Author Archives: Camille F.

Overview and Advantages of Vertical Broaching Machine

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Vertical broaching refers to the type of machine that is used to broach a piece part. Vertical broaching machine is typically used to cut external slots, shapes, and forms. Each application of vertical broaching usually consists of a custom made tooling package, and a fixture to hold and secure the piece part. An example of a vertical broaching application would be cutting a deep slot in a large industrial valve stem.

 

Vertical Broaching Advantages

 

  • Typically faster than traditional horizontal broaching methodology, without compromising length or size of cut
  • Machinery can be specifically matched to the part being cut, for a more efficient cutting operation
  • Well suited for cutting external shapes and forms quickly, while still holding close tolerances
  • Extremely economical cutting process, very often superior to milling
  • Tooling can be modular in design, allowing for variations of the same basic cutting pattern
  • Different cutting operations can be optimized on the same dual ram machine

 

Vertical broaching machines come in many varieties and adaptations, but in general any machine in which the ram is mounted vertically, instead of horizontally, is classified as a vertical broaching machine. In the case of surface broaching, the ram, which carries its broaching tools mounted in holders, typically moves past the piece part. The piece part is secured in a fixture using hydraulic or mechanical clamps. Some traditional vertical broaching machines are dual ram, meaning that there are actually two rams mounted on the same machine, and sharing the same hydraulic and mechanical systems. In many cases the part is secured in a shuttle table or swing table, so that the operator can load one piece to be machined, while the other ram is cutting another piece at the same time. Dual ram vertical broaching machines can also be used to cut two or more successive operations on the same part.

 

Vertical broaching machines can also be used to cut internal shapes and forms, and can perform very much like traditional horizontal machines. In each case either the piece part is secured while the broaching tool moves past it, or the broach itself is secured while the piece part travels on a table. The former type of machine can be either of the vertical pull-down or pull-up variety (referring to the motion of the broaching tool). The latter is typically referred to as a table-up vertical broaching machine.

 

As the professional broaching machine manufacturer in Taiwan, Axisco is dedicated in manufacturing wide range of broaching machines, including horizontal broaching machine, vertical inner diameter broaching machine, vertical outer diameter broaching machine and universal broaching machine. The vast amount of experience in special purpose machine field enables us to offer innovative turn-key solutions in broaching. If you are interested in and need more information about vertical broaching machine series, welcome to visit the website of Axisco to learn more details.

 

Article Source: http://www.vwbroaching.com/vertical-broaching.html

LED Bicycle Lights for Safer Night Time Rides

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Bicycle enthusiasts know what it’s like to travel at night. The risks of a mishap occurring is much higher than when traveling in day time. Of course very early on, we have come to rely on LED bicycle lights for lighting our way and warn other commuters of your presence on the road.

 

Why LED?

 

Brightness – Ever since light bulbs were created, they have continued to evolve. When halogen bulbs came around we were duly impressed by their brilliance and everything that said “Halogen” was considered high-end. More brightness came when LEDs gained notoriety. Compared to the old halogen bulbs, LEDs provided at least 10 times MORE candlepower. Not only that but they are also winners in conserving energy and durability as I will explain further on.

 

Energy saving – The conventional flashlight bulb or halogen bike bulbs that we were so impressed with before would give out about six to 10 hours, depending on usage, of light. However, the energy needed by LEDs to provide light while cycling is much less than that. In fact, they lasted close to 100 hours. This comparison is made by using four double A batteries for both types of light source. The halogens had a combined output of 300 candlepower whereas the LED had an output of 1,500 candlepower!

 

Replacements – Do you still remember how we were so used to changing flashlight batteries practically on a daily basis? And if that give us light, we also know what the other problem is too, right? You would have to replace either your battery set or pack or perhaps your light bulb. Compounding that problem is the availability of the bulb, or spares batteries for that matter. You would have to stock up on both just to ensure you will have consistent lighting on your bike. With LEDs, all those problems are a thing of the past. Since they use much less energy, they last a lot longer and they never burn themselves out even as the power fluctuates when the batteries are near empty.

 

Now how does all this information relate to a cyclist?

 

Confidence – With so much illumination and time before it dies off due to power drain, you’d never have to worry about your lights. In all likelihood, you would have no more energy to go on and your bike’s light would still continue to shine way ahead of you.

 

Safety – Now that you’re confident about your lights, you will have more time to focus on what’s really important – getting from one point to another safely. Furthermore, because of the bright luminescence, you will be always visible even from afar by either oncoming or following vehicles that share the same road with you.

 

Fun – I guess that is what it all boils down to, right? Your well-deserved trust in the capacity of your LED lights eliminates all other worries that you can actually enjoy the ride itself. You know that even with the brightest moonlight lighting your way, your LED bicycle light still outshines it.

 

Welcome to visit the website of BEV, the professional bike parts manufacturer, to learn more information and specifications about LED bicycle lights and a variety of bike accessories. Feel free to contact with BEV.

 

Article Source: http://EzineArticles.com/8621962

 

How to Select the Right Plastic Pelletizing Machine

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Pellets may be “only” an intermediate product, but their size, shape, and consistency matter in subsequent processing operations.

 

This becomes even more important when considering the ever-increasing demands placed on compounders. No matter what equipment they currently have, it never seems suited for the next challenge. An increasing number of products may require additional capacity. A new polymer or additive may be too tough, soft, or corrosive for the existing equipment. Or perhaps the job requires a different pellet shape. In such cases, compounders need in-depth engineering know-how on processing, and close cooperation with their plastic pelletizing machines supplier.

 

The first step in meeting such challenges begins with equipment selection. The most common classification of pelletizing processes involves two categories, differentiated by the state of the plastic material at the time it’s cut:

 

  • Melt pelletizing (hot cut):

Melt coming from a die that is almost immediately cut into pellets that are conveyed and cooled by liquid or gas.

 

  • Strand pelletizing (cold cut):

Melt coming from a die head is converted into strands that are cut into pellets after cooling and solidification.

 

Variations of these basic processes may be tailored to the specific input material and product properties in sophisticated compound production. In both cases, intermediate process steps and different degrees of automation can be incorporated at any stage of the process.

 

To find the best solution for your production requirements, start with assessing the status quo, as well as defining future needs. Develop a five-year projection of materials and required capacities. Short-term solutions very often prove to be more expensive and less satisfactory after a period of time. Though almost every plastic pelletizing line at a compounder will have to process a variety of products, any given system can be optimized only for a small range of the entire product portfolio.

 

Consequently, all the other products will have to be processed under compromise conditions.

 

The lot size, in combination with the nominal system capacity, will have a very strong impact on the pelletizing process and machinery selection. Since compounding production lots tend to be rather small, the flexibility of the equipment is often a big issue. Factors include easy access for cleaning and service and the ability to simply and quickly move from one product to the next. Start-up and shutdown of the pelletizing system should involve minimum waste of material.

 

A line utilizing a simple water bath for strand cooling often is the first option for compounding plants. However, the individual layout can vary significantly, due to the demands of throughput, flexibility, and degree of system integration. In strand pelletizing, polymer strands exit the die head and are transported through a water bath and cooled. After the strands leave the water bath, the residual water is wiped from the surface by means of a suction air knife. The dried and solidified strands are transported to the plastic pelletizing machine, being pulled into the cutting chamber by the feed section at a constant line speed. In the pelletizer, strands are cut between a rotor and a bed knife into roughly cylindrical pellets. These can be subjected to post-treatment like classifying, additional cooling, and drying, plus conveying.

 

If the requirement is for continuous compounding, where fewer product changes are involved and capacities are relatively high, automation may be advantageous for reducing costs while increasing quality. Such an automatic strand pelletizing line may utilize a self-stranding variation of this type of pelletizer. This is characterized by a cooling water slide and perforated conveyor belt that replace the cooling trough and evaporation line and provide automatic transportation into the plastic pelletizing machine.

 

Some polymer compounds are quite fragile and break easily. Other compounds, or some of their ingredients, may be very sensitive to moisture. For such materials, the belt-conveyor strand pelletizer is the best answer. A perforated conveyor belt takes the strands from the die and conveys them smoothly to the cutter. Various options of cooling—water spray, misters, compressed-air Venturi dies, air fan, or combinations thereof—allow for a good deal of flexibility.

 

 

Based on expertise technique, KOWIN designs and manufactures the high quality plastic pelletizing machine. If you need more information about plastic pelletizing line or plastic recycling machines series, welcome to visit our website and feel free to contact KOWIN.

 

 

Article Source: http://www.ptonline.com/articles/how-to-select-the-right-pelletizer

 

Embroidery vs Printing: Choosing the Better Option

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Promotional items are meant to advertise your company and its products. That means when you give away freebies like umbrellas and T-shirts, they must be branded with an unobtrusive yet attractive company logo.

 

Most companies choose to print their logo on promotional garments. Printing is cost-effective, fast, and cheap but there are so many different printing techniques used for apparel printing. Almost all of them suit different business strategies but not everyone knows about them in detail. We’ve listed a few of the more commonly used apparel printing techniques used nowadays that you should know about before you choose.

 

  • Screen printing – This is the most commonly used method of apparel printing. Inks and mesh screens are used to burn or expose an image on to cloth. The entire printing process is simple and easy and the same screen can be used multiple times to create several designs and images.

 

  • Vinyl printing – Heat transfer vinyl printing is the best option for printing lettering on T-shirts and small objects. A special vinyl cutter machine is required to cut out images from a vinyl sheet. The heated vinyl is then pressed on to the fabric to bond it on to the material. This process is labor-intensive and quite slow. Moreover, color selection is limited and inks are expensive.

 

  • Digital printing – Direct to garment digital printing or DTG printing is printing directly on to clothing using special inkjet printers. Textile inks are used and the clothing material absorbs the inks to create a unique design. The process is quick, easy, and images are clear with sharp borders and bright colors. However, the machine and its inks are expensive and small orders may turn out to be pricey.

 

  • Sublimation printing – This process involves transferring heat on to polyester apparel items. The process uses a special heated gaseous ink to open pores on the polyester material and create an image. This process can also be used to print on non-textile polyester items like mugs, key chains, mouse pads, and puzzles. The process is restricted to white or light colored polyester items. It is expensive but durable, and creates an attractive stable image.

 

As you can see, there are several more types of apparel printing you can choose from but most of them are too expensive for bulk printing.

 

Apart from printing, companies do choose embroidery to create their logos on promotional items. The process is simple as an embroidery digitizer creates the design and then the design can be stitched over and over again on an embroidery machine as many times as you need. The embroidery digitizing process is a very important stage to get good quality, outstanding looking designs. The machine can create a range of beautiful effects like appliqué, 3-D effects, shading and depth on your logo.

 

Embroidery vs Printing

 

Printing is a cheaper option than embroidery. Screen printing is the cheapest option. However, this should not restrict your choices, because embroidery is a long term option. Embroidery is definitely more durable and wash-worth.

 

In fact, you can choose to mix printing techniques and embroidery to create a unique promotional garment such as sublimation transfers printing embroidery. With embroidery, you can incorporate different types of appliques, 3d embroidery, embroidered badges and so much more.

 

The bottom line is that as a businessperson, you want to create promotional garments that combine quality and effectiveness with price. Yes, printing is cheaper but embroidery creates a unique 3-D effect that remains in place even after multiple washes.

 

So make a decision to showcase your business using elegantly embroidered promotional garments, welcome to get in touch with Dah Jeng Embroidery – not only providing high quality embroidered patches but also provide direct embroidery and sublimation transfers printing service. With more than 30 years’ experiences, Dah Jeng Embroidery is always the best embroidery suppliers for you.

 

Article Source: http://EzineArticles.com/expert/Rishi_S_Shah/1966922

Article Source: http://EzineArticles.com/8892848

Benefits of CNC Tilting Table Series

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If you want to get the most out of your machining center, CNC tilting table is a great way to do it. These devices allow you to machine multiple sides of a workpiece without unclamping and reclamping it.

 

CNC Indexing & Feeding Technologies’ tilting rotary tables can give your 3 axis machine full 4th and 5th axis capabilities at a fraction of the cost of buying a new machine. The options include:

 

  • Standard Tilting Rotary Tables:

This table is a trunnion table design that gives manufacturers ample room for both workholding and workpieces while still allowing room for clearance for the machine’s spindle and tool.

 

  • Manual Tilting Rotary Tables:

This device is ideal for shops that only occasionally require tilting capabilities.

 

  • Compact Tilting Rotary Tables:

For smaller machining centers and smaller workpieces, a compact table will offer the best bang for your buck.

 

Trunnion tables, as these devices are sometimes called, can be mounted to the bed of a 3 axis CNC machining center. These devices enable you tilt and rotate a part to various angles, giving the machinist access to more sides of the part.

 

The benefits of these capabilities are easy to see:

 

  • Eliminate multiple setups
  • Increase work efficiency
  • Reduce errors
  • Enhance the ability to machine complex parts

 

Tanshing Accurate Industrial Co., Ltd. is an expert in the design and manufacture of a wide range of CNC rotary tables, index tables, and CNC tilting tables. Tanshing has always dedicated itself to pursuing higher levels of technology, so we research and development and technological innovation continually. If you are interested in or need further details about CNC tilting table series, welcome to visit our website and feel free to send inquiries to Tanshing.

 

Article Source: http://www.cncindexing.com/benefits-tilt-rotary-tables/

Lapel Pins – Promoting a Sense of Belonging

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People wear lapel pins, which are small pins, on the lapels of dress jackets. These pins find use as ornaments or they relate to the wearer’s association with an organization or cause. Before these pins became popular, People sported a bud or a single flower instead.

 

Diverse organizations used lapel pins as an insignia of accomplishments and groups and societies looked upon these pins as motifs of their institutions. Members often sported these pins to official gatherings and events to proclaim their allegiance to some group or other. Many members and others, collect lapel pins of important heritages as a serious hobby.

 

Today, most successful corporation executives sports pins to show their company’s insignia, and emphasize their sense of belonging, market reputation and achievement. Today, these pins have found integration into employee programs to recognize their performance and achievement, and in turn inculcate a feeling of oneness with the organization, to enhance their morale and efficiency.

 

Earlier, in the era of the Soviet Union, you could see lapel pins of diverse variety as souvenirs in tourist spots, flaunting political figures and even categorized into the cultural, sporting and the scientific achievements of the Soviet Union. Various connotations appeared woven into the designs of the pins, and people drew their own considered conclusions.

 

The quick evolution of the pin collection into a hobby in recent years has taken on popular proportions. The speedy growth of this business has propelled establishing of pin trading event shops to deal with lapel pins, in addition to other activities of a social nature. One such event in 2011 saw the atrocious sale of one pin at an unheard of price of $112.

 

The regular appearance of these pins survived on cultural waves, like the ones that appeared to commemorate China’s Mao or Russia’s Lenin or even the large button shaped lapel pins that glorified the photos of self-styled Indian gurus.

 

The manufacturing process starts with a hand drawn artwork that leads to the design, accomplished either digitally or on paper. On approval of the design, a blueprint with color separation is born, and this is the cornerstone of the lapel pin’s evolution.

 

The process of manufacture may vary from molding to cutting. Outline cutting molds, simple and complex, depending on the design, do their job and the basic lapel pins are ready for solder attachment, after which the pins undergo plating. Polishing renders the piece shiny and smooth, but at a cost. Coloring follows by injecting soft enamel very skillfully, followed by a cleaning process. After this, you have a baking process lasting about 15 minutes in an oven at a temperature of about 450 degrees Fahrenheit. Finally, the piece undergoes an epoxy protective coat, which is optional.

 

Tech Arts International Lapel Pin Manufacturer, located in Taiwan, is professional in designing and manufacturing varied custom blinking lapel pin products. We provide various products including hard enamel lapel pin, soft enamel lapel pins, printing lapel pin, promotional lapel pin, logo lapel pins, flashing lapel pin etc. If you need more information about lapel pin manufacturer and our products, welcome to visit our website and feel free to contact us.

 

Article Source: http://EzineArticles.com/7489793

 

Eyelash Perms: Bigger, Brighter Eyes — No Makeup Required

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Why would anyone get an eyelash perm?

 

Call it an optical illusion: Upturned eyelashes look longer than very straight ones. Putting a kink at the lashline of your fringe not only grants you fuller, longer-looking lashes; it helps you fake a wide-eyed doe look, too.

 

Whether you achieve the effect through the wave of your eyelash curling wand or an eyelash perm, however, comes down to your personal preference for convenience and safety.

 

How does eyelash perm work?

 

First, lashes are coated with a special adhesive and wrapped around mini foam rollers or equally diminutive heated clips. This holds them in the curled position that you’re hoping to achieve. As you squeeze your eyes tightly shut, a perming solution or cream is applied to your eyelashes with a tiny brush. The esthetician then covers your roller-wrapped fringe in plastic wrap and lets the chemical concoction cook for about five minutes. After the perming chemicals have taken full effect, on goes a neutralizing solution. More plastic wrap is applied. You sit for another few minutes.

 

What are the results of an eyelash perm?

 

The curl in your lashes will last anywhere from four weeks to three months. As your lashes grow and fall out (the life cycle of lashes is about 60 to 120 days), the effects become less noticeable.

 

Though to some the procedure may seem like a steep price to pay for beauty, when all goes well the results are supposedly sublime.

 

What are the risks of eyelash perms?

 

Of course, the procedure isn’t without its risks. Eyelash perming, like many other lash-enhancing beauty treatments, is not FDA-approved. If you were around in the ‘80s and were unfortunate enough to experience the hair perm first-hand, you already know that perming solution can burn. Eyes and the skin around them are extremely delicate, and can incur damage, including irritation, burning or even blindness. If the solution is left on too long, it can fry your lashes, making them break or fall out.

 

An extra word of caution: Be sure to seek out a qualified professional who performs multiple eyelash perms on a daily basis. This is an instance where you should seek out the best, not the cheapest.

 

Bella manufactures high quality and professional eyelash perm kits which make eyelash wave and curl. Eyelash perm is able to help eyelash wave lasting longer and save time in using cutler tool every day. Your eyes will look brighter, spirit and glamorous all the time. Our company has provided professional and standard kit of eyelash perm, lash lift to satisfy clients’ requirement. If you need further information about eyelash perm series products, welcome to contact Bella – the trustable beauty company, who look after woman’s appearance and outlook.

 

Article Source: http://www.today.com/style/eyelash-perms-bigger-brighter-eyes-no-makeup-required-t74201

 

What are Forged Pipe Fittings?

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Introduction:

 

Forged Pipe Fittings (Thread Fittings and Socket Weld Fittings) are made in accordance to ASME (American Society of Mechanical Engineers) B16.11, MSS-SP-79\ 83\ 95\97 and BS3799 standards, and are used to connect nominal bore schedule pipes and pipelines. The applications range from chemical, petrochemical, power generation and OEM manufacturing industry as well other applications where vibration, high pressure or extremely corrosive conditions exist.

 

Material:

 

Forged pipe fittings are generally available in two materials: Carbon Steel (ASTM A105 material spec), and Stainless Steel SS316 (ASTM A182 material spec). The surface of carbon steel A105 forged pipe fittings may be further reinforced against corrosion through galvanizing. This is an optional add-on which customers may include at an additional cost.

 

Pressure Rating and Size Range:

 

Fittings come in a variety of classes and material grades for any application. The fittings are available in 2000lbs, 3000lbs, 6000lbs, and 9000lbs. Although class 2,000 and 9,000 fittings exist, these are rarely used and class 3,000 and 6,000 remain the more common class of fittings used. Sizes of forged fittings typically range from 1/8” (DN6) up to 4” (DN100). And reducing sizes are available for common parts like couplings, tees, hex bushings and nipples.

 

Connection Types:

 

Class 3,000 and 6,000 forged pipe fittings comes in two types of connection: Socket Weld, or Threaded. NPT (National Pipe Thread) is the most common thread type although BSPP (British Standard Pipe Parallel thread) is also being available for certain parts like Full Couplings, Hex Bushings and Hex Nipples. Socket weld connection is significantly more popular than threaded since most applications call for completely sealing off a line and eliminating all possibility of leakage.

 

The fittings are normally produced with the same connection for all sides of the same fitting. That means, a socket weld fitting will have socket weld connection on all sides. Should different connection ends be required, additional machining could be possible but at a higher cost and a longer lead time.

 

Brands of Forged Fittings:

 

A highly recommended manufacturer for forged pipe fittings is Wellgrow Industries Corp... Wellgrow was established in 1987 in Taiwan, and has been well-recognized among customers worldwide for excellence in its quality and services. Under the strict control system, we have been certified with ISO 9002 and made our OEM products widely extend to international well-known manufacturers. Learn more information about steel fittings, please feel free to contact Wellgrow.

 

 

Article Source: https://chuankok.wordpress.com/2016/01/26/what-are-forged-pipe-fittings/

 

What’s the Difference between a Floor Nailer & Flooring Stapler?

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So you are interested in replacing your hardwood floors, but you don’t know which tool will work best for the job? If you look for a flooring tool, you will see there are floor nailers and flooring staplers. Both tools look similar and cost the same, but which one is the one you need?

 

The answer is, either tool can work for you, but let’s explore some of the differences between a floor nailer and flooring stapler, to give you the most informed decision possible:

 

First, let’s look at each of the tools. Floor nailers are available in two variations, manual or pneumatic (air powered). You might hear a contractor refer to this tool as a flooring cleat nailer, as it most often takes cleat nails for fastening. A manual flooring nailer will require additional muscle, as it relies solely on its user’s strength. On the other hand, pneumatic floor nailers assist the user by providing additional force, when inserting a nail. Either of these tools will require a user to hit the driver head when inserting a cleat. The amount of pressure required depends on the density of the wood being installed. A thicker wood will require longer cleats, which also calls for additional force to drive the fastener.

 

Flooring Staplers are also available in manual or pneumatic variations, although manual floor staplers are typically not preferred in the construction trade. As you can see on Nail Gun Depot, electric staplers are also an option, depending on the source of power that you prefer – although pneumatic is by far the most common offering. A hardwood stapler anchors the flooring planks to the sub-floor, driving staples into the tongue of a wood plank.

 

Now that we know the tools available, let’s look at the fasteners that make the difference. As you saw above, the tools operate similarly, which means that the difference primarily lies in the fastener itself. It all boils down to nails versus staples. [Also note that you should not switch between nails and staples when installing a floor – whichever fastener you start with should be the only one used throughout the entire project.]

 

A flooring nail, or cleat, is typically offered in either “L” head or “T” head variation – check and see which variation your nail gun requires. A cleat nail offers a sharp, rigid body to grip the sub-floor firmly. It also features a smooth portion of its body, which allows for seasonal expansion and contraction of the flooring. Typically, cleat nails are available in 16 or 18 gauge – although 20 gauges are also available for certain applications. The more durable option of the two, the drawback to cleats is their cost – compared to the cost of staples.

 

Floor staples provide two-pronged fastening for hardwood flooring. Flooring staples actually provide a stronger initial grip than cleats, but do not hold as firmly when the floor expands and contracts – which can eventually lead to creaking. Another drawback to staples, they can split the tongue of flooring – especially when the plank is less than 3/4″ thick. Because staples are less costly to manufacture, they are typically the more cost-effective flooring fastener, when looking at cleats versus staples. However, you also have to consider the long-term durability of your flooring installation, when selecting between staples and nails.

 

Regardless of the flooring nailer or stapler you choose to use, it is imperative that you understand your tools prior to using. Applying too much pressure can damage your floor, while applying too little pressure can cause cleats or staples to only be driven partially, resulting in each neighboring plank to not form a tight fit, ruining the entire project.

 

If you need more information about flooring stapler or various nailer series, welcome to visit the website of APACH – the professional nailer and stapler manufacturer in the industry. Feel free to contact us.

 

Article Source: http://www.nailgundepot.com/blog/whats-the-difference-between-a-floor-nailer-and-flooring-stapler-blog.html

How Do Industries Benefit From Using a Milling Chuck?

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A milling chuck is a small piece of metal that connects the cutting tool to the machine. Many industries make use of clamps to hold onto interchangeable tools or drill bits. In the metalworking industry, though, special collars are needed to secure the heavy duty cutting edges used in metal machining. The most common clamp used in metalworking is the collet, or an unusually shaped collar that tapers into a cone at one end. Its unique design enables it to handle a large number of tool sizes and some models can accommodate square or irregularly shaped tools.

 

Compared to other processing machines, metalworking devices are designed a little differently. In most setups, like with a standard power drill, the clamp rotates with the cutting tool or bit while the device remains stationary. A milling chuck is designed to remain in place while the machine itself provides the rotation for the cutting tool. This requires a specially-designed clamp that can handle these unique working conditions. Metalworking, in most cases, must be much more precise than simple drilling, and collets provide this extra precision.

 

This is because the collet is built with a metalworking machine in mind. Metalworking devices are compatible with a number of clamps, but many of them may produce runoff or result in a sloppy cut. Collets are the ideal milling chucks, because they align the cutting edge with the machine better. The improved stability is produced through the collet’s design. Most clamps aren’t tapered on one end and use a series of gripping jaws to grab a tool. A collet, though, grabs the tools much more tightly. Before starting the machine, the cutting tool is placed inside the collet, which can be secured loosely. This grip is enough to hold the tool in place, but it will not provide a stable cut when the machine is in operation. However, once the collet is placed inside the metalworking device, the machine exerts additional force on the clamp, which creates a tighter grip on the tool. Inside the collet, the inner contact surface spins with the cutting tool, resulting in smooth mechanical energy transfer from the machine to the tool.

 

The tapered, conical edge compresses slightly when the milling chuck is tightened into place once inside the metalworking machine. This creates great static friction with the cutting tool, resulting in an extremely tight fit. A stable tool is the best tool when trying to make precision alterations to a piece of metal.

 

Collets and other clamps can be found in a huge number of sizes and designs. The most common designs are the R8, which are built for manual mills, and the 5C, which are designed for lathes. A milling chuck can be sized for tools less than an inch in diameter to pieces several inches wide. No matter the size, the clamping principle is the same. Collets that are made for irregularly shaped tools are known as emergency collets, or e-collets.

 

Precision and stability are the two most important things to keep in mind when working with metal. Without these, the machine will wear down faster, damage product, and cause a major safety hazard. For this reason, it’s smart to invest in clamps specifically made for metalworking machines.

 

Shin-Yain collet holder supplier provides a variety of superior quality milling chuck series for customers. We also offer various tool holders to you. Welcome to visit our website to learn more information about milling chucks. If you have any questions, feel free to contact SYIC.

 

Article Source: http://www.philiprahm.com/how-industries-benefit-from-using-milling-chuck-a-72.html