Common Types of Deburring Machines

The deburring industry offers a number of solutions for deburring and parts finishing – almost any type of need can be addressed by a deburring machine solution. The markets and applications for these deburring machines are also wide in variety – including automotive, aerospace, defense, and, of course, manufacturing.


Most deburring solutions begin with a customer consultation that takes into consideration a number of highly-specialized requirements that must be met for a competent and complete solution to be suggested or custom-built. No application need is exactly like another. Given that there are a number of differences between the more common deburring machine solutions, the following is a listing of a number of deburring solutions and a description of their use.


Portable deburring machines come in a number of varieties. Some come on casters and some come on carts. Portable deburring machines are an excellent choice for shops that employ CNC mills or lathes. The portable deburring machine on casters can be maneuvered to accommodate finishing needs after the primary cutting is completed – right as the parts come off the mill or lathe.


The magnetic deburring machines offer an in-line, through-feed deburring process that is typically suited for higher production requirements. Traditionally, these magnetic deburring machines address flat parts that require deburring on both sides. A magnetic conveyor belt helps to keep parts in alignment as they are passed by both sets of brushes. As these deburring machines are capable of handling parts in quantity, an integrated coolant system keeps the system cool and helps to prolong brush life. The magnetic deburring machines can typically handle parts up to 4” thick and at 6” in diameter.


The bevel gear deburring machine makes use of a single large-diameter nylon radial brush to deburr small bevel gears. Dual spindle models allow for the loading or unloading of a part while another part is under the deburring process. Again, an integrated coolant system comes standard.


A parallel-axis gear deburring machine is rugged, dependable, and efficient – a perfect deburring solution for a manufacturer with a number of different parts profiles that need to be stored and recalled when there is a call for a particular deburring need. The parallel-axis gear deburring machine is a deburring workhorse that can store hundreds of part profiles for recall. The parallel- axis gear deburring machine also features a zero set-up changeover system that eliminates most of the time required to switch from one type of part to another.


A ring gear deburring machine offers consistent quality in deburring a variety of parts sizes. Like many of the other large deburring machines, these ring gear deburring machines feature an integrated coolant system as well.


If you need more information of magnetic de-burring, welcome to visit the professional magnetic tools manufacturer, Earth-Chain Enterprise Co., Ltd... Find out ideal magnetic deburring machine, welcome to check out their website and feel free to contact with Earth-Chain.


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Guillotine vs. Swing Beam Shear

Guillotine Shear:

A guillotine shear is a machine that can shear or cut various materials with a guillotine design. The word “guillotine” is associated with a blade that drops along a vertical track. This type of machine was primarily used in familiar history as a method of execution, particularly in the French Revolution, but the modern guillotine shear cutter is a tool used to form and shape products for a market.


The principles of the guillotine shear were incorporated into the design of metal shears and have been the primary design for all of these years. Some of the shortcomings of a guillotine shear are that it must run in gibs and ways and therefore need a certain amount of clearance which has a direct effect on the thinnest sheet that can be cut.


Also, the ram moves down with approximately 1 degree of backward motion. This allows the cut sheet to clear the back gauge and drop, although sometimes even this is not enough and the cut part is wedged between the lower blade and the back gauge.


When a guillotine shear has a throat it must be heavily re-enforced to avoid the deflection that would normally result from a deep throat. The apron of the upper ram is heavily gusseted to keep the blades parallel to the bottom blades. This system has worked well for hundreds of years however times change and new engineering becomes available.


A guillotine type shear can have several different applications in the manufacturing industry. They can be used for either wholesale or retail product design i.e. a sheet metal wholesaler can use a large guillotine shear model to cut simple pieces of raw material for tier pallet shipping; a retail shop can use a different model of guillotine shear to shape metal pieces for specific designs for any kind of retail item.


Swing Beam Shear:

On a swing beam shear the ram moves on bearings so there is no play what so ever. This allows the swing beam shear to be able to cut paper as long as the blades are sharp. The ram moves from a fulcrum point in the rear of the side frames giving the shear a massive amount of plate between it and the cutting point. This means almost no detectable deflection.


The back gauge is attached to the bottom of the cutting column and moves up as the blade goes down. This means there will never be a possibility for the material to become stuck between the blade and the back gauge.


Rather than gussets on the apron a swing beam shear wraps the entire ram as one solid gusset making it much stronger than a similarly gusseted ram. It can have a deep throat with no possibility of deflection and can cut even the thickest piece of metal with a very low rake angle.


In my opinion the swing beam shear reviewed the short comings of the guillotine shear and fixed them; however, it is important to remember that before making a decision on purchasing any kind of a shearing machine factors such as the type of shear, required capacity, productivity options, and safety should be carefully evaluated.


One important consideration used in deciding what shear is the right one for any job is the capacity required to perform the job. Most of the shears on the market today list capacities for mild steel and stainless steel. It is advised to compare a fabricator’s requirements to those of the actual machine.


Some shear capacities are rated on mild steel, which may have 60,000 pounds per square inch (PSI) tensile strength, while others are rated for A-36 steel or 80,000 PSI tensile strength.


Capacities for stainless steel are almost always less than those for mild or A-36 steel. Surprisingly enough certain grades of aluminum require as much power to shear steel does. As always, when making a decision on any kind of metalworking machinery purchase, it is important to work with a reputable and knowledgeable company that can answer all the questions regarding the performance and capacity for the machine.


If you need more information of swing beam shear or hydraulic guillotine shear, I recommend you to visit Yeh Chiun Industrial Co., Ltd. – they are the professional manufacturer of specializing in press brakes and hydraulic shears. Now, check out their website and feel free to contact with Yeh Chiun for more details.


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Everything You Need to Know About Diamond Files & How to Use Them

What is a Diamond File?

Diamond Files are manufactured by electroplating diamond on to steel blanks using nickel. The smaller the particles, the finer the grit of the file. This is why diamond files are referred to in grits rather like sandpaper. The higher the number, the smaller the grit and the finer the finish. For example a 600 grit diamond file will be much finer than 220 grit.


Why Use a Diamond File instead of a Traditional Steel File?

As you know traditional steel files have teeth rather like a saw blade. The smaller the teeth, the finer the cut of the file, but all these teeth are lined up in the same direction. So this means that with a traditional file it will only cut in one direction like a saw. Even when you have a round or half round file, they still only cut in a forward direction. They don’t work sideways or in a circular motion, for example.


In contrast diamond files don’t actually have teeth as such, but diamond grit. This gives diamond files the unique property in that they will work in any direction.


Diamond Files cut in all directions, produce a better finish

The distribution of diamond particles enables the diamond needle file to not only cut in all directions but also produce a much better finish. Therefore diamond needle files can offer a fantastic abrasive for a variety of applications.


Due to the hardness of diamond, diamond files can be used on a variety of materials that other abrasives will not have an impact upon.


Diamond Files Cut On The Pull Stroke As Well As The Push Stroke

When you’re working in small intricate areas the diamond file will work on the pull stroke just as effectively as it does on the push stroke. So this may make it slightly easier in confined spaces. It also means in theory that it will cut twice as fast as a toothed file of the same grit because it’s cutting on the pull as well as on the push stroke.


Another huge advantage is the fact that they also work sideways and with a twisting motion.


How to Use Diamond Files

  1. Use The Tip Of A Diamond File For Detailed Areas Such As Ring Shanks

You can use the fine tiny points of the files to get into tiny areas. As long as you can move the file in any direction, it will cut and it will file for you. This is particularly useful with a large round 600 grit diamond file tool as it can be rotated inside a hole or outside a ring, and it will cut in 360 degrees.


Great for the inside of ring shanks and also for deep burring. A large half round 220 grit file is also great for the inside of rings and bangles and it has a nice wide flat profile so that can be used on the outside of rings without changing files. A great companion to the 600 round file.


  1. Sharpening Carbide Cutting Tools

Over time tungsten carbide cutting tools will dull and it is often easier to have a hand tool abrasive that you can take straight to the cutting tool, rather than having to take a cutting tool to an electric grinding wheel. 600 grit diamond files are the best grade for this application.


  1. Enlarging Holes

A round diamond needle file can be used for opening up a huge array of holes in hardened surfaces, 600 grit being the most common for most applications. Small screw holes in watches and clocks to holes in jewels and beads can all be opened up with a round diamond file tool. Choose diamond files that are either 600 or 900 grit for the best results.


  1. Removing Excess Solder

If you solder a post onto the back of an earring, for example, a square 600 grit diamond file will help you get right into that solid joint and clean up both the horizontal and vertical surfaces. It also has a very nice sharp point. A round diamond file can be used for removing excessive solder inside a ring band and the finish is finer than what you would achieve with a traditional ring file.


  1. Fitting Clock And Watch Glasses

Sometimes when fitting watch or clock crystals the sizes need to be altered slightly, the use of a 600 grit diamond needle file will produce the required result in minimal time.


  1. Refacing Clock & Watch Pallets

Clock and watch pallets are very hard and become burred and mis-shapen over time. The use of a 900 grit fine diamond file can radically change the surface of the pallet for a more efficient movement.


  1. Shaping Precious Stones For Jewellery

Precious stones can be extremely hard, especially quartz, sapphire and ruby, and when setting stones into jewellery small alterations may be required. No other abrasive will have such an effective impact as a diamond needle file. Fine grades such as the 600 and 900 grit are ideal for making these small adjustments. Try a small flat 600 grit file, or a small half round 900 grit for superfine finishes.


  1. Repivoting Clock And Watches

Removing the burrs and wear from pivots is often difficult due to its hardness, especially in French clocks. The use of a 600 grit diamond needle file can have the pivot running smoothly in no time at all.


  1. Bevelling Cut Crystal Glasses And Filing Glass

We all know it is very easy to chip the rim of your precious crystal glass and due to the cost of replacing one in a set, using a diamond needle file can be far more economical to bevel the lip of the glass. It is essential that a 600 grit diamond file is used and half round shape is by far the most versatile for the contour of the glass.


  1. Sharpening Household Objects

Scissors, penknives, garden tools, kitchen knives, small screwdrivers, guitar and violin strings can all be sharpened to a razor sharp finish in very little time. You can use various sizes of diamond file for this application but a 600 grit is recommended.


  1. Cross Graining Burnishing Tools

Over time burnishing tools lose their burnishing ability, only diamond files can re-address the cross grain of a sapphire burnisher or hardened steel burnisher. Opt for the 600 grit for the best results.


  1. Sharpening Fishing Hooks And Ice Screws For Winter Climbing

One of the most important tools of an angler has to be his hook and in carp fishing in particular this has to be razor sharp (sticky sharp) The use of a Flat 600 grit diamond needle file is ideal for this due to its size and profile. It is very important that the very hard to find diamond escapement file is used for this operation, this allows dexterous filing all around the hook point.


If you need more choice of high quality diamond files, I recommend you to visit Best Diamond Industrial Co., Ltd. – they are the professional manufacturer of specializing in various diamond and CBN tools. Now, come and visit Besdia for more diamond file tools!


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Workholding of the Month: Turret or Gang Tooling?

What Is Gang Tooling and Turret Tooling?

While you can mount a conventional manual lathe Quick Change Toolpost (QCTP) on a CNC lathe, this is typically only done for toolroom lathes. For production lathes, tooling is generally mounted either on a gang plate or on a turret. Ironically, the picture shows both formats in use, each turret tool station has a gang plate mount, which multiplies the number of tools available from each turret position.


Pure gang tooling is the simplest option. In this mode, the tools are mounted in a row on the lathes cross slide. Accessing a tool is a matter of pulling back from the work piece along the spindle’s axis to keep the tools from colliding, sliding the X-axis until the correct tool is in position, and then moving along the Z-axis back to start cutting.


Which One Is Better?

There’s a long list of pros and cons for each that we’ll get to shortly, but as promised, let’s start with the top level conclusion:


The choice of gang tooling versus turret on a CNC lathe has more to do with what kind of parts you’ll be making than anything else. Gang tooling is very hard to beat for smaller diameter, short parts that don’t require a tailstock. Turrets are hard to beat for versatility, and are a must-have when you need a tailstock for your part.


In going through the many articles I researched on the topic, I frequently came across machinists who wished they could use their gang lathes for everything, but had turret machines for parts that were too long and thin to be made with a gang lathe. In some ways, that almost means that the “competition” between gang and turret is a bit misleading. Perhaps a better “competition” would be gang lathes versus Swiss machines.


In exchange for more cost, complexity, and the requirement of bar stock that is more expensive because it has to be compatible with the Swiss bushing setup, a Swiss machine can turn parts that would be too long and spindly to do with a gang lathe.


Gang Tooling Advantages

  • Speed

Let’s start with the Gang Tool Gang’s view on why their machines are better.


If the part can be made on a gang lathe, it can be made faster and more cheaply than on a turret.


Remember, some parts just can’t be made on a gang lathe because you can’t use a tailstock – the gang tooling would run into the workpiece if it can’t get completely away from the workpiece, which it can’t because the tailstock is in the way. There are some gang lathes that have retractable tailstocks, but retracting a tailstock each time a tool change is needed defeats the main advantage of a gang lathe – super fast tool changes.


The gang tool change is super-fast because it uses slide motion to do tool changes and requires no turret indexing. If you think about it, the typical turret has to move to its tool change position before it can start to spin the right tool into place. Once the tool is in place, it can then move back to cutting position. This is almost exactly the same amount of motion needed for the worst-case gang tool change, but the gang tool has no indexing to do – It moves to the tool change position (different for each gang tool) and moves the next tool into place, then moves straight back. The most commonly used tools are placed in the center of the gang plate and they only move a small fraction of the distance to the furthest tool change position the turret needs.


Hence the gang tool is nearly always faster. You hear quotes from gang tool machinists like, “The gang tool machine can finish the part, part it off, bar feeder advance the material, and its well into the second part before the turret lathe can finish the second op.”


  • Simplicity and Low Cost

Turrets are expensive precision devices with lots of moving parts. Gang tooling is minimalist. It involves a few blocks mounted on the cross-slide and that’s it. The lathe’s normal axis motors and leadscrews do all the work for a tool change. This means gang lathes can often be a lot cheaper than turret lathes. In some cases, shops buy two gang lathes for what a single fancy dual-spindle turret lathe would’ve cost and feel they’re coming out way ahead.


If your part needs live tooling, perhaps to machine wrench flats onto a part or to drill a bolt circle on a flange, it is much cheaper to do with gang tooling. Pneumatic spindles, cable driven spindles, and smaller electrical spindles can all be pressed into service if the lathe has an index able C-Axis spindle. Motorizing a turret drives up the cost in many ways because of the difficulties of transmitting rotary power out to the tool positions on a rotary turret. It also drives up the size of the turret, making live turret tooling impractical on smaller lathes.


Gang tooling tends to be cheaper while turret tooling tends to be more costly, but can be larger scale and more robust.


  • Fast Setup

This is one that swings back and forth, but if you look at the ability to swap out an entire block of tools easily with gang tooling, it’s hard to see how setup can’t be done more quickly since it can be done offline or saved as an assembled block of tools for various jobs.


Alternately, a lot of gang work can be done with a basic set of tools and just changing one block that holds a twist drill of a particular size, for example.


  • Accuracy

Simplicity and a reduction in moving parts eliminates tolerance stack up and various kinds of slop (backlash) in the moving parts of a turret. The accuracy issue is all about achieving the correct center line (Y-axis) position with the tool. Once shimmed into place, or a custom bushing drilled for a twist drill, it’s hard to get more accurate.


Another factor that gives the gang lathe an accuracy advantage is they’re used to move shorter distances while machining a part.


  • Robustness

This one is closely related to simplicity. There’s not a lot to go wrong on a gang lathe. A turret has all the wear points and parts to break of a gang lathe plus a whole lot more. If you crash a turret, you may have an expensive repair bill, or you may simply need to realign it.


Turret Advantages

  • Flexibility

Let’s turn to turrets before we start thinking gang lathes are the only way to go. The number one advantage of a turret is flexibility. You can use a tailstock with one, which allows much longer and skinnier parts than could be made on a gang lathe.


In addition to length, turrets allow larger diameter parts. If you think about it, a gang tool setup needs clearance for the part to fit between any two tools. This limits the diameter or the number of tools you can put on the gang plate. The turret lets you have your cake and eat it too because it leaves room for much larger diameter parts.


  • Much Easier Programming

While experienced gang lathe users find programming easy, beginners will find turret programming to be far easier than gang tooling. With the gang lathe you have to worry about clearing the part for a tool change. This can be tricky with different setups and part diameters. Make a wrong move and a tool crashes into the part.


Also, gang users have to deal with the idea of both positive and negative, since tools are on either side of the workpiece. Turret users only have to deal with one sign and generally pick positive since that’s simpler and more intuitive. Of course, the fancier lathes will mount both a front and a rear turret, at which point they deal with positive and negative as well.



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How Do Hydraulic Jacks Work?

A jack is a device that uses force to lift heavy loads. The primary mechanism with which force is applied varies, depending on the specific type of jack, but is typically a screw thread or a hydraulic cylinder. Jacks can be categorized based on the type of force they employ: mechanical or hydraulic. Mechanical jacks, such as car jacks and house jacks, lift heavy equipment and are rated based on lifting capacity (for example, the number of tons they can lift). Hydraulic jacks tend to be stronger and can lift heavier loads higher, and include bottle jacks and floor jacks.


How Do Hydraulic Jacks Work?


Hydraulic jacks depend on force generated by pressure. Essentially, if two cylinders (a large and a small one) are connected and force is applied to one cylinder, equal pressure is generated in both cylinders. However, because one cylinder has a larger area, the force the larger cylinder produces will be higher, although the pressure in the two cylinders will remain the same. Hydraulic jacks depend on this basic principle to lift heavy loads: they use pump plungers to move oil through two cylinders. The plunger is first drawn back, which opens the suction valve ball within and draws oil into the pump chamber. As the plunger is pushed forward, the oil moves through an external discharge check valve into the cylinder chamber, and the suction valve closes, which results in pressure building within the cylinder.


Types of Hydraulic Valves


Two common types of hydraulic jacks include bottle jacks and floor jacks.


  • Bottle Jacks

Bottle jacks became popular in the early 1900s when the automobile industry began to take off. Also called hand jacks, bottle jacks provided an easy way for an individual to lift up a vehicle for roadside inspection or service. Their resemblance to milk bottles earned bottle jacks their name—today, they range in size and weight to offer a lifting capability ranging from one hundred to several tons. Bottle jacks feature a vertical shaft, which supports a platform (called a bearing pad) that directly bears the weight of the object as it is lifted.


Although they are most commonly used in the automobile industry (1.5 to 5 ton jacks are frequently used to lift cars), bottle jacks have other uses as well. In the medical industry they can be used in hydraulic stretchers and patient lifts. In industrial applications, they can be found as pipe benders used in plumbing, as cable slicers for electrical projects, and as material lifts within warehouses. Their ability to lift heavy loads plays a big role in enabling the repair of large agricultural machinery and in many construction operations. Bottle jacks can be secured within a frame, mounted on a beam, or simply used as they are for easier jack transportation.


  • Floor Jacks

Unlike bottle jack shafts, the shaft in a floor jacks is horizontal—the shaft pushes on a crank that connects to a lifting pad, which is then lifted horizontally. Floor jacks typically provide a greater range of vertical lift than bottle jacks, and are available in two sizes. The original jack is about four feet long, a foot wide, and weights around 200 pounds—they can lift 4-10 tons. A more compact model was later made, which is about three feet in length, and can lift 11/2 tons.  Although “mini jacks” are also produced, they are not a recognized standard type of floor jack. Typically, one of the first two sizes should be used.


If you need more information of hydraulic jacks, welcome to check out the website of Tai Cheng Hydraulic Industry Co., Ltd. – they are the professional manufacturer of specializing in various hydraulic cutting tools. Learn more details of their products, please do not hesitate to contact with Tai Cheng.


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Application and Benefits of Plastic Shredder

The plastic shredder plays an indispensable role in so many plastic processing industries such as plastic recycling, production of new brand plastic and so on. It offers the multitude benefits in addition to size reduction. These shredders are used for processing the plastic materials which are used for producing the plastic products. Recycling of waste or products ensures that the other processes or equipment functioning smoothly.


Plastic Waste Shredders: What Are They?


The plastic is very familiar and well known component which is used by everyone. Almost all consumers wish to have these components due to convenient use such as liquid storage, toys, consumer electronics, packaging and food wrapping. If use of the plastic is over, then its disposal also increases, which is not good the environment. The plastic shredders are very useful to recoup waste plastics. These plastic waste shredders are available in so many dimensions. These recycling equipment are helpful to reduce the largest plastic parts into small plastic particles. So these types of size reduction systems are widely used in the process of plastic recycling.  The plastic is reusable by breaking its parts into small parts; standardized particles.


Industrial Plastic Shredder for Industrial Use


These consistent particles are effective to produce the highest quality plastic products. This is also one of the main advantages of using the plastic waste shredder in recycling industries. So with these unique features, the shredders are very much useful to use in so many industrial applications such as packaging, plastic processing and so on. There are unlimited benefits of using the plastic shredder in business and offices.


Benefits of Plastic Shredder


Even addressing so many security issues these types of industrial shredders are very helpful. In addition to these uses the plastic waste shredders are also environmentally friendly. Some of the useful benefits of the plastic waste shredders are listed includes; these types of shredding machinery are helpful to recoup plastic waste and size reduction. Usually these types of equipment are available with overloading protection and phase failure protection systems to ensure the safe operation. There are so many firms that provide the plastic shredder machinery which are suitable for shredding different types of plastic items offering efficient and quick performance.


Even most of the firms offer the plastic shredder machinery in customized sizes according to the needs of their clients. In order to ensure the durability and high performance these equipment are produced from high quality raw materials. It provides different types of cutting and knives technologies. These plastics come in various sizes and shapes, in order to turn these components or scrap materials into products; which are recaptured to use in various types of manufacturing techniques. For this purpose you need plastic waste shredder.


No matter whether it is a plastic container, PVC, PET bottle, the shredder will get it down into reusable size and also manageable. The Plastic Shredder Machinery contains various types of cutting chamber and powerful motor to offer the best possible results. Apart from plastic materials other types of products such as glass, steel also resized with the use of these equipment.


If you need more information of plastic shredders, welcome to check out the website of Ko Win Yang Industrial Co., Ltd. – they are the manufacturer of specializing in plastic extrusion lines. To get more details of plastic shredders, please do not hesitate to contact with KOWIN.


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What is An EDM Drill Chuck?

Do You Know What EDM Drill Chucks Are?

A high precision drill chuck is ability to hold an electrode with stability, and tightly does not loosen its grip. SUNRUSE offers high precision of EDM drill chuck for EDM drilling machine. All the parts are precision-made and hardened enough. SUNRUSE can manufacture EDM drill chuck not only of standard sizes, but also of special sizes. The quality is recognized worldwide.


Application: Used for EDM Drilling Machine

SUNRUSE EDM drill chucks are used for EDM drilling machines. High-speed EDM hole drilling was designed especially for fast, accurate small- and deep-hole drilling applications. Small holes that were once almost impossible to drill by conventional machine tools are now being performed with ease. With the capability of drilling through virtually any conductive material, the use of this technology is continually expanding.


Initially shops were using this technology specifically for start holes in wire EDM jobs. Because of this technology, workpiece materials are being sent out for heat treating prior to drilling the start hole. This removed two problems:


  • Having to program, locate and drill the start hole by conventional machine methods in the “soft” workpiece prior to heat treat.


  • By sending the workpiece for heat treat before drilling the start hole, all the stresses were being removed from the workpiece prior to the EDM process being applied.


As this process became more widely known, test burns were being done in more than just hardened tool steel; tungsten carbide, aluminum, brass and Inconel were being tested.


High-speed EDM hole drilling applications began to expand to mold and part manufacturing-injection nozzles, oil drain holes, hydraulic cylinders and dowel pins, as well as turbine blades, ball bearings and safety wire holes in hex nuts, to name a few.


Where Can Buy Best Quality EDM Drill Chucks?

About this question, I sincerely recommend you to visit a well-known EDM consumable manufacturer, SUNRISE EDMTECH Co., Ltd.


Sunrise-EDM is as a world’s leading supplier and manufacturer of EDM consumable which are designed and built to keep that efficient operation of equipment. You can find kinds of EDM machine parts, including EDM wire parts, wire guide, isolator plate, filter, drill chuck, etc.


Now, check out SUNRISE’s website for much more details of EDM consumable.


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Advantages of Using An Electric Counterbalance Forklift

We’re taking a look at some of the advantages you can benefit from by using electric counterbalance forklifts, as opposed to traditional fuel powered engine counterbalance trucks.


Firstly, What Is A Counterbalance Forklift Truck?

This type of forklift truck is the most widely used in the industry, especially for indoor operations, such as warehouses and stores. Counterbalance forklifts can also be used outdoors, providing the work surfaces are fairly even and stable. They don’t require any protruding legs for balance, the dual forks are located at the front of the truck and they have a small cab for the operator.


They’re weighted with a counterbalance weight, hence the name, and this helps to stop them from tipping over as they lift heavy loads. They are ideal for fundamental warehouse work, and thanks to their compact design, they can lift and move heavy items and place them easily into the exact space they need to go.


An electric counterbalance forklift has a fairly weighty battery, which allows it to operate just as effectively with a smaller counterbalance weight.


Electric Counterbalance Forklift Advantages


  • Cost Saving – electric counterbalance forklift trucks only require electricity to recharge the battery and water to top them up, therefore they’ll save money by eliminating fuel costs.
  • No Performance Reduction – There will be very little or no difference in operational performance when compared to a standard counterbalance forklift truck.
  • Improved Health And Safety – as they do not require fuel for power, using electric counterbalance forklifts would negate the need to store fuel, reducing potential risks. Plus the battery can be removed and replaced from the side to better protect the safety of the operators.
  • Reduced Carbon Footprint – Of course electric forklifts emit close to zero emissions, making them a much better choice for the environment.
  • Lower Routine Maintenance – generally electric forklifts will require less maintenance than traditional fuel powered counterbalance forklifts, with fewer components and engine oil, filters, coolant and ancillaries. They would also have no waste to dispose of.
  • Better Manoeuvrability For Smaller Spaces – due to the smaller chassis compared with engine forklifts, electric models can operate more effectively in really small facilities. They often have a smaller turning radius, ideal for narrow aisles.
  • Less Noise – there would certainly be a noticeable reduction in noise in the workplace, as an electric counterbalance forklift is very quiet when being operated, creating an improved working environment.


If you need more information of electric counterbalance forklift, I recommend you to visit Tailift Material Handling Taiwan Co., Ltd.


Tailift established in 1973 in Taiwan. With over 40 years’ experience in the research and development of Material Handling Equipment, they focus on product development and market expansion. On August of 2015, Tailift Material Handling Taiwan Co., Ltd. formally joined a new member of Toyota family. In the future, Tailift will develop a good quality forklift which meets Tailift’s customer needs. Get more details of counterbalance forklift, welcome to contact with Tailift.


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Do You Know What Advantages of CNC Tilting Tables Are?

If you want to get the most out of your machining center, tilt rotary tables are a great way to do it. These devices allow you to machine multiple sides of a workpiece without unclamping and reclamping it.

Tanshing CNC Tilting Table

CNC tilting tables can give your 3 axis machine full 4th and 5th axis capabilities at a fraction of the cost of buying a new machine. Options include:


  • Standard Tilt 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 Tilt Rotary Tables: This device is ideal for shops that only occasionally require tilting capabilities.
  • Compact Tilt 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 without having to unclamp, rotate and re-clamp the workpiece to access other sides.


The benefits of these capabilities are easy to see:


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


If you need more information of CNC tilting tables and more rotary tables, welcome to visit Tanshing Accurate Industrial Co., Ltd. – they are the professional manufacturer of specializing in CNC rotary tables and indexing tables. To get more details, please do not hesitate to contact with Tanshing!


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5 Advantages of Using a Pneumatic Impact Wrench

A pneumatic impact wrench is a handy tool for various home projects and automotive work. It creates a firm hold on an item, hence greater mechanical advantage. Some impact wrenches utilize electricity to operate while others can be manually operated. The pneumatic version uses compressed air. Perhaps you’re considering which type of wrench to purchase. Below are 5 benefits of using the air wrench.



You can enjoy increased efficiency in your work due to the high torque level of the pneumatic wrench. A wrench powered by compressed air gives more torque than one that uses electricity. The wrench delivers the air under extremely high pressure which yields a powerful impact. Higher torque levels are useful when you have to undertake heavy jobs. Even for ordinary jobs, with a pneumatic wrench, you need not exert yourself as much during work. It enables you to work both efficiently and quickly. This assures a satisfactory job outcome.



With the air wrench you’ll be able to undertake a wide range of activities. Most models have a flow regulator which allows air flow to be regulated in both directions. This adds to overall efficiency. The air compressor feature makes the pneumatic wrench a multipurpose device. You can use the air compressor to inflate various items as well as spray paint.


Ease of Use

The pneumatic wrench has a characteristic small size. It is also lighter than most other impact wrenches. This is partly because the power source of the pneumatic wrench is contained in the air compressor. However, the electric impact wrench has the motor and other components assembled into one bulky unit. The smaller, lighter tool allows you to work with more ease. You’ll experience less fatigue or muscle strains with the pneumatic wrench. The convenient weight allows you to work for long periods and not tire out easily. It also enables you to move around with greater maneuverability, especially where awkward angles are concerned. Due to its convenient small size, the wrench doesn’t take up much storage space.



The air impact wrench is a durable tool. It is also a low maintenance appliance. This is partly because it has fewer moving components than other tools. It also doesn’t have the motor feature characteristic of electrical tools. Instead it relies on an air compressor to power it. Tools with motors tend to have a high wear and tear rate especially when heavily used. This necessitates frequent repairs and replacements which add to overall costs.



Since the pneumatic wrench operates on compressed air, you needn’t worry about power supplies. Once you have the cylinder of compressed air you are well stocked for work. However, other tools can inconvenience you when you least expect it. Electrical tools, for instance, require power availability which may sometimes be disrupted. This renders you unable to work. Besides, compressed air is a cheap fuel for running tools compared to electricity or natural gas.


If you need more information of air wrench, I sincerely recommend you to visit Kspark International Ltd. – they provide kinds of hand tools, spray guns, impact wrenches, and much more products. To get more details, welcome to check out their website and feel free to contact with Kspark.


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