What is a milling machine and milling head?

Milling machines are considered the backbone of manufacturing industries. A milling machine can perform any milling operation, virtually. So, whether it's angular milling, thread milling, or gear milling, a milling machine can do it all.

However, don't you know much about milling machine, or do you want to know about what's a milling head? Well, in any case, you are at the right place. Let's have a look at the info below to get a better idea about the things in this regard.

So, here we go:

What is a milling machine?

A milling machine is an important machine tool that can be used to remove metals from any workpiece by a revolving cutter that's called a milling cutter. It can machine rough, irregular, and flat surfaces. This can be done by feeding a workpiece in contradiction of a rotating milling cutter. Then the material will be removed from that workpiece accordingly.

Even more, the tool used in a milling machine is commonly a multi-point cutting tool.

Basically, milling is a process to remove metal by feeding a certain workpiece against the rotating multipoint cutter of the milling machine. Fortunately, a milling machine is capable of holding more than one cutter at a time. Also, it rotates at a higher speed than a lathe machine to ensure the removal of metal at a higher speed.

As a result, the rate of metal removal with the milling machine is faster, comparatively.

Key parts of milling machine

However, a milling machine commonly consists of multiple parts. The main parts of a milling machine include:

1. Base and Column
2. Knee
3. Table
4. Saddle
5. Spindle
6. Overhanging Arm
7. Ram
8. Milling machine head
9. Arbor and arbor support
10. Power feed mechanism

What is a milling head?

Milling machine head aka milling head is an important part of milling machines. It holds and rotates the cutting tool of the milling machine on specific or even custom-built centers of machining. It has multiple movement options that can allow machining for four to five axes with ease.

Milling head type accessories are either indexing or continuous in regards to their types. These can also offer two to five axes to perform even complex milling operations effectively. However, a continuous milling head can offer an uninterrupted machining experience because the head axis keeps changing.

However, on the other hand, the index-type milling heads usually position the milling cutter on a certain axis firstly. Then, it will start the milling operation. These can also handle the machining of plastic, wood, stone, steel, and aluminum.

Milling machines are usually available in two categories which are horizontal machining and vertical machining. While choosing the best milling head, ensure to go with the one that is suitable for all kinds of milling operations. Even more, while choosing the best milling head, you must consider spindle speed, type of material that's being machined, number of rotational axes, and torque for a more amazing selection in the best possible way.

Final thoughts

Overall, milling machines and milling head are two major components of the manufacturing industry. However, knowing about each above definitely has given you a clearer idea about each tool and its functioning.

What Are Precision Pressure Regulators & How do They Work

Source:distrelec.de

When it comes to air compressors, one of the most essential components is the air tension device. There is a wide array of options that you could opt for – from FRL and pilot-managed models to precision pressure models, all the way to general-purpose options that can be used in both industrial and commercial settings.

But, what are these components? How do they work? Are they suitable for most application processes? Luckily for all people that are asking themselves the same thing, the article below can provide you with the answers you're looking for. Here is our 2021 guide for understanding what these devices are and how do they work:

Precision Pressure Regulators: Explained

Source:clippard.com

To understand a precision load regulator, you first need to understand what these components are. Generic models are most commonly measured for 20 bar channel load, and they also have an outlet of up to 15 bars, but this will rely on the elements utilized in the building processes. There are also pilot-managed options that utilize air pressure instead of a spring. This is exactly what enables commands from a distant location.

As you might have guessed by the title, a precision pressure regulator offers a better and more precise adjustment of force over the range that has been recommended. In most situations, they're utilized for the pilot supply of the pilot-operated models. You should know, some of the options available on the market may need particular pre-filtering, that'll allow them to, for instance, guarantee that the air is 6-micron and free of oil.

So, How Does it Work?

Any pressure valve will be manufactured from three important components – a component that can reduce or restrict the load, a sensing component, as well as a reference force component, which is, in most cases a spring. While operating, the force created by the spring opens the lid and this is exactly what adds stress to the sensing component which will close the air cylinder until it can maintain a force that was previously set.

There Are Two Types to Choose From

Whether you opt for a regulator that features a rodless cylinder or an air gripper, there are two types that you could opt for – a non-relieving and relieving regulator. Non-reliving valves won't allow excess pressure to be released into the atmosphere, however, in most situations, you'll need to release it in order to finish the entire process, and this is exactly why a downstream valve is implemented.

On the other hand, a relieving option will enable high tension to be adjusted to moderate pressure, even if there is a situation that is dead-end. This means that it'll relieve the extra downstream load into the environment. Keep in mind, when it does relieve the load, it'll most likely produce a really loud hissing sound that you'll definitely hear. Hence, don't be worried if you hear the sound, the regulator is functioning normally.

When talking about precision models such as the ones offered by Chelic, they can, in most cases hold pressure within more or less 0.5 to 1.5 PSI. If you require a precision load setting for one of your processes, you must know the load variation figures, and you must also inform the manufacturer about it, mostly because this will ensure that you get a model that suits your application requirements and needs. And, you should know, this type is often more costly than other types.

These regulators can also come with a wide range of features. For instance, it could come with a lock that can be supplied without or with gauges, and additionally, they are also available in various formats, including an electronic format. Of course, the accessories and features you opt for will entirely depend on what you're planning on using it for, but it'll also depend on your personal preferences.

What to Consider When Choosing a Model?

Source:emerson.com

Now, before we conclude this article, there are a few things worth mentioning, all of which are quite important. Hence, if there is one thing that you must take away from this article, it's the fact that you should carefully consider the features of the precision pressure regulator. Thus, when browsing through your options, some of the things that you definitely need to consider are the following things:

1. The Load It'll Operate on – one of the first things that you must consider when looking for a model is the practical pressure. Hence, you must figure out what is the effective load at the input port, but you need to also determine the demanded controlled pressure for the output as well.
2. The Course Conditions – as we mentioned in the paragraph above, a tension regulator isn't a flow controller, however, there is a connection between the 2 components. All companies that manufacture regulators will provide you with a graph that'll show the flow as it operates, and it's essential for you to know the necessary flow range.
3. The Environment And Substances – though you probably concentrate on compressed air as the means, there are some applications that might require the utilization of different gases. This is why it's quite critical that the lid is resistant to the substances you might be utilizing. The conditions will also impact your decision. For instance, in a harsh environment, you'll need a pilot-operated model since you'll be able to adjust it remotely.
4. The Temperature, Load, And Size – lastly, you must consider the temperature, load, and size required for particular processes. Firstly, the materials you opt for will be different if you use them in extremely hot temperatures, compared to extremely low temperatures. Additionally, some applications might require smaller regulators, thus consider these things as well.

Conclusion

Although most people think that it's extremely difficult to understand the concept behind precision pressure regulators, it's actually quite easy to understand. The only thing that you need to keep in mind is that you'll have to inform the manufacturer about the pressure variation tolerance you need, mostly because this will ensure that you purchase a model that'll suit your needs.

So, now that you understand more about these important and quite essential components, you really shouldn't waste your time. Instead, you might want to start browsing different manufacturers in order to find something that'll suit your application requirements and needs.

What Are Solenoid Valves And How Do They Work

What Are Solenoid Valves?

To describe a solenoid valve, it is an electro-mechanical valve that is generally utilized to regulate the discharge of gas or liquid. So, it is used in several flow control applications to begin or halt the flow in the tube. As they are electromagnetically activated, it is possible to place these solenoid valves in remote areas. Besides that, it is easy to control them using convenient electrical buttons. In other words, a solenoid valve is an electrically regulated valve. The valve has a solenoid (an electric coil with a movable plunger) in the middle.

These solenoid valves can be utilized when it is necessary to automatically control the fluid flow (like in factory automation). The computer that operates the automation program can deliver a reminder to the solenoid valve to unlock, or shut down the solenoid valve. The gripper for clutching objects on a robot is often an air-regulated appliance. It is best to use one solenoid valve to close the electric gripper and another one to unlock it.

In fluidics, one of the most often used elements is solenoid control valves. These valves are generally necessary to close, discharge, dose, share or blend liquids. Due to these reasons, they can be seen in several application sectors. Besides that, solenoids are durable, compact, deliver quick and stable switching, feature low control power, and work for long periods.

Though there are different types of solenoid valves, the two primary variants are direct acting and pilot operated. It is alright to leave the flow meter as it is or incorporate it with the air brake or a liquid softener. If you would like to know more about different models of solenoid valves, make sure to check out chelic.com, where there are various styles, sizes, and collections of solenoid valves.

Source: xpneumatic.com

What Are Different Components Of The Solenoid Valve?

Generally, solenoid valves contain two fundamental parts: a solenoid and a valve.

The solenoid features various vital components, such as the coil, plunger, and sleeve assembly. However, the valve body is composed of multiple orifices (entrances). Here, we will see the detailed components of the solenoid valve:

Valve body

It is the valve's body to which the solenoid valve is attached. In general, the valve is united in the flow pipeline to regulate the flow of specific liquids or gases.

Inlet port

Through this inner port, the liquids or gases will get inside the automatic valve. After that, the fluid can reach the final procedure.

Outlet port

The outlet port will discharge the fluid from the valve, which is enabled to depart through the automatic valve. The solenoid valve regulates the fluid's flow from the inlet port to the outlet port. This outlet port is attached to the procedure where the liquid is necessary.

Coil or Solenoid

It is the solenoid coil's body, which has a cylindrical structure. Generally, this body has a steel covering with a metallic finish, and it is empty from the inside. The solenoid coil is present inside the solenoid valve.

Coil windings

It contains several rolls of the coated wire wound all over the ferromagnetic substance such as iron or steel. This coil forms in a hollow cylindrical shape, and it has external steel covering. There is a plunger (piston) inside the open part.

Lead wires

These wires are the outside connections of the solenoid valve and are attached to the electrical supply. The lead wires transfer the current (power) to the solenoid valves. The current passes through lead wires when the solenoid valve is energized. If the solenoid valve is de-energized, the current flow will end.

Plunger or piston

The plunger is a durable and round metallic component, which has a cylindrical shape and is present in the hollow part of the solenoid valve. If the electrical current goes through the solenoid valve, the plunger will shift into a vertical posture in the open area. It happens due to the action of the magnetic field opposing the spring action.

Spring

Regardless of whatever the posture it is in, the spring will halt the movement of the plunger. The spring action is against the magnetic field, and it has a critical role inside the hollow space.

Orifice

Here comes one of the significant components of the valve. The orifice is a critical element because the liquids or gasses will flow through it. In addition to that, it acts as the connection between the outlet port and the inlet port.

Source: saferack.com

How Do Solenoid Valves Work?

Solenoid valves function by managing the progression of gases or liquids in a constructive, entirely closed, or totally open method. They are also utilized in place of physical valves or for monitoring via remote control. The purpose of the solenoid valve includes opening or shutting an entrance in the valve body to either enable or deter the flow via the valve.

Like we said previously, solenoid valves have plunger coil and sleeve assembly. The plunger will unlock or shut down the opening by going up or dropping off within the sleeve tube by stimulating that coil. In short, the solenoid valves function appropriately by utilizing the electromagnetic coil to unlock or lock the valve opening. If the coil, which is present within the solenoid is spurred, the plunger will go up or down to either open or shut the gap. It regulates the flow, which means controlling the movement of liquid or gas.

Normally Closed

When de-energized, this valve stays in the "closed" posture, which is one of the most ubiquitous operation techniques. In these closed valves, the plunger return spring will keep the plunger across the opening and curbs flow. After the solenoid coil is stimulated, the consequent magnetic field lifts the plunger, which allows the flow.

In general, these normally closed valves are utilized in On, Off, or venting operations, where there is a need to halt the process due to power loss. During the power loss incident, this valve shuts so that the liquid will not deplete.

Normally Open

When de-energized, this valve stays in the "open" posture. In the case of normally open valves, if the solenoid coil is spurred, the plunger shuts down the opening, which further deters the flow. The popular usages of these normally open valves are security applications where the procedure is unproductive during the power loss events.

Universal Valves

Universal valves are normally open or normally closed valves, which depends on the strategy the valve is joined in. This can be seen in 3- or 4-way valves where it is possible to impose pressure on any valve's port.

Final Word

At last, that is the end of our guide to solenoid valves. We included the up-to-date information, so it will be easy for you to understand solenoid valves, their types, functions, and other related things.

Control Valve Maintenance Tips & Tricks You Need To Know

Source: thespruce.com

In order for oil, gas plants and other systems to work properly, control valves are used. Thanks to them, these units work efficiently, but they are often neglected. This is a big problem that is not good to ignore, because the systems will not work as efficiently as possible. In this way, their performance becomes worse.

These valves can withstand even more difficult conditions, but after a few years of operation, their ability decreases. Fortunately, you can influence their lifespan by maintaining them properly. Keep in mind that their replacement can be expensive and that is why choosing the right size, material and care is crucial for their survival. Learn more about it in the rest of the text.

Maintaining space around the valve

Source: numerama.com

One of the most important things is to take care of the surface that surrounds the control valve. This ensures its safety and quality work. For this purpose, the materials for the valve are carefully chosen so that they do not have to be cleaned too much, because it is not necessary to scratch the surface as much.

However, there are several types of materials. Depending on which material you choose, you will need to approach the cleaning differently. While one type of material requires more thorough cleaning, another will be more appreciative of maintenance. The universal rule is that you must do this regularly. When cleaning, you must be careful when it comes to the products you use.

Keep in mind that some materials are more sensitive than others, which means that they cannot tolerate certain chemicals and liquid cleaning agents. So research materials and safe means for pipes. Try to keep their area free of dust and dirt. By choosing the right cleaning agents, you eliminate the possibility of a corrosive reaction.

Also pay attention to rinsing, because the parts you cleaned must not contain soap. This can cause serious damage to the valve material. It is best to clean non-metallic materials only with water or alcohol. There are also various sprays used for these purposes.

Regular inspection

Source: barfieldhomeinspection.com

In addition to regular cleaning, it is important to check the equipment regularly. What it means? Our advice is to organize yourself well by making a check plan. For example, opt for a weekly check and choose two or three days during the week to set aside for it. If the valve is damaged, it is enough for a little time to pass for the damage to continue inside.

You need a little more than 10 minutes for this, which means that it will not affect your other obligations or free time. If you cannot inspect the damage caused by the malfunction in detail, focus on rust or corrosion. These are the most common causes of failures. When installing the valve again, pay attention to the material.

Sometimes he is to blame for the damage caused because he cannot withstand certain conditions. Be aware that control valves are designed to provide resistance to pressure and temperature, and that some materials simply do not meet such conditions. If you don't know all types of valves, visit www.chelic.com and check even more types.

Check for leaks

Source: ncwhomeinspections.com

If you notice a leak, know that it is another alarming sign. This is very bad for your pipes, and it is caused by incorrect maintenance or poor choice of materials. It also occurs as a result of accumulated rust or corrosion. In this way, damage occurs very quickly, leading to leaks.

Whether they are larger or smaller, know that they endanger the safety of users. This is especially important if gas transport is present. Once you find the source of the leak, focus on the cause. Precision regulator can show you that there is a leak somewhere too.

It is very important that you research this to know if it is a material, maintenance or a simple environment. It would also be good to always keep records regularly and to have documents with you that contain information about damage, materials and everything else.

This will allow you to make better decisions and find the cause more easily. We must mention another important thing. If you change the pipes yourself, you have to differentiate them. There are various lengths and sizes that require proper setting. This means that it is very important to check the connection with the valve, because it must not be loose. The valve must run smoothly and must be properly lubricated.

Adherence to the manufacturer's manual

Whether you are just checking the valves, changing them or cleaning them, always follow the manual. It comes with every valve purchase and contains all the useful information you will need. For example, it contains information on proper installation, but also repair. It will also serve as first aid if damage occurs.

Expert advice is to always have all the necessary tools and materials with you if something goes wrong. Read the manual carefully so that you do not waste time later asking the manufacturer a question and waiting for his answer. Make sure that the control valve is installed correctly, which means that you should check the flow direction mark, bolts and nuts, bonnet clamp, rotary cylinder, vacuum generator, air connection to the actuator, etc.

Regular lubrication

Source: machinerylubrication.com

Valve lubrication is another thing that positively affects its durability and quality. For this purpose, you will use special lubricants that are based on oil or grease. With them, you can greatly affect the performance of the valve.

In this way, you will improve their efficiency and functionality. Do not leave them to chance, because then the valves will be very sensitive to external influences, which will quickly lead to a reduction in performance. You should do this at least once a week and we are sure you will avoid unwanted damage.

Conclusion:

So, the most important thing is to carry out regular check of the valve. In this way, you will prevent major problems, but also by choosing the right cleaning products and techniques. You try to do everything in accordance with the requirements of the manufacturer, because otherwise you can cause damage yourself.

What does an air cylinder do?

Various industries need linear motion while performing their operation sequence. However, using an air cylinder is one of the easiest yet simplest ways to achieve that in the best possible way. The pneumatic cylinder also known as an air cylinder is typically a mechanical device that makes energy and then converts that into a kind of motion. That motion can be of any type such as clamping, ejecting, or blocking.

What does an air cylinder do?

A pneumatic cylinder aka air cylinder is mechanical equipment that is used to convert compressed air energy into linear motion. In simple words, an air cylinder is meant to translate a static power source into a useful motion. In some applications, an air cylinder can also be used to apply pressure.

However, typically, air cylinders use the pressure of air or gas to perform their operations, especially linear work. An air cylinder can easily take in air and then compress it to refill pneumatic systems. Fortunately, working with a pneumatic cylinder doesn't pose any severe threat as working with other kinds of gases pose, commonly. 

How does an air cylinder work?

The air cylinder usually contains a chamber for air to enter and also a path to leave. Besides that, a piston is also involved that usually does most of the air cylinder's work along with action systems' some types. However, different types of action systems in air cylinders are meant to provide a different type of force, slightly.

Single-acting cylinder

The single-acting cylinder is the first yet simple version of the air cylinder. In this, a piston-oriented system is responsible to force compressed air via a solenoid valve into the piston's back. This compressed air then seeks the easiest way to leave the cylinder and exert a huge amount of force on the face of the piston. How easily air is going to push the piston depends upon the piston face's surface area or the size of its bore. When the air will exist, the piston is going to fall down naturally. It will stay there until another burst of compressed air isn't going to be fired in the air cylinder.

Double-acting air cylinder

Double-acting air cylinders are one of the most common types of cylinders being used. It is because this cylinder type gives its users full control over the movement of the piston. Even more, this type of air cylinder is used to inject two different compressed air streams simultaneously on any side of the piston.  

However, it is highly important to control compressed in double-acting air cylinders very carefully.

Get the best air cylinder from us

Do you need to order an air cylinder for any linear application? We are providing the best air cylinder range in Taiwan. We are a top manufacturer of this tool and also work as a supplier for it. You can simply explore our site to get the best air cylinder from the top manufacturer in Taiwan without any hassle.

So, what are you waiting for? Call us today to get any needed help in this regard. Or if you want to learn more about air cylinders, let us know.

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iiQKA：庫卡的新操作系統和生態系統

iiQKA是KUKA的新型機器人操作系統和生態系統的結合，旨在使用戶體驗盡可能的直觀，與以往相比，強大、快速且可擴展，能夠為更多的人、公司和市場提供更多能力使用機器人，並提供自動化優勢。 它將以iiQKA Pre-Launch軟體中KUKA的新型協作機器人LBR iisy開始使用，該軟體由早期的keystone生態系統合作夥伴提供支持，隨著時間它將包含更多的功能、更多的應用程序，以及能夠使用KUKA產品組合中的所有機器人多樣化生態系統。

KUKA進行了一代代的更改，這使機器人新手可以輕鬆想像並實現其自動化目標，同時對於已經是專家的人們來說，可以更快，更高效地完成此過程。

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開源透明的自動化群組，致力於透過安全可靠的環境提供 KUKA 與其供應商網路的智慧型機器人解決方案。

加入 iiQKA 之旅

邁向新世代。iiQKA 試產套件只是為所有人提供最佳自動化體驗的開端。

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What is a caulking gun? And how to use it?

Whether you are a hand tools manufacturer, hydraulic tools manufacturer, or homeowner caulking gun is a must-have tool for you. It is because a caulking gun is the handiest tool to fill cracks and gaps effectively.

Even though a caulking gun is the handiest tool, still there are people who don't know what is caulking gun or how to use it properly. So, here in this guide, we will let you know detail regarding caulking guns and how to use them.

So, keep reading the information given below:

What is a caulking gun?

A caulking gun is a special tool holding a cartridge or tube filled with the material used to seal up cracks and gaps. Most importantly, a caulking gun is also equipment commonly used by hydraulic tools manufacturer or hand tools manufacturer to bond a range of tools effectively.

Caulk can be made of latex or silicone. Fortunately, it can be used to bond an amazing range of materials such as wood, ceramic, glass, metal, etc. Caulk is commonly available in tubes. However, you will use a caulk gun to get the caulk out of the tube and to ensure its smoother application in the best possible way.

Even more, a caulking gun can make it easier to control the quantity of caulk. So, you can release the caulk in the exact amount that's required for a task.

How to use your caulking gun properly?

Whether you have a leaky shower or a faucet, you need to apply caulk to eliminate gaps or cracks at some point. Having a caulking gun in hand can make the process super easier. However, here is how to use it to seal gaps effectively.

So, follow the instructions below to learn how to use a caulking gun:

Load caulking tube into a caulking gun

Press the release trigger available at the rear of the caulking gun using your thumb. This can be done by releasing the plunger given in the gun's back.

Pull this plunger back and place the caulking tube while keeping the nozzle of the tube in front. Now push the plunger properly in the caulking tube's back and release your thumb too. Your caulking tube is now loaded in the caulking gun.

Make a hole in the tip of the cartridge

At this step, you need scissors to cut the cartridge's tip to match the hole to the gap's size you need to fill. To puncture the inner seal of the tube, take a nail or pin and insert that through the hole.

Fill the gap or crack you need

Hold a caulking gun at an angle of 45-degree along the crack or gap you want to fill. Squeeze the handle of the gun or trigger it while drawing the caulking gun towards you slowly. When you are unable to squeeze the gun's handle anymore, simply release it. The handle will spring back automatically. Once the handle is in the original position, you are all set to squeeze that again.

How the caulk is applied to the gap will completely depend upon your gun's moving speed and how hard you squeezed its handle. However, practicing these steps a few times will make you use a caulking gun more effectively.

What is a high-speed press machine, and how it works?

Since their launch, high-speed press machines, including stamping press, have revolutionized the world of machining. Many industries that want to resize or reshape workpieces on a large scale use high-speed press machines. However, many industries are not aware of its benefits and how it works.

Today, we will discuss all that is a high-speed press machine and its principle. Moreover, we will also list some of the primary benefits of high-speed press machines.

What is a high-speed press machine?

High-speed press machines are also known as high-speed punching presses. These machines are used in industries for metal processing, including machining metal of the desired shape from a workpiece.

The powerful integrated electric motors ensure the fast process of metal processing. However, high-speed press machines can be used in a wide variety of applications.

What is the working principle of a high-speed press machine?

A high-speed press machine uses pressure as its medium or tool for numerous machining processes. Now, the fundamental question is that how this pressure is produced.

So, let us begin. A high-speed machine press includes heavy electrical motors consisting of rotor and stator. However, that is not it. The fundamental of the machine includes:

1. Flywheel
2. Generator
3. Gear
4. Clutch
5. Crankshaft

First of all, the power from the electric motor operates the flywheel. Once the flywheel is in motion, it moves all the other parts of the machine, including clutch gear. All these movements of the parts produce linear motion, which must be converted into circular motion before it reaches the connecting rod.

For this, the machine has an integrated ball-type design, which converts linear motion into circular motion. Moreover, another type of design known as Pin type design does the opposite, which is to convert circular motion into linear motion.

Types of high-speed press machines

There are 4 different types of high-speed press machines. They include:

1. High-speed punching press – As the name suggests, it is primarily used to make a hole in workpieces
2. High-speed press brake machine – More durable form of high press machine, and is used specifically for metal processing.
3. High-speed screw press – used to make screws for small diameters.
4. High-speed stamping or stamp press- Used for making the workpiece take the shape of a specific dye.

You can choose amongst different types of the high-speed press as specified above. But before that, make sure to know about what is your goal. Make sure always to purchase a high-speed press machine from a reliable manufacturer.

Advantages of high-speed press machines

Some of the most popular benefits of high-speed press machines are specified below. Knowing such advantages can be useful for a lot of people.

• Precise punching
• Smooth and convenient pressing
• You can control the pressure accordingly.

Final Remarks:

The above-specified is a detailed overview of what is a high-speed press machine, including a stamping press. Moreover, the step-by-step working principle of a high-speed press is also specified.  You can know these basics in the above guide in a good way.

The best lower control arm in the aftermarket

The lower control arm connects the steering knuckle attached to your car's tires to its body. It is also connected to the front strut, which is an integral part of the suspension system. The whole purpose of the lower control arm is to provide better steering control. 

Without a properly installed lower control arm your car can lose its balance and can break down if it goes into a massive pothole as the whole suspension system is held in one place by both lower and upper control arms. 

However, with time, the lower control arm can wary, and for that, you need to get new from the aftermarket. So, you can avoid all the things specified above. 

The best lower control arm in aftermarket

Some of the most popular lower control arms in the aftermarket are specified below. 

True Drive

True Drive is one of the most popular and easy to get lower control arms you can get from the aftermarket. True Drive lower control arms are made from the most durable materials that make them sturdy. Many Taiwan manufacturers recommend using True Drive lower control arms. 

• In addition, the noise that you get after installing a new lower control from an auto parts shop is not a factor associated with True Drive lower control arms.
• It is because the bushes of the arms are made of noise-reducing materials.
• The best part about True Drive control arms is they have a rust protective coating, which ensures their enhanced longevity.

All the True Drive arms are manufactured according to some of the best industrial and quality management systems including ISO 9001 / TS 16949 / OEM / OES. 

Moog

Moog lower control arms are another great arm that you can get from the auto parts shop. The control arms from Moog have a compact and convenient design that provides a great fit. In addition, the structure of the arms is made using strong metals like Aluminum and alloys like steel. 

• The protective coating also protects the arms from corroding.
• As a result, the overall construction of the lower control arm is highly durable. Moreover, the lower control arms from Moog are easy to install. 
• Many models such as Moog RK620054 come with pre-assembled bushings, so you do not have to be a car junkie to install these lower arms.

Moog lower control arms are also easily replaceable.

Dorman Lower control arms

Made from strong materials like Aluminum and steel, they provide great structural support to your car's entire suspension system. The protective coating on the Dorman's arms makes it highly resistant to corrosion, harsh weather. 

In addition, Dorman lower control arms offer easy installation, hassle-free replacement, and a definite perfect fit. Taiwan manufacturers make some of the best lower control arms, so you can also consider buying lower control arms made in Taiwan. 

Conclusion

The above-specified are the best lower control arms you can get from the aftermarket. You can also do some research online about what lower control arm would fit your car.

lower control arm ball joint
auto parts manufacturers
taiwan auto parts
accesorio para carros
auto parts suppliers

What is Electrical Discharge Machining (EDM), and how does it work?

Electrical Discharge Machining or EDM is one of the more precise and accurate ways of machining as compared to traditional machining. Many industries have now incorporated EDM for numerous machining processes.

However, many people do not know about EDM. Hence, today we will discuss what is Electrical Discharge Machining and how does it work.

What is Electrical Discharge Machining?

As the name suggests, Electrical Discharge Machining is a way in which metals are removed through Electrical Discharge or electrical spark from a workpiece of desired length and shape. In EDM, no mechanical force is needed, nor are heavy tools used for the process. Hence, it greatly differs from the traditional machining ways.

Moreover, EDM is suitable for any conductive material and is a highly controlled machining technique. In addition, some metals like Titanium and Tungsten are difficult to extract and be shaped according to needs and wants. It is where the traditional machining method fails, and Electrical Discharge Machining comes in.

Furthermore, EDM is safe as compared to traditional machining. Taiwan manufacturers make some of the best Electrical Discharge Machine that offers reliability and extreme precision.

How does Electrical Discharge Machining Work?

The whole phenomenon is based on electricity. But to elaborate it a bit, we can describe the EDM process as a thermal process. The whole metal removing the process from the workpiece is done using electrical sparks. These electrical sparks are pass through the electrode, which is a conductor.

Moreover, these electrical sparks are given in a pulsating manner, sort of like Alternating Current. It is done in this manner, so the whole process is done in a controlled manner. However, when removing metals from conductive material through the EDM process, the electrode and the workpiece have to be water-logged into a non-conductive fluid.

Many Electrical Discharge manufacturers, including manufacturers in Taiwan, the hub of technology, recommend doing this.

It is done because electrical discharges can flow in a controlled manner. Moreover, dielectric fluid is highly resistant to electricity and has a higher temperature coefficient. So, it absorbs all the heat generated from the EDM process and acts as a coolant.

Hence, the dielectric fluid helps the machine retain its longevity and allows the process to be done more efficiently.

Advantages of Electrical Discharge Machining?

There are numerous advantages of Electrical Discharge Machining. Some of the most popular ones are specified below.

• Suitable for machining extremely hard conductive materials.
• Workpieces are extracted without any deformation. Deformation on the workpieces can occur with traditional machining methods as it involves high heat.
• Can move along all the 3 axes, which increases precision as well as the same time.
• Cost-effective machining method.

Conclusion

The above-specified is a short but comprehensive guide about what Electrical Discharge Machining is and how it works. You can visit EDM manufacturers' websites for specifications related to ED machines, such as Taiwan ED machine manufacturers Oscar Edm. Make sure to follow all the necessary precautions before operating the machine.

What is Carbon Brush? What Are the Advantages of the Carbon Brushes?

Additionally referred to as a motor brush or a carbon brush, it is a very tiny component of an electric motor responsible for transporting electrical current between the motor's stationary and spinning wires.

What Are They Made Of?

A carbon brush or motor brush is often constructed from various kinds of carbon materials (such as natural and bonded carbon), each of which is connected to a variety of different terminals (also known as terminals). Carbon is an excellent conductor of electricity because it is both soft and conducts efficiently. Carbon brushes deteriorate over time due to their supple nature and must be changed often.

Advantages of a Carbon Brush:

Some of the top advantages are explained below

They Have High Melting Point

Carbon metal has a melting point that is often greater than that of copper and other common metals. Carbon brushes have a melting temperature of 3550 degrees Celsius, while copper has a melting point of just 1080 degrees Celsius.

Motor Brushes/Electrical brush on a dc motor are well-known due to their proximity to the commutator. As a result, while the motor is operating, it produces sparks and friction between the brushes and the commutator. When the temperature rises, the copper brush becomes unstable, which is why we use it in the first place.

Usage of Soft Metal

In contrast to the copper brush, the carbon brush/electrical brush is often made of a softer metal. While the motor is operating, the brush and commutator are always in contact, resulting in friction. Due to the brush's softness, the commutator will remain undamaged. Because copper is so hard, we will damage the commutator if we use a copper brush.

Negative Temperature Coefficient

This is not a good idea owing to the negative temperature coefficient of the carbon brush or motor brush. Because there is a direct connection between rising temperature and lowering resistance, the temperature of the motor increases during operation as a consequence of friction and heat production. This is common knowledge. As a result of the increased temperature, the resistance of the carbon brush will drop, amplifying the current surge.

Amorphous

Despite its rectangular form, the carbon brush is surprisingly malleable, which makes it an indispensable tool. To get a circular commutator, we just need to connect our new brush (electrical brush) to it and power on the motor.

Easy Lubrication

It, like the Evolution Brushes and the carbon brush, is self-lubricating. As a consequence, there is no need for additional cooling oil, lubricating oil, or Greece. When the engine is turned off, the carbon brushes are automatically permitted to cool.

Some Down points you need to know:

High contact resistance results in a voltage loss of about 2 V. Consequently, they are not well-suited for usage in tiny devices where voltage represents a significant part of the overall power of the device."

In order to effectively dissipate heat without significantly raising the working temperature, the commutator must be bigger than it would be with copper brushes due to the high loss.

Compared to copper brushes, which have a higher current density per square centimeter, these brushes need larger brush holders.

Final Remarks:

Despite their critical role in motors and generators, carbon brushes are often neglected. They are what they are because of their carbon and steel components.

carbon motor

What is slitting line?

1.What is slitting line?

Slitting line is a line used to slit wide-sized coils into many narrow width strips.

The components of the slitting line are uncoiler, slitter, tension pad, scrap-winder, and recoiler.

Metal and non-ferrous, such as bi-metal coils, SUS, titanium, CRGO, CRNGO, and profiled stirp ( leadframe ) could be easily slit by Toa Dr made slitting lines.

2.How slitting lines work?

Uncoiler → Slitter → Tension pad → Recoiler

3.The features of slitting lines

• The principle of constant tension control.
• Movable operating panel + HMI interface
• Delicate strips slitting

4.The advantages of slitting lines

• Customized design
• User friendly
• High efficiency

5.The applications of slitting lines

• Coil processing industry, such as bi-metal coils, SUS, titanium, CRGO, CRNGO, and profiled stirp ( leadframe )
• Electronics industry, such as terminal, spring,and transformer
• Medical industry, such as strip for mask and waist protection

6.Types of slitting lines

• TDS-400 連結 https://www.slitterline.com/en-US/p1101-mini-slitting-machine
• TDS-600 連結 https://www.slitterline.com/en-US/p1123-copper-strips-slitting-machine
• Slitting line for Stainless steel and special steel 連結 https://www.slitterline.com/en-US/p1124-slitting-line-for-stainless-steel-and-special-steel-coils

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蕭伯納曾講過一句話：「一個人要不要結婚，不需要去勉強，因為結婚或不結婚，到後 來，他們都會很後悔。」真的如此嗎？表面上，好像有很多現象被他言中了，但事實上，婚姻掌握在我們手裡。我常說：「婚姻的經營，有可能帶入像天堂一樣的境界，也有可能步入像地獄一般的生活；既然有這種差別，就表示婚姻是由我們自己努力去經營的。」

有一句話說：「夫妻之間吵架，總比不溝通來的好。」不溝通是一種最糟糕的婚姻關係。建議良好的婚姻溝通;

1.要有良好的溝通，必須注意到時間和地點的問題。
2.要清楚的表達自己的意見。

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