devices are also controlled by smart and safe automotive electronics. Developments in electronics and technology have improved the deployment of airbags tremendously over the years. Airbags in early-model cars would deploy too soon or too late and provided little or no benefit to the driver and passengers. Now, cars have more advanced systems that can actually sense conditions that may lead to a high collision impact. Seating adjustment and airbag systems are automatically deployed to minimize the impact and decrease the degree of injury to driver and passengers.When you consider the safety advancements that have been made in just a decade, you’ll agree that today’s cars are miles above their predecessors. Our automobiles provide so much more than a lift from point “A” to point “B”. With smart automotive electronics, every trip is as comfortable, secure and safe as possible.
The automotive industry is advancing in technology every year and seeking an education in the highly specified field can turn a passion into a career. Automotive online training will prepare an individual by exploring all the areas within the industry. This includes design, development, manufacturing, and more all relating to the parts and function of a vehicle.This professional field is specifically focused and students have to prove they have learned the necessary skills. Automotive service technicians have to show they know how to diagnose, understand, and fix automotive troubles. In addition students will need to gain practical experience in the industry. Individuals who complete an accredited online program will walk away with an Automotive Service Excellence certification.There are a number of online accredited automotive schools for people to gain ASE certification and prepare them to enter the work force. Students can choose from general programs that have an all-encompassing course load or choose a specific program to gain their certificate. Students can enroll in an Auto Repair Technician program and learn the necessary skills required for this career from home.Auto Repair Technician courses will include electrical systems, exhaust systems, fuel systems, computerized engine controls, braking systems, transmission components, and automotive engine disassembly, repair and rebuilding. By gaining the credentials to be a technician students upon graduation can work for established garages or start their own business. Certification can take on average a year or longer depending on the students schedule.The price for a program like this will cost approximately $800 from start to finish. This price includes all textbooks, study materials, and course supplies needed to complete the program. Many of the automotive online schools have different options for payment. Students can pay either in full at the time of enrollment, choose automatic payment, which will establish payments to automatically be charged to a credit/debit card, or a standard payment plan may be set up.Through 3D animations, 2D illustrations, video instruction, broadcasts, and other technology students will learn the ins and outs of automotive mechanics and repair. These skills will allow students to be able to work in a number of professions. With numerous specialties students will be in high demand and will be paid accordingly for their services.Students have to be certified before entering the work force. ASE exams prepare students for all major technical areas of repair and service. With the number of certified professionals reaching almost 400,000 the ASE program is accepted and nationally recognized. Students should enroll in an accredited program if possible. ASE professionals can be found at all types of repair facilities, dealerships, service stations, part stores, and garages.The certification tests the competency of the individual technician not the repair facilities. The exams have been developed by leading industry experts and will ensure that a recent graduate has obtained the correct knowledge to perform their job duties. Exams are broken down into specialties. Eight exams exist for individuals seeking to be an auto technician; other exams cover collision repair technicians, engine machinists, parts specialists, and more. Technicians in every field of work have to re-certify every five years to stay current with the leading technology in the industry and to remain eligible to work.DISCLAIMER: Above is a GENERIC OUTLINE and may or may not depict precise methods, courses and/or focuses related to ANY ONE specific school(s) that may or may not be advertised at PETAP.org.Copyright 2010 – All rights reserved by PETAP.org.
There have been some very grim headlines from automotive industry news feeds for about 2 years now, since the beginning of the 21st century recession. The auto industry was one of the hardest hit markets to fall victim to the economic slump, but it looks as though this downturn is now looking up. Analysts in the auto market have been forecasting positive recovery for the year to come. Companies who have been keeping their focus on the future, beyond the recession, will most likely be the first companies to jump start their recovery.A double whammy recession for the auto industry is not likely, according to analysts. On the contrary, they predict. Good things are to come to auto makers and retailers this year. Many car makers are putting back in place some of the jobs they cut due to the recession. Although some companies are reluctant to do such a thing because they still have not healed from the recession, you will find a surprising number of companies that are reinstating jobs that were lost.Some of these reluctant manufacturers have barely made it through the recession and still bare the battle scars. It will take some absolute numbers for them to recover. Their logic makes sense. They want to be able to hold on to new employees once they are hired. Just like consumers, these types of companies just need some confidence that the economy is really back on the road to recovery.Stock piled supplies are not as large as they used to be in retail car shops or manufacturer warehouses. Although you will not see an overly loaded car dealership, you will see new models coming in for the bright predictions of recovery, just not in the quantity we are used to seeing. The economy is sending signals that we should get ready for a recovery, but it will still take some more time to encourage both the consumer and the retailer to spend on new cars.Auto industry specialists gathered to come up with innovative ideas to move the car market forward. Most companies are moving forward but with extreme care. They are being encouraged to take the lead and stimulate the economy for further gain. After nearly two years of abiding to strict budgets, consumers are now ready to splurge on a big ticket item such as a car, and dealers are being encouraged to take advantage of this big spending nostalgia.It is precisely due to this reason that after the recessions of both the 80′s and 90′s one of the first places on the market to recover was the auto industry. Experts are hopeful this will happen now as well. When people see positive signs of an economic recovery the chances of them buy a car increases.Finally, some good automotive industry news! A positive forecast is much needed for this market. But wait. There may be a downside for you as a consumer. A car that you will purchase this year could cost you a little more than it would have if you had bought it last year at this time. After several months in a recession car makers really want to see profits rise. One way to see them rise is to charge you more. Although not all car makers are raising prices it would be wise to do your homework before you go out and buy a new car.
China’s automobile industry has gained a rapid development. In 2009, the annual output had reached 13.79 million. And China becomes one of world’s largest car producers. However, some key parts such as bearing bush, axes guide, thrust washers, and car mold standard parts mainly rely on imports which bring both the golden opportunities and great challenges to the Chinese bearing manufacturers and automotive mold manufacturing industries.At present, China’s resource-saving bearing manufacturing technology which is the independent intellectual property is more material-saving and energy-saving than the conventional bi-metal bearing manufacturing technology. It requires less investment and less usage of equipments. Thus, it is an excellent opportunity for development. Until the end of the patent license of “Automotive mold self-lubricating composite metal embossing die V block” in 2009, China had completed the restructuring of the traditional and existing sintering bi-metal manufacturing technology of sliding bearing through twenty years’ accumulation and efforts. And then China realized the shape manufacturing of different bearing categories which made from the steel – copper alloys. There are bushing bearing, thrust bearing, sliding bearings with special shapes, and sliding bearings with solid lubrications, etc.The rate of utilization of the steel and copper alloy materials has reached nearly one hundred percent. Since then, the manufacture of sliding bearings have changed from the rough shaping of the material removal into a net shape processing which has high efficiency, light weight, and low-cost and so on. The net shape manufacturing method helps to save materials and energy so as to provide sliding bearing accessories for the development of the China’s automotive industry.Auto mold industry is known as “the mother of auto industry.” To some extent, the mold industry is the mark to measure the development level of the car manufacturer or even the national auto industry. Although through years of development, China auto mould technology and capability has made much progress, it still lags behind in the world automotive manufacturing industries. According to the statistics, about 90% of the auto molds are not “Made in China”. And the majority of the luxury car molds depend on imports.There are many suggestions to follow: firstly, creating a resource-saving sliding bearing manufacturing industry with the independent intellectual property. It is not only in accordance with the national policies, but also in line with the policies for the key parts of China’s automobile industry development. Besides, it is an important choice for the development of the automotive parts manufacturing industry.Secondly, we should seize the opportunity of domestication of the automotive parts to lay a solid base for the rise of our own auto brands.
With the advancement of industrial techniques and process, it is very important for the industrial workers or the members to assure their clients that they are using the best material, so that the clients believe on them. Today most of the industries are dependent on the extrusion profiles because of the fact that the materials that are being supplied by the extruded profiles are of very fine quality. The materials fulfill all the industrial requirements as well as the basic requirements.In case of any industry whether it is locomotive or automobile or construction industry, the materials that are used should be of very fine quality so that the reputation of those industries do not get down. Extrusion profiles conceive the ability to fulfill all industrial requirements and specifically that of automotive industry. It is very true that the automotive industry depends largely on extrusion profiles because of the fact that the profiles that are to be used in the automotive industries should be strong and durable. If we talk about the aluminum profiles then it is said by the experts that the designs and patterns that are developed with the use of aluminum profiles are complex but they are capable of being molded into complex shapes. Extruded profiles that are to be used for automotive industries should be capable to take the daily wear and tear as well as the variable weather conditions.Experts suggest using rubber extrusion profiles that works far better than that of the aluminum one. Though the aluminum profiles are the most commonly used but what is the problem to experience something new? Rubber profiles can be used easily on the window slide tracks to prevent the creaky noise of the glass movement. Most importantly the rubber profiles fulfill all the industrial requirements.
Industrial control cable is just one of the different types of them which are used in modern industry. There are a wide range of them required by various industries including telecommunications, data transmission, information technology, construction and electronics among others. Companies dealing with them provide state of the art sophisticated technology in manufacturing and exporting cables of various designs and capabilities.Industries That Use CablesTelecommunications Cables And Various Kinds Of Cables Are Used By The Following Industries Among Others.* Automotive
* Data Communication Distribution
* Oil and Gas and Petrochemical
* Electronics Distribution
* Electrical DistributionAmong the different types of them are electrical control wire, fiber optic ones, house wiring ones, PVC ones, rubber ones, fire survival ones, instrumentation ones and control ones among others.There are leading industrial cable companies which design, develop, market and distribute copper, aluminum, fiber optic wire and cable products for energy, industrial, specialty and communication markets. These companies offer the best brands, distribution, logistics, sales and service and operating efficiency. They have a global reach in the wire and cable industry. No matter where you are they provide the best products and services. They have superior research and broadest product range in the industry. Their superior management and technical team tie up to deliver customer satisfaction worldwide.Each cabling product is manufactured to the highest standards using sophisticated technology to match international standards. Cables are manufactured to customer specific designs and requirements. High quality materials are used to ensure functionality and durability. Cables are manufactured to suit customer specific environments.Industrial control cable manufacturing companies believe in customer priority and anticipate customer’s needs. Ethics, teamwork, confidentiality and safety are foundations on which they manufacture cables to suit each client.
Today industrial abrasives in a number of different forms and will be used in a wide variety of industries. Normally such abrasives are used by the likes of automotive, rail, aerospace, steel, glass, ceramics and bearings manufacturers.Most of us when we hear the word abrasives will think of sandpaper, yet as you will soon discover there are plenty of other kinds that are being used today. Not only do abrasives come on sheets but they come as blocks or even as wheels. In fact it is grinding wheels which are the most common type of abrasive to be found in industry today. The industrial abrasives used today are the ones known as vitrified, resinoid or rubber. In this article we take a look at just two of these and which industries utilize them.1. Vitrified Abrasive WheelThis particular kind of wheel can be used in a number of different ways. There are some which are suitable for working on glass whilst others are suitable for wood. However, because of the strength of this particular abrasive material they are now being used for working on high alloyed steel.There are certain benefits to be had from using this kind of industrial abrasive, especially in those businesses where work needs to be carried out on hard materials. The main benefits of using this particular abrasive are as follows:-a. Very little if any coolant liquid is required to protect the material as abrasion takes place. As well as keeping costs down a company will help to protect the environment as well.b. This is a material which causes no damage or burns to the surface of the material being worked even when being cold cut.c. This particular abrasive can be used at high speeds to remove the necessary parts of the product and which means that the businesses productivity levels are much higher.2. Resinoid Abrasive WheelThis type of abrasive wheel again is used in a wide variety of industries. However, the main difference between this particular abrasive material and the first one we discuss in this article is it a lot less brittle and so is used in more heavy duty applications like cutting metals in automotive manufacture or to grind rail tracks.Just as with vitrified abrasives this also has certain benefits that none of the others have. So just what are these benefits?a. This one has the ability to remove more material in a far shorter period of time.b. They have a higher resilience to side loads so are capable of being used in more ways for various different applications.
Various polymers are utilized in manufacture of automobiles. A polymer is a large molecule made by linking together repeating units called monomers. Once these monomers are linked together or cured the material produced has various properties which are vital to the building of the cars we drive. These include excellent thermal resistance, good chemical resistance, low moisture absorption, high mechanical strength, good heat transfer properties and excellent stiffness.Some of the specific polymers used in the assembly of motor vehicles include silicone, urethane, polyester and epoxy which are designed for applications ranging from the painting on the outside of the car, to forming the material used make the bumper, to bonding the wire to the PCB board which form many of the control electronics.All of these polymers share the characteristic of enabling technology. The inside of an automobile is a very demanding environment. A material that has high a level of reliability is required to function under conditions of heat, extreme cold, wetness, high humidity, etc.Epoxies, in particular, have played a role due to its high chemical and heat resistance. There are many uses for epoxy in the assembly of an automobile. For instance, Epoxy is used in many of the motors used to support functions such as rolling up your car window and circulating coolant on your air conditioning system. In this case of a motor, epoxy performs the function of bonding the magnet to the commutator within the motor. In other functions it is used in wire harnesses to protect wiring in the harsh automobile environment, in another example with compressors to adhere the wiring in the clutch, just to name a few.Due to the gas crisis and a new desire to leave a more environmental footprint the automotive industry as a whole is moving away from gasoline power vehicles to alternative energy vehicles power by electricity, fuel cells, and ethanol.The usefulness of epoxy is still clear in light of the change in automobile due to its flexibility. By adjusting the some of the ingredients epoxy can be formulated with customized properties which can be catered to any specific automotive application.Examples of these applications include potting for Flex Fuel sensor due to resistance to ethanol environment and Lithium ion battery packs due to its ability to adhere in alkaline/acidic environments.The future is guaranteed to bring changes in customer requirements which will spur changes in technology. Participants in the industry will need to ensure their product offering meet the changing requirements of their customers. Epoxy will continue to play large role in the automotive industry due to its versatility.