Uses Of Automotive Equipment And Tools

Automotive equipment and tools are a very important part of the automobile industry. They can range from simple hand held devices to large structures that can even lift a heavy truck. The uses of these equipments in the world of automobiles cannot be undermined. For carrying out repairs, for changing a tire, for lubricating, for servicing, for charging up the battery, and for cleaning the vehicles, these equipments are very important.

Here Is A Brief Note On Some Of The Uses Of These Equipments.

Automobile Equipment Usage

* Automotive Lifts: Hydraulic lifts are very common in the industry and are used in showrooms, repair shops, and automobile factories. They generally come in the form of a platform fixed on a zigzag leg that can be raised or lowered as required. Heavy vehicles can be raised by the use of this equipment. These are how cars reach the first or second floor of a showroom or how the repairs to the lower part of vehicles are carried out in a mechanic’s shop. These lifts can be of different types like motorcycle lifts, runway lifts, drive on lifts, in-ground lifts, etc.

* Lubrication Equipments: As the name suggests, these are used to lubricate parts of the vehicle. There is a long list of lubrication equipments available and each is used for different lubrication purposes. Oil and grease reels, grease guns, oil drains, and oil and grease pumps are all examples of such commonly used equipment. Blacrank is a good brand when it comes to these equipments. Blacrank oil pumps are indisputable masters of the group.

* Compressors: Air compressors are used to do various works on automobiles. Generally, air compressors give additional pressure to drive in screws and give more power to tools like wrenches and nail guns. These are also used to remove dirt from the vehicle.

* Service Equipments: A vehicle needs to be serviced from time to time to ensure its proper running. This is where service equipments come in. These are battery chargers, fuel transfer device, brake fluid exchangers, coolant service equipment, tire changers, etc.

* Reels: These come in different shapes and sizes and are an important member of any automotive equipment list. Reels could be air reels, exhaust hose reels, grease reels, etc. Reels help to keep the pipes and hoses in place and also to extend its life. They can be easily reeled out to the required size and stored by reeling back.

* Jacks: Jacks are important not only in the shop but also for every vehicle owner. They enable the person to lift up the vehicle for the purpose of changing tires or doing some emergency repairs on the vehicle.

The list of automotive equipment is quite long and their uses quite large. Companies who sell such equipments also deal in car parts, thus making the store a one stop place for all things related to automobiles. Nowadays, there are thousands of online stores selling these equipments making them more accessible to all in need.

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Top 5 Reasons Why Your Car Overheats

Are you having trouble with your car overheating? It can be a frustrating problem to deal with and diagnose. This article will go over some of the most common reasons why cars and trucks overheat.

One of the most common reasons for a vehicle overheating is a stuck thermostat. It can stick or freeze in the closed position blocking the flow of coolant to your engine. The easiest way to check if your thermostat is not open is to feel the upper radiator hose. Once the engine warms up it should become warm. If it does not get hot the thermostat is probably not opening.

A second common cause of overheating is a leak in your vehicle’s cooling system. If your vehicle is losing coolant there will not be enough left in the vehicle to keep it cool. This is easy to diagnose as the radiator will be low on fluid and there will probably be a pool of coolant on the floor of your garage. Look for leaks in the most common places like around hoses and around the welds of your radiator. If you can not find the leak you might need to take it to a shop to have the cooling system pressure tested.

The third cause is a faulty water pump. The water pump is a vital part of your cooling system since it is responsible for circulating coolant through your engine. With a faulty water pump your vehicle will not run for more than a few minutes without overheating.

The fourth cause of overheating is a bad cooling fan. There are two types of fans, electric and mechanical. The electric fan should come on automatically once the vehicle reaches operating temperature or when the A/C is turned on. If it doesn’t you should have it replaced. The mechanical fan will run all of the time but has a clutch which makes it turn faster when the engine heats up. With the car turned off the fan should not turn too easily especially when the vehicle is warm. You can also check for signs of leakage from the fan clutch. If you see any problems have it replaced.

The fifth cause of overheating I will talk about is a clogged radiator. Over time the radiator can accumulate deposits of rust and debris. This is especially true if radiator fluid has not been flushed on a regular basis. If you suspect a clogged radiator you should take it to a shop to have it professionally cleaned.

Those are some of the most common cause for vehicle overheating. Vehicle overheating can cause a great deal of damage to your vehicle. If you are experiencing trouble be sure to fix your vehicle or take it to a quality mechanic as soon as possible.

Driving Data Analytics in the Automotive Industry

It’s interesting to see that the amount of companies using data is increasing. It’s also pretty cool to see some of the new and innovative ways that companies are doing so, especially with data analytics playing a big role in achieving new levels of success.

The automotive industry has been trying their hands at using data and they’re doing it well. The amount of data that can be gathered from cars is quite ridiculous, especially when you take into account that a lot of data is simply stored in the key which is then plugged in at the garage to view it.

Cars have been kitted inside and out with data. Yes, I bet that’s not one you’ve heard about as it’s not quite cream leather interiors or mud resistant trims. Data is so much better. It’s behind vehicle safety and quality and contributes to the driving experience.

Did you know, the average hybrid vehicle generates up to 25 gigabytes of data in just one hour? Car manufacturers and garages have been capturing telematics for many years however it’s becoming much more sophisticated. Using analytics and data has enabled technology to alert drivers of any hazards on the road, or if the conditions are particularly dangerous. Anti-locking systems, traction control and so much more have been created with the help of data.

IBM reported that Volvo, through using predictive analytics, repair instructions and identifying replacement parts before a vehicle arrives for a service has benefit from a reduction in diagnostic times by up to 70% and repair times of over 20%.

Furthermore, with recent years having cars being recalled, some companies like BMW are using data analytics to record errors reported by customers to identify any potential weakness in new models that could cause problems and then eliminating them before they even go into production. Now if this isn’t major cost savings, increased efficiency and keeping a good reputation then I don’t know what is.

Connected vehicles are becoming more popular. Services and experience can be constantly updated once the car has left the factory. They can have important updates and interactions without having to return and this has proven extremely useful through the connecting capability. Ford, for example have focused on more “consumer-based, more real-time interaction, real-time services, real-time experiences, contextualized experiences” rather than the storage capabilities of the cloud.

It’s not just information about faults that manufacturers use data for. Financial predictions means cars are priced according to the market and behind the prices are more realistic pricing plans and financial support. It goes without saying that car companies will use their contact data for marketing purposes and targeting their communications to ensure their messages stay relevant. They’ve proved that data can go far beyond the use of marketing and with the likes of BMW and Volvo showing that data is having a rather positive impact on business, it will be interesting to see where and how the market takes its usage of data.

Types of Automotive Lifts

Here are the different types, available from garage equipment supply dealers:


This type of vehicle lift is assembled below the garage floor. It consists of one or more pistons, depending on the maximum weight capacity. Lifts with one or two pistons are used for compact, mid-sized and full-sized cars. Lifts with three or more pistons are used for larger vehicles, such as buses and RV’s.

Two Post Surface Mounted

The most common vehicle lift utilized today is called a Two Post Surface Mounted lift. On each column, there are lift arms. These are controlled mechanically, electronically or hydraulically.

Multi-Post Runway Automotive Lift

The most common type is the four-post mounted lift, which is extensively used by oil change, transmission, and muffler service shops. You’ll find this type of auto lift in wheel alignment service stations as well. The car is driven onto the two runways and raised, exposing its underside.

Low/Mid Rise Frame Engaging Lift

This type of vehicle lift engages the vehicle’s frame in lifting. There are two ways this type may operate. One way is scissors-style, moving straight up. Another is parallelogram-style, moving forward or backward, while raising or lowering. This type is commonly used for brake, tire, and wheel services as well as auto body repair.

Drive-On Parallelogram

The Drive-On Parallelogram is a surface-mounted vehicle lift. It has two runways where the wheels of the car should be placed. It has a lifting mechanism that moves the vehicle a short distance forward or backward while raising or lowering. The direction depends on the way the lift is mounted.

Scissor Lifts

The Scissor Lift can either be of a fixed pad type or a roll-on frame/underbody engaging type. It has a lifting mechanism that’s similar to the parallelogram lift. Their main difference is that the scissors lift goes up and down on a straight vertical path.

Movable-Type Wheel Engaging Lift

This type of vehicle lift is used for vehicles that are longer than conventional cars, such as buses and trucks. It consists of several lifting columns in sets of two, four, six, or more. The columns can be moved and connected with the other columns so that their movements are synchronized.