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Ping Rapture v2 Irons Green Dot Review

New product in 2009-PING Rapture V2 irons adopted multi-material for its core part including stainless steel (shaft),g15 driver titanium (clubface), tungsten (sole increased weight) and synthetic rubber (groove insert). The most outstanding feature of this iron series is its higher launch angle, so Ping designers can create more advantageous face angle. The result is further hitting distance.

Ping designer Brad Schweigert said the hitting distance provided by Rapture V2 long irons and medium irons is 7 to 10 yards further than G10 irons. Comparing PING Rapture V2 irons with G10 irons released before, it seems that most golfers prefer to irons with longer hitting distance. But this is not the fact. With the increased hitting distance, there appears another problem for golfers.g15 fairway wood That is distance control. So although PING Rapture V2 irons can let ball fly like a rocket, it is hard to say that professional golfers or amateur players of low handicap will choose this PING Rapture V2 irons with lightweight titanium face. Compared with thicker and heavier steel-made face irons, the irons with thinner and lighter titanium face can provide freer swing but are not good at distance control.g15 hybrid So, as Cutting Inserts the replacement of S58, S57 is mainly aimed to high-level golfers who always need to ensure accurate hitting distance. The chief designer of this product is the champion of earlier PGA tour Mike Nicolette. He adopted classical stainless steel blade design and embedded tungsten insert in toe. According to Ping, S57 has MOI which is 5% higher than S58, which means higher stability, better consistency and higher repeatability. All of these are needed by a excellent iron.

The new spokesman of Ping Hunter Mahan highly praised these new released irons. He got 62 shots in his first round on Barclays Championship with these new PING Rapture V2 irons. He said: "It is easy to control the ball with these irons."

With the development of golf, more and more people love this sport, at the same time, they are eager to join it in. In order to get a higher score, you should make sure APMT Insert that you have the right equipment. However, how to find the right one that fits you most is not easy,golf store at this moment, maybe http://www.usmadegolf.com/ can give you a hand. What's more, every golfer's body and swing are unique to that individual and that's what http://www.cheapgolfdriver.com/ is all about. People who play golf must know golf equipment is a very important club, so this golf site will provide you the best golf set that you need.

The http://leanderfit.mee.nu/ Blog: http://leanderfit.mee.nu/
# by samuelchri | 2024-02-27 10:47

Different Types of Cardboard Boxes and Their Uses A Comprehensive Guide

You might have searching for the best type of packaging material for wrapping your e-store products. If we are right, you are at the right place, as today's article is all about sharing some valuable information about cardboard packaging and its various types. To help you take a step forward, we will also discuss some uses of each of these types of cardboard boxes.

Yes, cardboard boxes are not of a single type, rather it is of many types, each serving a specific role. Simply, not every type can help you get all packaging benefits-but different types are meant for serving different purposes. Thereby, to help you put your fingers on the right type, it is essential to know the nitty-gritty of each type. So, read the content till the end and give your business a boost.

Instead of directly jumping onto different types, it's better to defined cardboard boxes first.

Cardboard Boxes- A Brief Introduction:

To make it simple, cardboard is specifically a type of paper, usually made in single or multi-layers, often used in packaging. The multi-layers or flute layers make the material ideal for bearing heavy loads and saving the product inside it from all environmental stresses such as humidity, rainfall, and high heat exposure.

To make a box with this type of durable paper, you need to use long sheets and turn its sides to make a box. The top of such boxes usually has a flap that folds to seal the material inside, and the bottom consisting of four parts lock together to close it from the downside.

Generally, the simplest form of cardboard boxes do not have any window to look inside- but if you wish to have it, you can create it on the top without changing its overall style and layout. Additionally, small boxes are frequently customized; rather, the large boxes' customization is not as frequent. To know more about such boxes, read the following section describing all their types and some of their uses.

Different Types of Cardboard Boxes:

1. Paperboard Boxes:

It is also a type of paper often used to make boxes or other packaging material that can commodities products for both industrial and commercial settings. It is an entirely different form of packaging material that can hold any lightweight and small-sized items such as cosmetics including lipsticks as well as Mascaras. Furthermore, it is the best type that is offered in great design and style options, such as custom cardboard boxes.

Other than that, many other industries such as pharmaceutical, food industries, and apparel can also use it to pack light and small products.

2. Corrugated Cardboard Boxes:

It is the type of material known for exporting and shipping large or heavy-height products such as the one used for shipping refrigerators, generators, air-conditioners, and many more. To help retailers and manufacturers of such luxurious items, corrugated cardboard boxes are made of multi-layers. These multi-layers are usually assembled by keeping the flute layer sandwich between the two layers, called liners. These multi-layers give the box strength and increase its load-bearing capacity by many folds. However, other than this three-layer composition, multiple three layers manufacturing of the corrugated boxes is also possible which makes it stronger naturally.

3. Corrugated Cardboard Fluting:

Corrugated cardboard fluting packaging material also comprises a fluting layer, hence, its name includes the term fluting.CNC Inserts Flute simply refers to turning a simple or plain sheet of cardboard into a zigzag pattern, by passing through several fluting technologies. The presence of such layers gives it structural stability and makes its deal for ensuring protection for the product. Its different types include the A-flute, B-flute, C-flute, D-flute, and E-flute. It's ideal for transporting surgical instruments, laboratory equipment, and other heavy items.

4. Corrugated Box Layers:

It is a corrugated box containing several layers that can vary greatly; simply, you can use simple paper or flute materials depending on your specific product requirements. Examples of these types of material or custom cardboard boxes include single-walled, double-wall, and triple-walled. A single face board consists of only one layer of Carbide Inserts paperboard stuck to one side of the corrugated fluting. Double-walled includes three layers of paperboard and two layers of corrugated fluting. Lastly, the triple-wall corrugated box has four layers of paperboard covering three layers of fluting. From shipping electronic gadgets to making moving houses, corrugated box layers have their application everywhere.

5. Wax-impregnated Boxes:

Wax-impregnated boxes are packaging materials offering heat-resistant properties by covering them with waxy or oily layers. This packaging is specially designed for products sensitive to moisture or humidity, such as matchstick boxes and chips packaging. This waxy layer also protects the items from losing their heat or getting cold (such as burgers and pizza boxes) and add up to 15% strength to the packaging material. It's a bit expensive, but have a number of applications in the food beverages, and healthcare industries.

6. Honeycomb Cardboard:

It is usually a less common type of material that comprises several layers of corrugation extended throughout its length. Cardboard Boxes Manufacturers make it to fill the empty space of packaging or transportation of the material to a certain place. Despite many applications, people often know this type of material as a product protector while covering long distances.

7. Matboard:

It refers to the heavy paper-based packing substance that we often see in picture frames and other artwork holdings. Some of its different types include Standard matboard, black core, color core, white core, and conservational board.

8. Grey Paperboard and Grey Cardboard:

Last but not the least type is the Grey paperboard and Grey cardboard boxes. Here, Grey cardboard helps industries pack their products; whilst, Grey cardboard is useful in making book bindings and tough packing material. Simply, the difference between the two is the thickness.

Final Thoughts:

Hopefully, after knowing the uses and types of this particular type of packaging-the cardboard, you might have made up your mind to select the best one depending upon the nature of the product. If we guess it right, we can also foresee that you are thinking about how to buy cardboard boxes. My Box Packaging is the trusted voice of the US nations, you can also trust them and get all your packaging problems resolved.

The CCGT Insert Blog: https://ccgtinsert.bloggersdelight.dk
# by samuelchri | 2024-02-20 13:22

Coolant Fed Live Tools Increase Life in High Cycle Operations

Live tooling often features a sealed-bearing design to prevent coolant from entering the grease packing, but live tooling from Cincinnati, Ohio-based Planet Products uses the exact opposite approach. In fact, coolant is fed directly to the bearings to prevent overheating and tool failure during high-volume, lengthy-cycle CNC turning operations.

“If a shop produces items with long cycle times or high volumes, then thermal growth will usually occur in the toolhead,” explains Mike Thompson, lathe supervisor at Micro-Tronics (Tempe, Arizona). “This is because the sealed bearings in the toolhead tend to overheat during continuous use or under heavy loads, and that can cause serious problems.” Mr. Thompson says, Micro-Tronics’ precision machine shop has experienced a variety of sealed-bearing-related problems in the production of metal valves and related products for the aerospace and automotive industries. Among these problems was thermal growth, which caused offset deviations that adversely affected workpiece tolerances. In another instance, metal chips entered the toolhead after the bearing seal had failed.

To eliminate these issues, Micro-Tronics acquired a coolant-fed toolholder from Planet for each of its new Okuma LB300 lathes. Planet’s live-tool design for turret lathe applications uses a continuous flow of filtered machine coolant to lubricate and cool the bearings, reducing thermal growth. Unlike conventional bearings, coolant-fed bearings do not rely on seal integrity or the lubricant packing to operate normally in high-capacity conditions, the company says. Instead, the filtered coolant that externally cools and lubricates the live tools and workpieces flows through the tool to keep the bearings cool and maintain accuracy. Mr. Thompson adds that the coolant washes metal chips and other contaminants away from the bearing assembly before they cause damage. By keeping bearings cool and free of debris, the shop was able to increase tool life, and thus, increase productivity.

Another way that shops can increase productivity in high-capacity applications is by increasing production speed. Low-cost overseas competition makes this an especially important goal for Buku Performance Products, a small manufacturer of aftermarket components for radio-controlled vehicles. Dave Maslar, CEO of the Gambrills, Maryland-based business, turned to Planet to find a solution that could improve aluminum-cutting productivity on the company’s Puma 240 MB turret lathe from Doosan.

Cycle time for that aluminum component was approximately 6.5 minutes, more than four of which were occupied by cutting deep slots with a 3/32-inch end mill, Mr. Maslar explains. “The live-tool turret on my machine is limited to 5,000 rpm. That was the limiting factor for the time it was taking to process these components,” he says. To increase efficiency, Buku adopted Planet’s line of “speeder” over-speed heads, which feature a gear-up ratio that enables the tool to spin faster than the turret drive. For instance, a user with a 4,000-rpm turret could potentially increase turret speed to 12,000 to 15,000 rpm with a sped-up ratio. At Buku, the over-speed head reduced cycle time by more than 2 minutes. Even though the cycle time placed a heavy demand on the tool, reliability and accuracy were maintained, Mr. Maslar says.

The over-speed heads also feature coolant-fed bearings to reduce tool failure. “The bearings are running fast, and they are running for a long time,” Mr. Malsar says. “But having the coolant lubricate the bearings eliminated any concerns we could have had regarding overusing the live tool for that amount of time.” He adds that externally lubricated and cooled bearings can have tighter tolerances, which TCGT Insert improves the runout characteristic of the bearing. Even though there is an upper limit to how tight the bearing tolerance can be if the tool is run for a long time, he attributes significant runout improvement to the active, external cooling and lubrication of the bearings in the tool head.

“That is a very important result because I’m running a 3/32-inch, three-flute end mill, and the feed per revolution is distributed among three cutting teeth,” he explains. Even the slightest bit of run-out can cause one tooth to substantially over-cut, wear faster and fail more quickly than it should. From a tool cost perspective, that might not be a big deal, he says, but from a production downtime standpoint, that can be very expensive. “So far, we’ve not broken one end mill, and that reflects cutting times deep hole drilling inserts of 20 to 30 hours on a single end mill.”

While Buku cuts aluminum, Mr. Maslar says that shops that cut very hard materials should have an even greater appreciation for the tool runout improvements because runout is usually a significant issue in pushing the limits of a hard milling operation. 

The Carbide Turning Inserts Blog: https://blog.goo.ne.jp/jeromephoe
# by samuelchri | 2024-02-18 11:29

Vertical Turning Lathe for Large, Heavy Parts

Methods Machine Tools’ high-performance Feeler FVT-600 vertical turning lathe is designed for machining large, heavy parts such as those used in the aerospace and power-generation industries. The lathe is available in right-side and left-side versions so that automation can be stationed between lathes for high-volume production applications.

Heavy-duty roller-type linear guideways provide increased rigidity when making heavy cuts, and precision ballscrews directly coupled with AC servomotors minimize thermal deformation and vibration. A high-precision, high-rigidity spindle is supported by two double-row cylindrical roller bearings and duplex angular thrust bearings, enabling heavy cutting in both radial and axial directions. Coolant flushes chips to an extra-wide deep hole drilling inserts conveyor for immediate evacuation.

The lathe features a 12-position turret and offers an X-axis travel of 12" (305 mm) and a Z-axis travel of 25.6" (650 mm). Spindle speeds range from 50 to 2,000 rpm on the standard 15" (381-mm) chuck size and optional chuck sizes including 18" (457.2 mm), 21" (533.4 mm) or 24" (609.6 mm), providing a high metal removal rate of 24 m/min. The machine offers a footprint of 134" × 71" (3,400 × 1,800 mm) with a maximum turning diameter of 23.6" (600 mm) and maximum turning length of 25.6" (650 mm). Maximum workpiece weight is 2,205 lbs (1,000 kg). A FANUC 0i-TD control is Machining Inserts standard and available in a swiveling control box.

The Carbide Inserts Blog: https://carbideinserts.bloggersdelight.dk

# by samuelchri | 2024-02-02 11:47

Sandvik Cormant Introduces Lightweight Milling Tool

Sandvik Coromant is expanding its milling line with the new CoroMill MF80 for automotive milling applications in ISO K and ISO P materials in close to 90° operations with fixture constraints.

Based on a technology platform similar to the existing CoroMill 345, this new milling tool is said to offer a 40% lighter cutter body with shim protection and a high number of inserts for secure and stable machining, even in vibration-prone overhang Tungsten Carbide Inserts applications. The 89.5° approach angle enables the multi-edge cutter to work close to the fixture, which improves machine utilization and is said to ensure a longer tool life with less scrap.

The inserts have eight cutting edges, chip protection and optimized micro geometry for better security and chip evacuation, as well as a wiper edge for a superior surface finish. The cutting edge is inclined for smooth cutting action and Indexable Inserts low cutting forces, making it ideal for thin-walled components and machine setups with limited stability.

In a roughing shoulder milling performance test with a competing brand, the CoroMill MF80 reportedly showed 67% increase in tool life, boosting overall productivity. The shim protection and high number of insert edges lowered cost per part in this roughing application.

The Milling Inserts Blog: https://millinginserts.seesaa.net/
# by samuelchri | 2024-01-30 14:45