Category Archives: Manufacturer

Advantage of Adding A 4th Axis Rotary Table to Milling Machine

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To add a 4th axis rotary table to a milling machine in any sort of work setting provides several advantages to machine work. Having another axis to work with gives milling machine users more precision and accuracy without having to change positions of the part being machined.

 

Also, an additional axis would prove to make any milling machine more diverse in the work it is capable of doing; lathe machines introduce the aspect of a rotating part, so a rotary table would add the same benefits provided. A 4th axis rotary table, in general, can provide more precision and ease to a complex design, reducing time and costs for the production of a certain piece.

 

How It Works

 

To clarify, a 4th axis rotary table serves to add a rotating aspect to the desired piece being shaped. Similar to a lathe’s rotating head-stock, the rotary table serves to hold the piece and move at exact intervals of revolutions. Because it can move in precise degrees of motion, users can easily calculate correct positions, just like it can be done with the other three axes of motion on the machine. Once all four axes are used, making grooves or holes in the piece is much easier than without the rotary table, saving time by discarding the task of removing and resetting the piece in another position. Having the ability to move the piece in determined intervals and precision with diverse planes of motion is important for more complex machine work.

 

The Importance of a 4th Axis Rotary Table

 

Just like with the other three axes of motion, the 4th axis rotary tables can be adjusted for specific amounts of distances to accurately tell what position you are at in relation to the dimensions of the piece. Furthermore, the scales used to measure its motion can save time and resources by reducing the amount of mistakes that could result in major delays, such as re-working the piece from the beginning. Since users will easily be able to calculate and set the positions needed for the work done, machining multiple pieces is simpler to accomplish.

 

Examples of Diversity

 

As stated before, the rotary table adds more diversity to the work the milling machine is capable of doing; some work required with a lathe can be done with the additional axis of motion. Machining the part with holes, for example, may require the user to work with a circular pattern with equal distances, which is certainly possible with 360 degree movements. Along with cutting circular patterns easily, arc cuts, grooves, and other complex curves are included with the benefits of a rotary table; cutting out the teeth of gear parts is another way of work possible.

 

The capability of a 4th axis rotary table is only limited by the skill of the user. It is able to provide the extended degree of motion necessary for complex work needed by any skilled machinist. With quality parts, a machinist is capable of intricate pieces of work, and it would be limiting to not have another axis of motion available. It is important to consider the expansion of work choices for machine work, and this addition is a good starting point for such consideration.

 

TANSHING is a professional rotary table and index table manufacturer which specializing in 4th axis rotary table, 5 axis rotary table, CNC tilting table and more. If you are interested in or need further details about our products, welcome to contact TANSHING – we always provide the highest level CNC rotary tables and service.

 

Article Source: http://www.cncindexing.com/why-add-a-4th-axis-rotary-table-to-your-milling-machine/

 

How Important Are MTB Bicycle Frames?

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MTB bicycle frame is the basis for the bicycle’s sturdiness, weight and general appearance. This is why when purchasing new mountain bikes, most cycling professionals and enthusiasts give the frames a thorough check instead of just giving it a casual or cursory look. Though it may appear similar to a casual observer, each frame has different sizes, symmetry and materials used which is tailored for a particular body structure of the cyclist who will be riding it.

 

Most of the mountain bike frames available in the market today is usually made up of aluminum steel. This makes for a sturdy, yet very light structure, making it easy for the cycling enthusiast to maneuver. Although there are still frames that are made up of galvanized iron or steel, these are rapidly fading fast into oblivion and is being replaced by aluminum and some other lighter materials like titanium.

 

Naturally, if you are a cyclist, you always undoubtedly would prefer the lightest material to make up your frame. This is where the ultra-lightweight metal call titanium comes in. Bike frames that are made of titanium are almost weightless, yet are sturdy enough to withstand the rigors of cross country cycling. The only problem with titanium as of the moment is the exceedingly high cost which only a few cycling enthusiasts can afford. This is why most cycling enthusiasts still prefer their bikes to have aluminum frames because they are very affordable. Though they may not be as light as those frames which are made from titanium, aluminum frames do exceedingly well in various types of tracks.

 

Another area of consideration which you must carefully check out is the size of the frame. Bear in mind that MTB bicycle frames have different sizes which correspond to the height and body physique of the cyclist who would be riding it. The size of the mountain bike frame is usually determined by measuring the expanse of the frame from the center of the base bracket to the uppermost portion of its top tube.

 

Getting the right bike frame is very important since it can affect the way you maneuver your bicycle. Remember that all frame sizes are influenced by the unique body structure of the cyclist who will be riding it which is why you have to carefully select the MTB bicycle frame with a size that closely matches your own body physique.

 

Once you have correctly determined the weight and the size of the mountain bike frame that you consider perfect for your body structure, you can now begin that exciting cross country journey that you have been longing to indulge into. If you need further information about MTB bicycle frame, welcome to visit the website of MAXWAY and feel free to contact us!

 

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How to Make a Chenille Patch?

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The monogrammed jackets representing a university or sports team look cool and trendy, and partially thanks to the chenille patches. Chenille weaving is done by a special machine using cotton, acrylic, or even silk yarn. The uniqueness of this fabric is its fuzzy softness, much like a caterpillar’s fur. Interestingly, this fabric borrows its name from the French word for caterpillar.

 

Various Uses of Chenille Patches

Sports patches seen on the lettering or emblems of jackets are often made of chenille. The piece of chenille fabric is layered over a felt base, usually in a contrasting color to help the patch stand out even more. The use of chenille patches, however, is not limited to sports apparel. You can also fix these patches on other garments as well, and even to blankets or backpacks.

 

Making a Chenille Lettering Patch

Materials Needed:

  • Lettering stencil
  • Chenille fabric
  • Felt fabric (preferably in contrasting color to the chenille)
  • Pencil
  • Cutter
  • Cutting mat
  • Sewing and embroidery machine
  • Double-sided fusible
  • Iron

 

Steps to Follow

  1. First decide on which garment you want to affix the chenille patch and pick a lettering stencil of a suitable size.
  2. Trace the desired letter on the reverse of the chenille fabric. Use the cutter and cutting mat to cut out your pattern.
  3. Use a size larger stencil to trace the same letter on the felt fabric, but do not cut this out yet.
  4. Place the chenille patch over the felt patch, making sure to align the edges perfectly. Use an adhesive to secure the two pieces of fabric in place.
  5. Use an embroidery machine to create a border for the chenille piece. A thread in a contrasting color will give a striking effect. Repeat the same to outline the felt piece with thread in another color.
  6. Now carefully cut the felt patch from the bottom fabric, ensuring that the embroidery thread remains intact.
  7. Trace the outline of your patch onto a double-sided fusible and cut it out.
  8. Peel off one side of the fusible and iron it onto the back of your letter patch.
  9. Peel off the other side of the fusible and place it over the garment on which you want to fix the patch.
  10. Place a Teflon sheet over the chenille embroidered patch as protection and run a hot iron over it for a few seconds until it firmly adheres to the bottom surface.

 

DIY Chenille Patches

Your handmade chenille applique garment is now ready to wear. The soft feel of the patch combined with the contrasting colors you selected are sure to bring out the uniqueness of your garment.

 

Tip: If you want to go in for an even more interesting combination, pick a printed piece of chenille fabric, or even go a step further in your DIY endeavor and embroider a chosen design over the completed patch. There is no limit to your creativity while making your own chenille patch.

 

If you are not good at DIY but want to custom a wonderful Chenille Patch, welcome to visit the website of Dah Jeng Embroidery – providing various embroidery patches and chenille patches. Contact Dah Jeng to obtain further details now!

 

Article Source: http://www.ebay.com/gds/How-to-Make-a-Chenille-Patch-/10000000205732138/g.html

 

What Is a Variable Displacement Hydraulic Pump?

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A variable displacement hydraulic pump is a type of mechanical-electrical motor placed in a fluid channel. Built either to generate electrical power from the natural flow of fluid past it or to apply mechanical force to make stationary fluid flow in a pipe gives the variable displacement hydraulic pump a dual use — adjustable capability. Such pumps have versatile applications because they can be set to capture the maximum amount of hydraulic fluid energy as the velocity of fluid flow in a channel dynamically changes, or they can be switched to applying mechanical energy powered by electricity to increase fluid flow.

 

Hydraulic motors designed on the variable displacement hydraulic pump axial principle have three common features regardless of their size or the complexity of their controls. These include a central axis, a cylinder of pistons surrounding it, and a circular plate to which the ends of all of the pistons are attached. They are usually built on the axis piston pump or bent axis pump design, which allows the vertical angle at which the pistons are positioned to be adjusted either by angling the axle itself, or the plate that is attached to the ends of the pistons.

 

The circular array of pistons in a variable displacement hydraulic pump moves in unison, but they displace different amounts of fluid depending on their horizontal positions in the piston shafts in which they move. As the internal retainer plate, or external swash plate, rotates at an off-center vertical angle of 25° to 40° in the pipe, the pistons alternate between pushing fluid through an exhaust pipe, and pulling it into an intake pipe. These outlet and inlet pipes are known as kidney slots and the piston chambers are referred to as cylinder barrel bores.

 

Another key feature of variable displacement hydraulic pumps is what’s known as the compensator. This is a collection of controls often attached to the external housing of the pump, which adjusts the angle of the swash plate or retainer plate. If the swash plate is set to a perfect vertical angle on the pump as it rotates, the displacement will be zero and fluid flow will stop. Compensators can be simple or complex controls, but their purpose is to change the variable settings on the pump for maximum efficiency.

 

ANSON is a professional hydraulic pump supplier with rich experiences. We specialize in manufacturing intra vane pump, vane pump cartridge kits, variable displacement hydraulic pump, fixed displacement vane pump, hydraulic power pack pump and more. If you are interested in variable displacement hydraulic pump series, welcome to visit our website and feel free to contact ANSON!

 

Article Source: http://www.wisegeek.com/what-is-a-variable-displacement-pump.htm

 

A Brief and Fast Introduction about CNC Milling Machines for Newbies

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When it comes to fabricating components, Computer Numerical Control (CNC) milling machine is one of the most important CNC machine tools which are widely used in many industrial businesses. It has been effectively used to increase one’s profitability as well as productivity in performing repetitive high precision and difficulty milling operations including drilling, slot and keyway cutting and many more, which these tasks could not be possibly done manually over a long period of time. Therefore, these CNC milling machines are a compulsory tool in most industrial businesses which has succeeded the traditional milling methods.

 

If you are a newbie and you would like to know what this particular milling machine capable of – here are some things that you should know:

 

  1. There are existed as two distinctive types of milling machines – These machining centers are differentiated based on the positioning of the spindle motor (or orientation of the cutting tool). These machines are called horizontal milling machines because of the cutting tool is positioned and operating horizontally and vertical ones vice versa. Hence, it is common to see two types of these machining centers in most manufacturers – either in large or small manufacturers, as these machine tools are capable to perform milling operations in different directions.

 

  1. Most of these CNC milling machines can perform versatile cutting and drilling operations – There are several types of these CNC machining centers that are well-known as multiaxis machining centers including 3-, 4- and 5-axis machines. Certainly, those machines which have the higher number of axes are cost higher than lower numbered axes because these machines are able perform intricate parts production. Thus, normally large scale manufacturers own 4-and 5-axis machines as both machine types are able to boost their productivity and profitability over a certain period of time.

 

  1. These machines have integrated control software – Basically, CNC milling machine operations are controlled by its own distinctive control software. Operators need to be proficiency in CAD and CAM programming skills in order to control the computerized machining centers when performing high precision milling operations. As compared with traditional milling machines (or manual machines), most CNC machining centers are able to perform high precision milling operations and to reduce unnecessary wastage.

 

  1. Most of these machining centers are ergonomically designed – Based on its ergonomic features, operators will not be forced to bend, crouch and contort your body during setup. Furthermore, the cutting tool is operating within an enclosed area is an effective preventative measure of avoiding unwanted accidents resulted from direct exposure of milling operations.

 

  1. Wastage is not a big issue for CNC milling machines – As mentioned earlier, most CNC machines are capable of fabricating components without sacrificing precision and quality. Thus, using such CNC machines can effectively reduce one’s overhead costs.

 

  1. CNC machining centers are also available in job shops – It is not necessary that a manufacturer has to machine components on their own. In most cases, they would outsource specific tasks – i.e. tasks which involved CNC milling process, to CNC service providers.

 

Be sure that you understand the benefits of having CNC milling machines before you start purchasing them. And then, if you are interested in or need further details about milling machines, welcome to visit the website of Jiuh Yeh – the professional milling machine and machining center manufacturer.

 

 

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Overview of Narrow Crown Stapler

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Whenever considering to installing trim, building home furniture as well as cupboards, the narrow crown stapler turns into a handy device. There are lots of types and sizes of pneumatic staplers available on the market. But the 18 gauge narrow crown variety is the ones ideal to wood working jobs.

 

Generally, there are four typical pneumatic stapler sizes and varieties. These are generally: Standard Crown stapler, Narrow Crown stapler, Medium Crown stapler, Wide Crown stapler etc.

 

Standard Crown stapler are usually 22ga (3/8″) and appropriate for securing covers because of its wide crown and short staple leg length. Normally Narrow Crown stapler are the ones which uses 18ga (1/4″) staples from around 5/8″ up to 1 1/2″ long for installing trim, cupboard backs etc. Narrow Crown stapler is usually an 18 gauge, 1/4″ crown stapler. The entire body is made of lightweight die-cast aluminum and it has an overall weight of around 2 1/2 pounds that is pretty standard for a stapler or air fastening instrument of this dimension.

 

In use, the lightweight of the device should not create a fatigue issue, in spite of pretty moderate or continuous use. Like the majority of air fasteners there is a weight and balance tendency towards the front of the device that has a tendency to cause wrist flexion. One of several primary benefits staples have over say, brad nails, is; a) the staple provides 2 fastening points instead of the single brad nail, and b) the crown on the staple offers a wider fastening point and it is lower the probability that for the materials getting fastened to “pull through” the fastener. This can sometimes occur with brad nails and particular materials, like thin MDF sheets. One benefit the brad nailer has over the stapler is that brad nail holes are fewer noticeable and may be effortlessly filled and hidden. A stapler leaves a bigger mark that is easily visible and a little more time consuming to fill. So, the narrow crown staplers are definitely perfect tools for fastening plywood and MDF backs to cabinet and furniture carcasses to deliver extra strength and rigidity, and also to avoid the issue of racking, particularly when the rear side of the item won’t be easily visible.

 

Generally just forward of the trigger on the underside of the main body is the depth adjusting feature. According to the type and denseness of materials you might be stapling into, you may want to adjust drive depth setting to make sure an appropriate driving depth. When the staple is not being driven far sufficient into the materials, simply rotate the tiny wheel a notch or two to the right. If it is driving too deep, turn it a notch or two to the left. Testing driving depth on some scrap pieces of the identical material will make sure an excellent result with your first effort.

 

The driving area of the tool at the front/top is generally surrounded. While you fire the tool, a driver ‘blade’ shoots out from the body of the instrument very quickly, contacts the head of the staple towards the top of the magazine and drives it straight into your material. After that it retracts ready for the next firing action. Obviously, you cannot see this since it happens so quickly. Sometimes, for whatever reason, you may experience a jam. This is where the staple fails to shoot straight out, or the contact from the driver blade does not force the staple straight out.

 

Apach 18 GA Narrow Crown Stapler is your best choice when you need the holding power of a staple, but want minimal tool marks and fastener holes to fill. This Narrow Crown Stapler which can also eliminates the need for noisy compressors and is great for interior decorative trim, cabinetry, cabinet backing, crafts and hobbies. If you need further details about narrow crown stapler, do not hesitate to contact APACH!

 

 

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How to Apply Permanent Eyebrow Makeup

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Eyebrows can truly define an individual’s face. When eyebrows are very light and thin, or when they aren’t present at all, it can change a person’s entire look. Many women go through the daily hassle of drawing on eyebrows for a more defined appearance, but what if you didn’t have to do that anymore? Permanent eyebrow makeup is a safe, effective way to have that look that is purely you, every single day.

 

Before undergoing a permanent cosmetics procedure it is important to research. Knowing more about permanent eyebrow makeup will allow you to decide if this treatment is right for you. Permanent cosmetics, or micropigmentation, are a procedure that is very similar to the application of permanent tattoos. Fine needles are used to permanently inject cosmetic pigment into the area being treated. Permanent eyebrow makeup is applied in a sweeping pattern which allows for a more natural look. This treatment is a fantastic way to achieve a fresher appearance permanently.

 

This permanent cosmetics procedure is practiced by many salons, medical spas and doctors’ offices. Contact a variety of local centers and set up consultation appointments; it is important to meet with at least two or three centers in order to make an educated decision. Before making a final decision, meet with each center, have them explain their procedure to you, look at color and shape samples, look at before and after pictures, and talk about experience, safety and treatment longevity. Once you have all the information, and then ask about pricing. When it comes to aesthetic procedures, common thought is, you get what you pay for. It is important to feel completely comfortable with the center you choose; you shouldn’t always make your decision based solely on price.

 

Once you’ve chosen a reputable permanent cosmetics center in your area, the next step is to set up your treatment. Permanent eyebrow makeup is a relatively quick application; you’re appointment should be no more than 30 minutes. Following your treatment, your practitioner will provide you with specific instructions on how to care for the treated area following the procedure.

 

It is important to follow all post-treatment instructions provided by your practitioner in order to ensure proper healing. When you leave the center, the treatment area will be red and swollen, but this reaction is completely normal. Over the next days and weeks, your permanent eyebrow makeup will heal. The healing process may cause some scabbing. It is important to let all scabs fall off naturally; forcefully removing scabs may remove some of the pigment as well. For a completely natural look, you must let the healing process take its course.

 

With all tattoos, because of exposure to the sun and other elements, the permanent cosmetic ink can eventually start to fade. Most permanent cosmetics centers will include one touch-up treatment with their procedure. This touch-up treatment ensures that any problems can be easily fixed; for example if the pigment lightens or if sections of pigment don’t stay. The most important aspect of this treatment is getting a natural eyebrow shape. When treated properly, your permanent eyebrow makeup will last for years.

 

If you are interested in permanent eyebrow makeup, welcome to visit the website of BELLA – we have produced various micropigmentation devices, pigments, needles and related eyebrow tattoo machine kits with high quality and efficiency. To find more detail information, please contact Bella, the best permanent makeup machines manufacturer for you!

 

Article Source: https://www.leaf.tv/articles/how-to-apply-permanent-eyebrow-makeup/

 

Investing In 5 Axis CNC Machining Center

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Is It Really Worthwhile Investing In 5 Axis CNC Machining?

 

It wasn’t too long ago when metal fabricators and manufacturers were wondering why they should switch to CNC machining from the manual mills that they were already using. Today, when it comes to investing in 5 axis machining center technologies, the situation is quite similar. Many have been left behind simply due to the fact that they did not switch to CNC soon enough. When it comes to competing effectively and staying a top, it is a must for businesses to invest in the latest technologies.

 

The term “5-axis” machining may often confuse some people not familiar with this concept. Many manufacturers and shopkeepers think that they do not have the work load that would require the use of this type of process. Considering the fact that 5-sided machining can be facilitated with 5 axis machining centers, there is plenty of ways in which using a 5-axis CNC machine can prove to be beneficial. This means that even if there is no simultaneous 5-axis work, more profits can be earned if parts currently being produced using 3-axis machines are produced on a 5 axis machining center through 5-sided machining.

 

Why Is 5-Axis CNC Machining A Better Choice?

 

With 3-axis machines, multiple setups are required for each side of the part, setup time increases and accuracy decreases. On the other hand, when it comes to 5-axis CNC machining, setup time for the production of parts is reduced, accuracy is increased, and shop capability is also expanded for future work.

 

Is Simultaneous 5-Axis CNC Machining Is Even Better?

 

Yes, Simultaneous 5-axis CNC machining has its pros as well as its cons, but it is somewhat in certain aspects. For instance, if 5-sided machining never fails to impress, simultaneous 5-axis machining happens to be much faster. If a part can really be created with 5-sided machining rather than simultaneous 5-axis machining, then there is no harm in using it. However, both have their own pros. The benefits of 5-sided machining include the fact that it cuts fast enough, it can be programmed easily, its roughing strategy is remarkable, and generally, there are barely any issues involving tool interference. Similarly, what makes simultaneous 5-axis CNC machining beneficial is that the surface finish tends to be much better, the tool is enabled to reach difficult places seamlessly, and the tool life tends to be longer.

 

Mold Work

 

One example where you should definitely consider the use of a simultaneous 5 axis CNC machining center would be mold work, based on the mold. There tends to be limitations if 3-axis machining is used to manufacture the mold, especially when it comes to core molds that tend to be taller or the deep cavity molds.

 

Although a 3-axis CNC machining center can be used for mold work, if the work involves a deep-cavity mold, it becomes essentially to use long and skinny tools. While using these long and skinny tools, the feed rates have to be slowed down so that chatter is minimized and tool breakage is prevented. Often, the quality required quality of surface finish can be achieved when 3-axis machining is used for mold work. For fine finishing operations, particularly when it comes to small molds with a small diameter, the process can become more difficult than necessary if 3-axis machining is used.

 

When it comes to simultaneous 5-axis CNC machining, shorter and stouter tools can be used, as a result of which pushing faster with greater feed rates becomes possible. If simultaneous 5-axis machining is used for mold work, then heavier cuts can be taken and z-depths do not turn out to become a problem. As a result of all of this, the time frame in using the machine is also drastically reduced.

 

If you need further details about 5 Axis Machining Centers, welcome to visit the website of CNC-TAKANG where provides various machining centers and lathes. Do not hesitate to contact us for more information!

 

 

Article Source: http://EzineArticles.com/8443120

 

13 Different Types of Milling Cutters for Your Milling Machine’s Cutting Tool

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There are 13 different kinds of milling cutters used in various milling machines. They each cut materials differently. They are: end mill, roughing end mill, slab mill, face mill, hollow mill, slot drill, ball nose cutter, side-and-face cutter, involute gear cutter, fly cutter, woodruff cutter, dovetail cutter, and hob.

 

Milling cutters are essential cutting tools needed in a milling machine. Different types of milling cutters are available in many sizes and shapes to efficiently perform any type of cutting work. Now, simply introduce different types of milling cutters below:

 

  1. End Mill

This is a tool with cutting teeth on one end and on its sides. Made of a high speed steel (HSS), the end mill cutter is the most common tool used in a vertical milling machine.

 

  1. Roughing End Mill

A roughing end mill removes a huge chunk of material in a wavy cutting pattern. This cutting mill produces a rough surface finish and is also known as ripping cutters. The wavy teeth minimize the vibrations and chatter sounds that occur during the cutting process.

 

  1. Slab Mill

A cylindrical cutting tool that can be used individually or with other cutting tools for cutting horizontal surfaces, the slab mill is made from a HSS.

 

  1. Face Mill

Face mill cutter is capable of holding multiple tip inserts. This economical type of cutting tool has tips that are can be replaced when they become blunt. A face mill can perform various cutting actions due to the versatility of the inserts and tips that it can work with.

 

  1. Hollow Mill

A hollow milling cutter is a pipe shaped tool with thick walls. The cutting teeth, however, are on the inside surface area. This cutting tool is essentially used in finishing cylindrical protrusions.

 

  1. Slot Drill

A slot drill is a cutting tool that directly cuts straight into a material. It commonly has two or more fluted cutters and a singular tooth located at the center of the end face. Slot drills are generally used for making cuts in a keyway slot.

 

  1. Ball Nose Cutter

The ball nose cutter is a hemispherical end cutter with a similar function to that of a slot drill. This is an ideal cutting tool for machines that shapes three dimensional contouring forms and shapes. Ball nose cutters are also commonly called ball mills.

 

  1. Side-and-face Cutter

The cutting of a side-and-face cutter is located on its circumference and side portion. They are available in different widths and diameters. The side teeth functions to cut only one side of the material.

 

  1. Involute Gear Cutter

The twelve teeth cutting gear comes in eight cutter sizes. A circular cutting tool, it has cutting edges on its circumference.

 

  1. Fly Cutter

A fly cutter is an inexpensive tool that functions like a face mill. It is composed of one or two tool bits that rotate to remove shallow and facing cuts.

 

  1. Woodruff Cutter

Woodruff cutters are small tip cutters that are used in cutting keyways. It is an essential tool in key engineering.

 

  1. Dovetail Cutter

Dovetail cutters are cutting tools that produce a dovetail slot patterns.

 

  1. Hob

Hobs are cutters used in a hobbing machine. These cutters are used to make gears and provide the appropriate shape specification of each workpiece. It is also important to consider the least cost and the correct cutting specifications of a cutting work when choosing a milling cutter. Remember to always work safely with the every cutting tool.

 

Whether you understand basic knowledge about milling cutters after reading these simple introductions? If you are interested in or need further information about milling cutter series, welcome to visit the website of Shin-Yain – Taiwan professional milling cutter, tool holder, and collet chuck manufacturer.

 

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Guiding Public to Safety with LED Warning Lights

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Having multifunctional warning lights can really make a difference to security personnel trying to control the situation and for public near the emergency zones. Emergency lighting can help the security personnel in many ways to direct the public, keep themselves safe and work on the emergency situation. The use of LED bulbs has made it possible for the LED warning lights to last longer without having the risk of burning out, or draining the batteries. They are also available in a number of colors, which works well in communicating the emergency situation to public.

 

The most common combination of LED warning lights that we see every day is the blue and red on cop cars. Apart from these colors, there are green, yellow, white and amber colors that are used in emergency vehicles like fire trucks, ambulances, construction vehicles and towing trucks. Emergency vehicles are not the only ones that have the need for warning lights. The personal vehicles that belong to emergency response team volunteers also need to be equipped with emergency lighting when they are responding to emergency situations. They are not allowed to have permanent fixtures of warning lights on their cars, but they can carry the lights and fix them when they have to navigate through heavy traffic zones, to the emergency zones. Green lights are used to request the right of way when navigating through heavy traffic zones, while red and other colors demand the right of way and are used by high-profile emergency vehicles.

 

Warning lights have strict regulations regarding the use of them in public because LED lights emit high intensity light beams which can have adverse effective on people with sensitive vision. Use of certain colors too varies from country to country and state to state in USA. Having LED warning light that can be stored is a great idea, since it gives the freedom to the security personnel to use depending upon the need of the hour. More sophisticated options like full-sized light bars are also of great use when it comes to dealing with the heavy traffic in emergency areas. Light bars come with in-built traffic advisers, which can have different shapes like arrows in discernible flashing patterns. They can direct the traffic in definite diversions that can suit the emergency situation, and help the emergency response teams to work better without confusion. Light bars need to be permanently fixed onto the roofs of the vehicles, but they are suitable for unmarked vehicles as well. Unmarked vehicles can have them mounted on the grill which is hidden under the roof of the vehicle. When in need grill rises to the surface and emergency lights can be used.

 

LED warning lights are available in the form of dash lights and deck lights as well. Dash lights can be mounted on the rear and front of the vehicles, which increases the visibility in the emergency zone. Dash lights and deck lights can also be used as hand-held lights when the security personnel need to survey the emergency zone on foot. They are worthy additions to every emergency vehicle, to help them be safe in roads and to guide the public to safety.

 

Ching Mars Corp. is a professional manufacturer and supplier in LED warning light from Taiwan. Nowadays, LED lights are becoming popular for several applications. We focused on manufacturing all kinds of LED warning lights to be placed on the outside of the vehicles.

 

Various LED warning lights of Ching Mars equipped for emergency situations, such as amber strobe warning light, LED warning light bar, LED traffic baton and more. If you are interested in need further details about LED warning light series, welcome to visit our website and feel free to contact Ching Mars!

 

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