All posts in Automotive

Recycling Unwanted Automotives

With newer technologies, the automobile industry has evolved over the last few decades. Gone are the days when damaged, malfunctioning or out of use vehicles are just discarded. These days most vehicle parts can be recycled thus making it far easier to extend the longevity of auto parts. Prospective used car dealers may wonder how is the automotive recycling industry shaping up seeing that there are still so many new car dealers around and just as many places to get new auto parts. The auto recycling business still remains one of the most profitable businesses to venture in because of the high demand for products within this industry.

Scrapping

Automobiles today are made in such a way that it is easy to take it apart. Modern equipment allows cars to be scrapped no matter how damaged they are. Once taken apart, mechanics can easily identify parts that are in good condition or can be repaired. These are the parts that hold value. Prospective buyers will either buy an entire recycled automotive or they sometimes just need recycled part(s) Useless to Valuable Automobiles,

As with any other equipment or machinery, automotives need hundreds, maybe thousands of parts in order for it to work. Even though it might not be in excellent working condition, valuable parts that can easily be recycled still exist within its components. Recycling companies recognize that the average automobile owner would much rather replace a damaged vehicle part with a recycled part rather than to buy it new because it cost significantly less. In the same way, many customers are willing to save by buying recycled autos. Modern equipment allows for the industry to restore used or damaged parts to an almost new state. Some recycled parts can last just as long as new ones. These are the benefits that both consumer and automotive recycling companies have recognized. This demand contributes to the growth of the automotive recycling industry.

Two Way Benefit

The automotive recycling industry allows buyers to replace auto parts cheaply and allows the dealers to make a profit from a product that might have been previously discarded as damaged or deemed useless. The industry recognizes that damaged does not mean the “entire” vehicle is without use. The recycled car industry can be very profitable if one has the proper equipment, the right team of auto mechanics and the proper know how. The greatest advantage is that both customer and dealers benefit by saving.

Summary: In-school theory, lab practice and a paid co-op placement are three key components that make Centennial Colleges Heavy Duty Equipment Technician courses stand apart from those of other schools.

In the automotive industry, Heavy Duty Equipment Technicians have a variety of important responsibilities. First and foremost, they are responsible for checking bulldozers, cranes, graders and other heavy construction, agricultural, logging and mining equipment for proper performance and inspect equipment to detect faults and malfunctions. As such, jobs can be found in a variety of areas. In addition, Heavy Duty Equipment Technicians diagnose the faults or malfunctions; adjust equipment and repair or replace defective parts, components or systems; test repaired equipment for proper performance and to ensure that work meets manufacturers specifications; and much more. In addition to Heavy Duty Equipment Technicians, this field also has a need for service managers, service writers or coordinators, equipment company representatives, or college or industry teachers.

Training is available at Centennial College where students can attend a two-year apprenticeship program called Heavy Duty Equipment Technician, which results in an Ontario College Diploma. In order to apply for the colleges heavy equipment courses, students are required to have completed at minimum an Ontario Secondary School Diploma (OSSD) or General Educational Development (GED) or equivalent. Non-academic requirements include: satisfactory results in a program admission session, experience and mechanical aptitude, resum and English proficiency.

To complete this program, students spend the first eight months in school, eight months in co-op as registered apprentices and a final eight months in school. The standout aspect of the Centennial College Heavy Duty Equipment Technician offering is that it provides a combination of business courses with a wide range of heavy equipment courses. For example, students attend Occupation Health and Safety, College Communications, Organizational Behaviour, Global Citizenship, Fixed Operations Management and more. Meanwhile, Heavy Duty Equipment courses focus on applied mechanics, vehicle dynamics as well as component design and repair, as it applies to the apprenticeship curriculum. During the in-school portion of the Heavy Duty Equipment Technician offering, students are based at Ashtonee Campus, Ontarios largest transportation training centre. This fully-equipped campus offers students the chance to fix actual heavy duty equipment vehicles using tools that are used in the field.

Once students have a base knowledge and have experienced practical practice, they spend eight months at a heavy equipment facility and then return to the college to complete their entire Ontario apprenticeship in-school curriculum in two years. The co-op experience provides the opportunity to not only apply what was learned in school but also to network and get to know professionals in the field. Many students end up staying on as full-time employees at their co-op placement upon graduation as they enter the apprenticeship aspect of their careers. The Heavy Duty Equipment Technician co-op is a paid placement.

Author Details: In this informative piece, Klaudia describes the Heavy Duty Equipment Technician courses that students attend at Centennial College, which balance business and practical practice.

Several companies benefit from various Romer products including those involved in the manufacture of furniture, sheet metal and molded plastics, as well as those engaged in shipbuilding, product designs, heavy equipment and even aerospace among others.

Romer continues to have an impact in all of these industries especially the automotive industry which is regularly reliant on reverse engineering, 3D scanning and products development. This is an industry that keeps its competitiveness by coming out with innovative products that pass rigorous quality control.

And when one speaks of quality control, one can only think of flexible quality control and inspection tools like the portable arm coordinating measuring machines from Romer.

Romer is a corporation with company headquarters located in Michigan’s Hexagon Metrology Precision Center. It is known for manufacturing dependable and innovative products that respond to the necessities of general engineering industries, particularly the heavy equipment and automotive industries.

The automotive industry has become so competitive that companies require to produce highly innovative products in a short period of time. Otherwise, it gets left behind by other companies that can easily come up with shorter production runs.

Companies producing cars have learned from experience that there is a way to enhance their productivity and their product quality. With Romer’s products, automotive companies can decrease ramp up times and reduce part rejections, thus improving production efficiency and decreasing losses.

Romer for Motor Sports

The automotive industry is far-reaching but one of the most visible and popular sectors is motor sport. This sector considers Dekra, which is the German Touring Car Masters’ official technical partner, one of the leading expert organizations around the world.

With around 22,000 employees and active involvement in over 50 countries worldwide, Dekra relies on Romer’s measuring arm to ensure quality and long-term safety in the field of motor sport. One very significant Romer instrument in the racetrack is the portable Romer CMM.

Racing fans watching the DTM racing weekends will usually find Volker Noeske and Wolfgang Dammert of the Dekra Team in the circuits, to make sure that everything is according to regulations, including the weight of every vehicle and driver. They are of course armed with the Romer Infinite 2.0 measuring arm for the dimensional checks.

With the low weight of the Romer arm, it has become very handy and portable equipment for the race. It is thus not surprising that since the 2010 season, it has been used at every DTM race the world over.

Romer for Heavy Machinery

Romer’s measuring arms are also an important part in Ausa’s operations, which is very significant considering that it is the biggest manufacturer of all-terrain forklifts, dumpers and concrete mixers in the world.

Ausa is a multinational company with a 64,000 square meter headquarters and production plant in Barcelona, and with subsidiaries in Florida, China, Germany, United Kingdom, France and Madrid. Ausa has a wide reach as its products are marketed by 225 distributors in more than 70 countries.

The company has enhanced its production and is relying on Romer’s measuring arm to make its production line more efficient.

Romer’s measuring arms and other products are indeed heaven-sent for the automobile industry, especially for companies that want to maintain its competitiveness the world over.