Author Archives: Camille F.

High Quality and Safety at Air Chucks Manufacturer – Autogrip Machinery

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Among all the clamp tools, the pneumatic chuck is one of the common type, it can hold the object tight via the force generate from compressed air. Since the power source is the air, the risk of leakage would be less dangerous than the other gas; it is a great solution in both operation and safety concern.

 

Compared with other equipment, the performance of pneumatic tool is more stable and easy to make adjustment according to the situation. For the better efficiency or the safer working environment, it would be a great solution for industrial applications.

 

Pneumatic Chucks are for use in machines without hydraulic cylinders. They can easily replace manual chucks, and are widely used in turning machines, rotary tables, handling equipment, welding machines and more.

 

Features of Pneumatic Chuck:

  • Power chuck with built in pneumatic cylinder.
  • Force transmission via wedge hook.
  • Mounting of the distributor ring on the headstock or with the centering ring on the chuck with an anti-rotation bracket.
  • Open and close only when spindle is stopped.
  • Easy installation with no additional adapters required.

 

Introduction of Autogrip’s Pneumatic Chuck

─Special Purpose Power Chuck Series─

AP Large Thru-Hole Air Chuck

  • Large through-hole 3-jaw power chuck with build in air cylinder.
  • With build-in “pressure detection” device in chuck which can check the pressure is lowered rapidly within the chuck, guarantee to the security of operating.
  • The supply air system of the patent, it is easy to install fast, and without abrasion by traditional sealed ring, that could able reduce maintenance and installation.

 

Established in 1989, Autogrip Machinery Co., Ltd. is a specialist manufacturer in Taiwan. Our product lines include power chucks, special purpose power chucks, collet chucks, stationary chucks, synchronous clamps, facing heads, rotary cylinders, rotary valve/rotary joint and parts/accessories.

 

For special purpose power chuck, the quick jaw-change, four-jaw two-motion, pull lock, pull lock expansion, inclined master jaw, finger type, long stroke and power indexing power chuck are in the category. Autogrip is always your best partner of the workholding solutions. We also provide customized solutions, if you need customized products, please feel free to contact AUTOGRIP.

 

More details of pneumatic chucks and Autogrip…

 

 

AUTOGRIP MACHINERY CO., LTD.

No.229, Sec. 1, Ming Sheng Rd., Pu Hsin Hsiang, Chang-Hua Hsien, 513 Taiwan

Tel: +886-4-822-8719

Fax: +886-4-823-5719

E-mail: sales@autogrip.com.tw

 

Power Tool Care – Cutting Fluids

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Cutting Oil

The Industrial Revolution brought with it many changes. One of those changes was the way that metals are worked. Instead of relying on a man’s strength to shape metal, there were now machines that were able to cut and shape the metal for you. But with the new technology came new problems, like how to cool and lubricate the cutting tool, extend its life and improve surface finish. The answer to this problem was, of course, to use cutting fluids including cutting oils.

 

What are Cutting Fluids?

Cutting Fluids serve as a combination of coolant and lubricant and were created specifically to be used for machine work and metalworking. Cutting fluids usually fall into one of the following categories: oils, pastes, gels, oil-water emulsions and mist and are made out of plant oils, animal fats or petroleum derivatives.

 

The process of cutting and working metal by machine produces a great deal of heat; metal on metal, and one of a cutting fluid’s main objectives is to keep the piece being worked on at a consistent temperature. Besides serving as coolants they also prolong the life of the cutting tool by reducing friction and help to reduce any safety risks to the person handling the machine and material and reducing rust on the machine parts.

 

The History of Cutting Fluids

When cutting fluids first started being used water was the most logical choice, for with the heat and friction caused by metalworking the first instinct was to cool it off with water. It was quickly found, however, that water made the metal machine parts rust fairly quickly. Soda water was the next step, and helped with the rust problem though it didn’t do much for lubrication. When someone actually figured that putting grease on the machine parts would help, lard became the lubricant of choice. There are references as well to red and white lead being mixed into lard oil to make it more malleable, but that practice was discontinued due to the discovered toxicity of lead.

 

Today cutting oils fall into four basic categories:

 

  1. Straight oils, which are used for machines that run at a slower speed and need more lubrication than cooling.

 

  1. Soluble oils, which have additives that allow them to be mixed with water. These not only provide lubrication but some cooling.

 

  1. Semi-synthetic oils, which are similar to soluble oils but contain less petroleum, making them cleaner and more effective as coolants

 

  1. Synthetic oils, which contain no petroleum based oils and are the best for performance, cooling and rust prevention.

 

Application and Safety

All four of these categories are applied in any number of ways, including dripping; spraying, misting, brushing, whatever suits the purpose at hand, though direct contact with any cutting oil should be avoided due to the fact that many have been linked to skin rashes, esophagitis, lung disease and even cancer.

 

Min Jung Hong was established in 1993, and we are a professional oil and lubricants manufacturer in the oil industry. We provide motorcycle lubricants, agricultural oil, automotive oil, truck oil, universal oil and so on. If you need more details about cutting coolant or other oil and lubricants, welcome to visit our website and feel free to contact Min Jung Hong!

 

MIN JUNG HONG INC.

No.39, Tou Kung 6 Rd., Industrial Area, Touliu City, Yun Lin Hsien, Taiwan

TEL: 886-5-5576016

FAX: 886-5-5576015

E-mail: info@maxlubeoil.com

 

 

Article Source: http://EzineArticles.com/6644010

 

Overview of CNC Tool and Cutter Grinder

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A tool and cutter grinder is used to sharpen milling cutters and tool bits along with a host of other cutting tools.

 

It is an extremely versatile machine used to perform a variety of grinding operations: surface, cylindrical, or complex shapes. The image shows a manually operated setup, however highly automated Computer Numerical Control (CNC) machines are becoming increasingly common due to the complexities involved in the process.

 

The operation of this machine (in particular, the manually operated variety) requires a high level of skill. The two main skills needed understand of the relationship between the grinding wheel and the metal being cut and knowledge of tool geometry. The illustrated set-up is only one of many combinations available. The huge variety in shapes and types of machining cutters requires flexibility in usage. A variety of dedicated fixtures are included that allow cylindrical grinding operations or complex angles to be ground. The vise shown can swivel in three planes.

 

The table moves longitudinally and laterally, the head can swivel as well as being adjustable in the horizontal plane, as visible in the first image. This flexibility in the head allows the critical clearance angles required by the various cutters to be achieved.

 

CNC Tool and Cutter Grinder

 

Today’s tool and cutter grinder is typically a CNC machine tool, usually 5 axes, which produces end mills, drills, step tools, etc. which are widely used in the metal cutting and woodworking industries.

 

Modern CNC tool and cutter grinders enhance productivity by typically offering features such as automatic tool loading as well as the ability to support multiple grinding wheels. High levels of automation, as well as automatic in-machine tool measurement and compensation, allow extended periods of unmanned production. With careful process configuration and appropriate tool support, tolerances less than 5 micrometers (0.0002″) can be consistently achieved even on the most complex parts.

 

Apart from manufacturing, in-machine tool measurement using touch-probe or laser technology allows cutting tools to be reconditioned. During normal use, cutting edges either wear and/or chip. The geometric features of cutting tools can be automatically measured within the CNC tool grinder and the tool ground to return cutting surfaces to optimal condition.

 

Significant software advancements have allowed CNC tool and cutter grinders to be utilized in a wide range of industries. Advanced CNC grinders feature sophisticated software that allows geometrically complex parts to be designed either parametrically or by using third party CAD/CAM software. 3D simulation of the entire grinding process and the finished part is possible as well as detection of any potential mechanical collisions and calculation of production time. Such features allow parts to be designed and verified, as well as the production process optimized, entirely within the software environment.

 

Tool and cutter grinders can be adapted to manufacturing precision machine components. The machine, when used for these purposes more likely would be called a CNC Grinding System.

 

CNC Grinding Systems are widely used to produce parts for aerospace, medical, automotive, and other industries. Extremely hard and exotic materials are generally no problem for today’s grinding systems and the multi-axis machines are capable of generating quite complex geometries.

 

Interested in CNC Tool Grinder? TOP WORK Industry Co., Ltd is a professional and experienced tool cutter manufacturer in the industry. Top Work is specializing in manufacturing CNC Tool Grinder, Manual Tool Grinder, HOB Sharpening Machine, and so on products. If you need more details about CNC tool and cutter grinders, welcome to visit our website and feel free to contact TOP WORK!

 

TOP WORK INDUSTRY CO., LTD.

No.9, 6th Road, Taichung Industrial District, Taichung 40755, Taiwan.

TEL: +886-4-2358-1558

FAX: +886-4-2358-1268

 

Article Source: https://en.wikipedia.org/wiki/Tool_and_cutter_grinder

 

DC Micro Motors for Surgical Optical Magnification

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Medical application solutions have been incorporating miniaturization in order to provide more tools for surgical and medical use that can perform high precision operations with an extremely small margin of error. Miniaturized tools and DC micro motors have been developed for another surgical aspect – that of a surgeon’s vision.

 

It is a common sight to see a surgeon wearing a pair of magnifying glasses when performing a procedure. However, these spectacles are really inadequate in an era where medical procedures are becoming increasingly precise and quickly shrinking in scale. Fixed magnifying glasses limit the field of vision and a very small range where the lens are in focus.

 

This problem has set the framework for a medical application solution that incorporates auto-focus features with a full range of motion.

 

Head Mounted Vision System

 

A solution for enhanced vision for a surgeon has a hefty lift of specifications. The vision system must be hands free and light weight in order to be comfortably worn over long periods of time. In order to perform better than fixed lens, a wide range of magnification factors and an automatic focus are needed in order to compensate as a surgeon moves his head and operates in a different location. For extended functionality, the vision system needs to incorporate integrated lighting to handle shadows and an optional output to video camera provides a precise record everything a surgeon sees.

 

Clearly, these specifications are rather vigorous when coupled with the need to have all of this equipment fit comfortably in a doctor’s field of vision.

 

How DC Micro Motors Provide the Technical Solution

 

The system specified above will have a number of moving parts that have to respond quickly and accurately to a surgeon’s vision. Precision movements are achieved with a system of DC micro motors and DC gear-motors. Each lens requires two DC micro motors in order to properly set the order of magnification and focus distance. In order to achieve a high level of precision for a 10 micrometer resolution, the DC micro motors are equipped with a high quality set of magnets and coils supplemented with specialty lubricants to lower initial torque requirements.

 

The lubrication and fine surfaces are responsible for minimizing friction for higher resolution operation without jolts or backlash. Within the casing, the coils and magnets can reach temperatures over 100 degrees Celsius in order to operate continuously for several days without any limitation on service life or effectiveness thanks to the minimal amount of friction.

 

DC micro motors and other miniaturized components continue to lead the way in paving new innovations for medical application solutions. The ultimate goal of any miniaturized system is to obtain a maximum precision in the minimum space. This head mounted vision system is ideal for demanding positioning tasks, ranging from optical filters and focusing units to distribution of medical samples, inner-tube valves, and other micro positioning systems. Surgical tools continue to evolve in step with the medical field to the benefit of patients everywhere.

 

Hsiang Neng DC Micro Motor Manufacturing Corporation was established in 1985, which is a professional manufacturer of precise DC motors and geared motors. So far, we are mainly in the line of geared motors, planetary geared motors, mini motors, large-sized motors as well as motors for treadmills, actuators and so on products. If you need more details about DC Micro Motor or other DC motors, welcome to visit our website and feel free to contact Hsiang Neng!

 

Hsiang Neng Dc Micro Motor Manufacturing Corporation

Address: No. 24-2, Wann Nian Lane, Yuan Lin Town, Changhua Hsien Taiwan

Tel: 886-4-8359296

Fax: 886-4-8350639

E-mail:

Sales: sales@hsiangneng.com

Procurement: procurement@hsiangneng.com ,info@hsiangneng.com

 

Article Source: http://EzineArticles.com/3851014

 

CNC Engraving Machine Costs and Operations

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In the process of manufacturing an item an embedded system plays a giant role in manufacturing. A CNC engraving machine is one such embedded system. The CNC machines can be involved in many projects including cutting, marking, or even photo-engraving a product. For example take in the Apple logo on the back of an iPod, or a logo on your Child’s toys. All are finished products of a CNC machine. Most CNC machines today feature a modern twist compared to the engraving machines of old, they use laser technology for their engraving. The CNC engraver cost will also depend on the type of project performed.

 

In CNC engraving machines the CNC is an anagram that stands for Computer Numerical Control. Since these machines are purely run off computer software a special type of worker is needed for these projects. The CNC engraving machine will need to be programmed first to perform any task that is asked of them to perform. The CNC engraving cost depends on the complexity of your design and how operator works.

 

A manufacturing company will hire a special operator for the handling a programming of a CNC machine, and its software. The directions of the motions are totally dependent on the program set into these CNC machines. There isn’t any difference in the program written in CNC machines, it’s just the set of instructions which are going to be executed step by step by the machine according to what was set into their programming. These can include straight lines, circular lines, or even complex drawings. Computer aided manufacturing system is used for the development of the program. Because it gives you space for a programmer to see the result of their program in a virtual world. After developing the program, next step is to assign that to CNC control. Now to fit this program into this type of machine, distributive numerical control system is used. We can attach more than one CNC machines using this CNC system.

 

There are many uses for these types of machines and they can include the manufacturing business, the advertising business, and many more. CNC engraving machines cost will depend on the size of the job that is performed, and how many you need of that one product. But CNC engraving machines are programmed to help you achieve the perfect look.

 

Established in 1994, ARES-SEIKI specializing in CNC Engraving Machine with years of experiences, and also had well reputation from our clients. We provide full series of CNC tapping centers – the A-series has the highest cutting tool capacity and is built for extremely intricate processing, and the R-series has a simple structure which is designed to maximize product quality, as for the S-series feature dual work stations, rotary worktables, and moving column structure allows operator to effectively reduce idle time needed to change workpieces during machining. Browse the CNC Engraving Machine category below for more specification and feel free to contact us!

 

ARES MACHINERY CO., LTD.

NO.256, Tu-Cheng Rd., Da-Li, Taichung, Taiwan 41274

Tel: +886-4-24925555

Fax: +886-4-24966959

E-mail: ares999@ms16.hinet.net

 

 

Article Source: http://EzineArticles.com/5925209

 

Solenoid Valves – What Should We Know About Them?

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Have you ever used an industrial air hammer? Have you checked on your automotive starter system at one point or another? Have you ever seen an electric bell assembly? If you answer yes to any of these questions, then you probably know what a solenoid valve is.

 

Solenoid valves are electromechanical valves that are controlled by stopping or running an electrical current through a solenoid, in order to change the state of the valve. A solenoid is a coil of wire that is magnetized when electricity runs through it. The solenoid valve makes use of this solenoid in order to activate a valve, thus controlling water flow, airflow and other things with electricity. Basically, there are three types of solenoid valves: the general-purpose type, low-pressure steam type and the high pressure steam type.

 

Solenoid valves are composed of several parts such as the solenoid coil, electrical connector, bonnet nut, seal cartridge, O-rings, end connector, body and union nut. All these components are critical to the overall performance of solenoid valves. If any malfunction, it will affect the entire operation of the automotive starter system, as well as the industrial air hammer and the electric bell assembly. That is why this should always be maintained and regularly checked in order to keep the solenoid valves functioning at their best.

 

But just like any other parts of the starter system, air hammer and electric bell, the solenoid valve can get damaged after a period of time. Thus, a replacement solenoid valve will be needed. It’s a good thing that many dealers offer quality solenoid valves at affordable prices. When selecting a solenoid valve, be sure to consider the valve type, aperture size, pressure rating, coil voltage and type of connection to each port.

 

Summary, solenoid valves are an efficient method of converting electrical signals into pneumatic functions. Applying electricity to the solenoid quickly directs air through the valve and into the circuit.

 

SHAKO is leading and the largest professional pneumatic solenoid valve manufacturer. With rich experiences and in-deep knowledge, we are able to provide pneumatic solenoid valve products with excellent high quality & rapid service for various industries. Now our solenoid valves are available in 6VDC, 12VDC, 24VDC and 110/220VAC. If you need more details about pneumatic solenoid valve series, welcome to visit our website and feel free to contact us!

 

 

Article Source: http://EzineArticles.com/253875

 

Should Your Company Use Hot Stamping?

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If you are looking for a unique, yet professional way to boost your business materials then now is the time to begin using hot stamping. This customizable process has been around for many years, and is a popular choice for a long list of businesses looking to stand out from their competition. Like embossing, it can add dimension to any piece of paper thus allowing you to create a custom look for your company logo, mailed items and much more.

 

The foil stamping process can be either hot or cold and can be used to create gorgeous designs sure to give you an edge and garner your prospective customer’s attention. It is not limited to single colors, or just those deemed as metallic, but can be in a wide range of colors, making it perfect for any image you wish and then applied in a wide range of designs.

 

What is Hot Foil Stamping?

 

If you have never heard of stamping, then you may be hesitant to use it, but don’t be! Hot stamping is accomplished by pressing a hot block to brand colored foil to a piece of paper. The finished product is a seamless design that is one with the paper or cardstock to which it was added.

 

Benefits of Hot Stamping

 

There are many reasons that companies will choose hot stamping for the materials, but here are just a few of them:

 

  • There are no fumes or solvent vapors to be concerned about, so they are safe for the environment.
  • Your printed item is completely opaque.
  • The colors gained from hot stamping are of the highest degree of vibrancy possible. Not watered down or muted.
  • The process is perfect for dry, more porous paper and cardstock. These items are often not recommended for usage if you want to use cold stamping.
  • You can combine hot stamping with embossing to create a textured finish, thus making your materials stand out even more!
  • This type of stamping gives you more range for creative details.
  • There are more foil colors and decorative elements available for hot stamping than for cold.
  • It can be used for just a section of the paper or even for the entire page.

 

Hot stamping is a great option when looking for a way to boost your business, and there are many companies such as those at Larkin Industries, who are happy to provide you with a custom look. So, don’t just think about giving your company an edge, do it. After all, your company deserves to stand out from the crowd and hot stamping provides you one of the tools with which to do just that.

 

Smooth Machinery Co., Ltd. is a famous printing machine manufacturer in the heart of Asia – Taiwan. We have been in the printing industry for 43 years (since 1973), and over these years we have sold printing presses across Asia, Middle East, Europe, Africa and USA in total over 50 countries. Machines including CNC auto reel-fed Offset machine, Letterpress machine, Silk screen printing machine, Die-cutting machine, Hot-stamping machine, Label printing machine, Label web slitters, Dryer tunnel rewinders and many other printing machine accessories are also available. All machines applied with CE certification and ISO9001 registrations. The name of ‘quality machines’ is not just words, but it comes from actions: nitpicked tests, CNC instruments for parts assembling and well-organized ware stock management for after service support. Smooth Machinery Co., Ltd. provides you stable quality products, best and pleased service.

 

If you need more details about Hot Stamping or other printing machines, welcome to visit our website and feel free to contact Smooth Machinery!

 

SMOOTH MACHINERY CO., LTD.

No. 3 MINLONG Rd., YANGMEI DISTRICT, TAOYUAN CITY 326, TAIWAN

TEL : 886-3-4725667

FAX: 886-3-4726933

E-mail: info@smoothmac.com

 

 

Article Source: http://EzineArticles.com/9476177

 

Google Flight Simulator Vs Pro Flight Simulator

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In recent years, these free flight simulators have even been significantly improved to rank equally with their commercial counterparts in terms of graphic design and features. One such online simulator that has caught the attention of many flight enthusiasts is the Google flight sim. This application is actually one of the surprises that you can find in the version 4.2 of Google Earth. Let’s take a closer look at this simulation tool to see how it measures up to commercial simulators.

 

In terms of aircraft selection, the Google flight simulator leaves much to be desired, as it only allows you to choose between two planes: an F16 fighter jet and an SR22 propeller airplane. This selection definitely pales in comparison to the hundreds of aircraft options in commercial simulators such as the Pro Flight Simulator. Pro Flight even lets you fly several helicopter and glider models, in addition to over a hundred different types of plane.

 

In terms of selecting your starting position, the Google simulator gives you three options: First is to start in your current view of Google Earth, which means that you are automatically in the air. The second option is to choose from 27 available airports. Third, you can start from the point where you ended your previous session. In contrast, the Pro Flight simulator lets you choose from over 20,000 airports located in any country all over the world.

 

All in all, the Google flight simulator is a relatively simple tool as compared to its commercial counterparts. What makes it stand out is the experience you get of flying over real pictures of your chosen locations. While the pictures and graphics may be far from perfect, they are definitely as visually good as those of commercial simulators. In fact, the Google flight simulator even presents real objects better than most commercial flight simulation software in the market.

 

Outstanding graphics and real pictures notwithstanding, the Google flight simulator still can’t really measure up to commercial standards, especially when compared to the Pro Flight software. Pro Flight also offers very realistic graphics and terrain based on US military mapping. In fact, everything you see in Pro Flight, from the cockpit controls to aircraft reactions to planetary alignment and movements is based on actual and current world data. There both good but Pro Flight tops it for accuracy and controls.

 

When you fly with the Pro Flight simulator, you will be able to take advantage of real-time synchronization. This feature lets you fly in exactly the same situation as when you are flying in real life. For example, if it’s a rainy afternoon in Sydney right now, then you will be flying in a rainy afternoon if you locate yourself in Sydney for your virtual flight. So, while it’s okay to practice on a free online simulator, it’s still better to get a commercial simulator such as Pro Flight for the ultimate virtual flying experience.

 

Carbon-Based Technology, Inc. was established in March 2007 and devoted in complete system design, integration, manufacturing, and global marketing of Unmanned Aircraft System.

 

We not only can offer high reliability Unmanned System as a platform for “Intelligence Gathering”, but also can offer total solutions for various aspects. Through this Hi-tech and Hi-reliability UAS platform which is 100% researched & developed in-house, it can integrate with techniques of data processing and analyzing for relative study fields such as GIS and Remote Sensing, Team Carbon-based can offer our clients with totally intact and useful intelligence on the ground as well as in the air. Especially for fields of anti-disaster and geographic spatial application, we have assisted clients from various professions to acquire priceless feedbacks. This also has proved core values of Unmanned Systems of Carbon-based Technology!

 

If you need more details about flight simulator and UAVs, welcome to visit our website and feel free to contact Carbon-Based!

 

Carbon-Based Technology Inc.

Central Taiwan Science Park / 3F, No.30, Keya Road, Daya District, Taichung City, 42881 Taiwan

Tel: +886-4-2565-8558

Fax: +866-4-2565-8559

E-mail: info@uaver.com

 

Article Source: http://EzineArticles.com/5912775

 

What is Electrical Discharge Machining (EDM)?

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Electrical discharge machining (EDM) is a type of machining operation used for shaping conductive workpieces into geometrically complex parts. Electrical discharge machines are particularly ideal for machining components that have complicated contours or subtle cavities that would be difficult to produce with other conventional machining equipment. The process involves supplying electricity to both the shaping tool as well as the workpiece and then bringing the tool into close proximity with the workpiece, which is completely immersed in a dielectric fluid bath. This proximity causes the electrical field intensity between the tool and workpiece to overcome the strength of the dielectric fluid, and produces a series of electrical discharges between them. These electrical discharges remove material from the workpiece, and the pattern or shape of material removed is dependent on the shape of the tooling electrode. After the machining operation, the dielectric fluid is replaced between the electrodes. Apart from acting as a dielectric between the two electrodes, the fluid also plays a key role in the machining process, as it is used to flush away the removed material and cool the machined area. The nature of the process is such that, while material is being removed from the workpiece; the tooling electrode is also gradually eroded, making periodic replacement necessary.

 

The electrical discharge machining process is extremely precise and generally used in the production of components that are typically complex and require extreme accuracy. In addition, another area of application that EDMs perform above par is in the machining and shaping of hard or exotic materials such as titanium, Hastelloy, Kovar, Inconel, as well as hardened steel. However, the only caveat with the electrical discharge machining process is that it can be only be used with conductive materials.

 

There are essentially two types of electrical discharge machines, which differ in the type of tooling electrode that they are outfitted with. They are sinker EDMs and wire EDMs. The sinker EDM, also known as a ram EDM uses a shaped tooling electrode to facilitate the machining process. This tooling electrode is formed by conventional machining into a shape that is specific to the application it is used for and an exact reverse of the shape to be machined into the workpiece. The tooling, typically machined from graphite, is used with an insulating fluid such as oil or other dielectric fluids. This shaped tooling is connected to a power supply and made to approach the workpiece electrode, creating electrical discharges between them, which cause erosion in the desired shape. This type of EDM is typically used for precise machining of complex 3D parts, such as injection molding, die tooling, and other components that require exceptional accuracy.

 

The wire EDM, on the other hand, is an electrical discharge machine that uses a fine metallic wire, usually made from brass, which acts as a cutting electrode to accurately shape intricate, complex components from thick metal plates. The wire and workpiece are both supplied with electricity and when the wire approaches the workpiece, electrical discharges occur between them. These discharges remove material from the workpiece in a shape that is similar to a cutting or slicing action. As the wire electrode is eroding along with the workpiece, it is continuously fed into the workpiece from a spool to ensure uninterrupted cutting operation. The wire is fed through two guides, typically made from diamonds, each placed above and below the workpiece electrode. These guides are movable on a 2-axis x-y plane and are CNC controlled for cutting. The cutting operation occurs on a workpiece that is completely immersed in a dielectric fluid bath, normally de-ionized water, which is used as a coolant and to flush away the removed material. This machining process is used to cut complex and intricate 2D shapes on thick metal parts, especially components from hard and exotic metals such as Inconel and titanium. Some components commonly machined using wire EDMs are stripper plates, custom gears, and other parts that need to be intricately cut out. However, the advent of upper guides and multi-axis freedom of movement in the newer wire EDMs, allows these machines to cut intricate tapers and transitional shapes as well.

 

Welcome to visit EXCETEK, the leading manufacturer of wire cutting machine, established in 2006 specializing in various series of wire cutting EDM machines (Electrical Discharge Machining). We insist to provide only the best electrical discharge machines and related accessories to our clients around the world, and we have also earned well reputations by high quality wire cut machines we manufactured. For more specification, please browse our product list and feel free to contact us, the superior EDM machine manufacturers to get more wire cutting machines and electro discharge machining.

 

EXCETEK TECHNOLOGIES CO., LTD.

No.10, Fenggong 3rd Rd., Shengang Dist., Taichung City, Taiwan

TEL：+886-4-2520-0688

FAX：+886-4-2520-0111

E-mail：info@excetek.com.tw

 

Article Source: http://EzineArticles.com/3778819

Optimize Your Office Space and Productivity with Ergonomic LCD Monitor Arms

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LCD Arms

 

LCD Arms has revolutionized the world of monitor mounts through decades of research and testing, flawlessly combining sleek design and cutting-edge ergonomic innovation to conserve precious desk space and improve performance.

 

The basic LCD Arm consists of an arm of varying length, sometimes mounted to a pole, always mountable to a desk or wall. This arm has a VESA adapter plate at one end, designed to hold all VESA monitors (the vast majority of all monitors are VESA-compliant). Depending on the make and model, some arms will include mounts for a mouse and keyboard, or for multiple monitors. All of the mounts provide an impressive range of motion from a remarkably small footprint on your desk or floor.

 

Why Ergonomics?

 

For as long as most of us can remember, technology has been advancing at a stunning pace, and the results have been tangible: We have put men on the moon, can fit entire databases of music into our back pocket and have devices in our cars that make it so we never have to ask for directions again.

 

Unfortunately, the price of progress is often paid with bleary eyes, aching backs and carpal tunnel syndrome by those who interact with our technological devices.

 

Enter the concept of ergonomics – the adaptation of machine to man. Ergonomic products are designed to enhance the interface between technology and the human form. Ergonomics is the science of identifying the physical points of stress, and then minimize or eliminate that stress through superior design.

 

Why LCD Arms? Space Management

 

Monitor arms as a whole find their greatest value in space management. From classrooms to dental offices, from the stock market to a home office, space is at a premium and the effective management of that space is essential. An LCD arm or pole mount provides the full use of a monitor at the most comfortable viewing angle while virtually eliminating the monitor’s footprint on the desk. The arm itself folds down to occupy a space as small as 3 inches wide in some cases.

 

Versatility

 

A typical LCD Arm consists of up to three joints, each one boasting a full 360-degrees of rotation. The arm can be adjusted up and down, left and right, and front and back, with additional articulation and rotation available at the joint between monitor and arm. Equally versatile, the FLEX mount system provides six mounting options, including desktop and grommet clamp, through-desk bolt, and wall mounting.

 

Ease of Use

 

Most monitor arms use numerous clamps, bolts and knobs for adjustment, leaving the user in constant danger of “monitor drooping,” a condition caused by chronically loose joints. LCD Arms monitor arms, however, employ an elegantly simple system powered by a pressurized spring that “floats” the monitor above the desktop. Repositioning is literally as simple as the touch of a single finger, no doohickeys to tighten or training needed.

 

Multiple Applications

 

LCD Arms touts the most extensive and comprehensive collection of monitor arms solutions on the planet. Their award-winning EVO line includes adapters that will hold laptops and tablet PCs along with monitor arms. And keep your eye out for the Cricket, an adjustable portable laptop stand that folds up to fit into a bag or pocket, available sometime in fall of ’07.

 

Healthcare professionals love LCD Arms because of the intuitive use, maximum flexibility, and durability. It’s incredibly handy for a dentist to be able to simply pull a monitor from the wall to the chair to show her patient their x-rays, and effective use of space is crucial in hospital environments.

 

Apple users don’t feel left out. LCD Arms’ iLift and CinemaLift designs constitute the only lines of monitor arms specifically designed for Apple iMac and Cinema Displays.

 

If you haven’t read about your work situation here yet, contact one of LCD Arms’ vendors. They’ll work with you to customize a solution for your home, office, or school.

 

Basically, whoever you are, wherever your computer is, your work (or the work of those you manage) will benefit from the strategic employment of an LCD Arms monitor. And if you’re still not sure that an LCD monitor arm is best for your situation, give one a try. You won’t ever switch back. I promise.

 

Modernsolid is a leading manufacturer of hospital arm. The hospital cart features built-in gas spring which is simple to move whenever you want it to be, special coating and antiseptic process comply with medical requirements, as well as hidden cable management makes performance under security. The company always keeps a close tie with market forces in order to meet the latest demands from customers around the world. Enriched with brilliant expertise and comprehensive experiences, it has been recognized as the prominent hospital arm manufacturer and supplier in the LCD industry. In addition, the company takes extreme care in the way it packages the products to ensure timely and safe delivery. If you would like to learn more about the company and products, please send you e-mail anytime. We will reply you asap.

 

Modernsolid Industrial Co., Ltd.

No. 11-2, Wu Nan Rd. , Wu Chi Dist. , Taichung City 435, Taiwan

Tel: 886-4-26397717

Fax: 886-4-26398333

Attn: Sales Department

Email: info@mosolid.com.tw

 

 

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