Injection compression moulding for the packaging industry The trend towards wall thickness reduction poses new challenges for companies in the packaging industry. For example, the margarine tub shown here has a wall thickness of only 0.4 mm and a flow-path-to-wall-thickness ratio of about 1:400. This means extreme demands on injection moulding production.Get more news about compression moulding machine,you can vist our website! For many applications starting at a ratio of 1:300, a consistently high part quality can only be achieved with the ENGEL coinmelt process (injection compression moulding). Further advantages of this technology: Thanks to the electrically driven clamping unit and its toggle lever design, the ENGEL e-speed injection moulding machine allows very fast and, above all, precise, short compression strokes - in this case, short means 3 mm. The parallel movements of the clamping and injection sides can be precisely controlled. This precise synchronisation of the compression stroke and injection profile makes it possible to combine ENGEL coinmelt technology with a stack mould, enormously expanding the range of applications for injection compression moulding. Recovering energy with the e-speed With the new e-speed 420 size with 4200 kN clamping force, ENGEL is further diversifying its product range in order to tailor the injection moulding machines and system solutions, even more precisely to the respective application in terms of maximum overall efficiency. The injection moulding machine combines: The innovative energy recovery system of the e-speed collects the braking energy of the platen movements. It then releases the stored energy back to the motor when the platens start to move again. The toggle lever is encapsulated. This ensures a particularly low lubricant requirement and meets the highest cleanliness demands. Therefore, the machines of the e-speed series meet the strict requirements of the food industry. Picture shows the hybrid high-performance injection moulding machine e-speed from ENGEL The e-speed is the hybrid high-performance injection moulding machine for the most challenging applications in the packaging sector. System solutions for a successful circular economy Mono-material packaging, like the margarine tub in our example, consists of the same material throughout, including the label. Therefore the tub, can be shredded at the end of its life, and the recyclates moulded into new products. ENGEL is one of the pioneers in the development of a circular economy for the plastics industry. As a result, the plastic content of many products produced on our customers’ injection moulding machines consists of one hundred percent recycled material. For example, die-cutting scrap, such as those resulting from label production for this margarine tub, are regranulated and processed into new injection moulded products on an ENGEL victory injection moulding machine. This establishes a process chain in the sense of a circular economy - an essential contribution to sustainability in production.

Benefits of our rubber compression molding machine? 1. High efficiency of the machine: The rubber compression molding machine is designed to produce large quantities of rubber products in a short time. The machine works continuously and produces consistent results. It can create benefits with 24 sales and non-stop wages.Get more news about double deck compression forming machine,you can vist our website! 2. We are cost-effective: Rubber compression molding machines are cost-effective due to their high productivity and low maintenance costs. They last longer and require less maintenance than other machines. 3. High quality equipment: The compression molding process produces high quality rubber products with excellent precision and accuracy. The final product is of consistent and uniform shape, size and quality. 4. Versatility: Rubber compression molding machines can be used to produce a wide variety of rubber products, from simple to complex shapes, sizes and designs. It can process different types of rubber materials, including natural rubber, silicone rubber, EPDM, FKM rubber, etc. Different silicone rubber molding machines can be selected according to different materials and shapes, sizes and weights. 5. Machine energy saving: Rubber compression molding machines are designed to run with the lowest energy consumption. The machine consumes less electricity and produces less waste, making it an environmentally friendly choice. We use servo motors to save electricity by 40%-50% 6. The machine is easy to operate: The machine is user-friendly with easy-to-use controls and an intuitive interface. Operators can quickly learn how to operate the machine and produce high-quality rubber products. There are automatic operation buttons and manual operation buttons to choose from.

Which Toploader Should I Use? For anybody new to the sports card collecting game it can be daunting trying to understand all the different sizes of cards and different sports card supplies.Get more news about 3x4 toploader manufacturer,you can vist our website! Don't worry, we've got you covered with our Toploader Size Guide! Need a good toploader size guide? Look no Further! Toploader Size Guide Before you even start using toploaders, make sure that you use penny sleeves for your cards before they go into a toploader. This prevents them from getting scratched. Toploader sizes come in two main dimensions. They’re extremely important to understand to ensure you’re buying the right toploaders for your cards: Toploader Thicknesses Sports card thicknesses are almost universally measured in ‘points’ or ‘pt’ for short. 1 point is the equivalent to 0.001 inches or 0.025 millimeters. Once you know the thickness of a card or cards you want to store, you can determine the exact toploader size you’ll use to secure your sports card safely.The most common toploader size thickness is 20pt. There is a large variety of different sizes which are commonly 55pt, 75pt, 100pt, 120pt, 130pt, 180pt and 360pt. You can find a printable Card Thickness Point Gauge here which is the ultimate toploader size guide. You can print it and have it on hand to instantly find the thickness of your cards to find out the perfect toploader size. Toploader Thickness Guide Below list a list of common sports card series and sizes to work out the perfect toploader size to use :- 1 Regular Card = 20-35 point – Use a 35pt holder (also called regular card holder) – i.e. NBA Hoops, NBA/NFL Prizm base cards 3 Regular Cards = 55 point – Use a 55pt holder (also called thick holder) i.e. MLB Bowman Chrome Autos 4 Regular Cards = 70-75 point – Use a 75pt holder (also called extra thick holder) i.e. jersey patch autos 5 Regular Cards = 85-90 point – Use a 100pt holder (also called game used size or extra thick holder) i.e most NBA/NFL patches 6-8 Regular Cards = 110-130 point – Use a 130pt holder (also called memorabilia size or real thick holder) i.e. NBA/NFL Rookie Patch Autos and Patches, High end products like National Treasures, Flawless 9-12 Regular Cards = 180 Point – Use a 180pt holder (also called super thick holder) i.e. NBA/NFL Rookie Patch Autos and Patches (generally /25 or less) from high end products like National Treasures, Flawless 13-24 Regular Cards = greater than 180 Point – Use a 260pt or 360pt holder. Now you hopefully have a better understanding of toploader size and thicknesses. Please remember, make sure you’re using penny sleeves for your cards before they go into a toploader.

A Top To Bottom Guide on Toploaders As collectibles become more, well, collectible, the myriad methods for keeping those precious pieces of paraphernalia clean and undamaged have evolved. But even as the technology for card sleeves, binder pages, and acrylic cases has improved, some of the classics persist to this day. And such is the case with Toploaders, the absolute gold standard for protecting cards and collectibles.Get more news about toploader holder manufacturer,you can vist our website! Toploaders are the gold standard for protection of paper collectibles, so much so that most grading companies (like PSA or Beckett) require Toploaders for any shipments coming in for grading. You’d be hard pressed to find any gaming store worth their salt without a few prized possessions residing in top loader-style card holders, either in a glass display case or slated in longboxes behind the counter. Ultra PRO has been the go-to brand for collectible accessories for 70 years for good reason: the consistency, durability, uniformity, and beauty of all of the things we make. And our lines of Toploaders and Toploader accessories specially designed to protect thick cards and collectibles are no different. What Are Toploaders? Toploaders are durable, rigid or semi-rigid plastic card cases that are engineered to enclose trading cards in order to keep them clean and protected from the elements while preventing most types of damage. While “penny sleeves” might prevent some dirt and smudging, a thin layer of pliable plastic will not stand up to the more aggressive wear and tear a card might face in its lifetime. Even storage in a longbox for an extended period of time will lead to some amount of exposure to hazards like dust, and usage of Toploaders significantly minimizes that risk. Toploaders operate like very skinny topless boxes, almost like an ammo box without a lid; they have thin but flat sides so as to not damage the cards slid into them, and are most often made from PVC rather than flimsy floppy plastics for even better armor protection. How Toploaders Protect your Collectibles Toploaders offer protection in a few simple but important ways. The first is the strong and relatively thick barrier it provides to the front and back of the collectible. Rigid or semi-rigid plastic offers greater protection from outside elements. In addition, the edges provide a safe housing for the corners and edges. Finally, the durable makeup of the PVC prevents most outside microparticles like dust and dirt. What is the difference between Sleeves and Toploaders? Both trading card toploaders and protective sleeves have an important role to play in the security and safety of your card storage. A toploader provides an outer layer of protection thanks to a semi-rigid or rigid PVC construction, while a traditional protective sleeve is made of much lighter and more flexible plastic. Both feature in protecting standard size cards, with the soft sleeves inside the hard exterior toploader providing two layers of protection. Additionally, toploaders tend to be slightly larger than standard protective sleeves; a traditional soft sleeve will formfit to sports trading cards or gaming cards, while Ultra PRO toploaders can most often be found in 3”x4” size. Sleeving with Thick Toploaders is a MUST! In much the same way an armored knight needs a gambeson or a boxer tapes their knuckles, it is recommended to protect the card while it is inside the Toploader as well. To that end, it is recommended that collectors slide their precious cards and collectibles into a protective sleeve, like a penny sleeve or another polypropylene sleeve, first before sliding them into their Toploaders. This methodology not only prevents the card from coming into contact with the acidic PVC, which can rub against the card and yellow over time but it also adds an additional layer of protection against dirt, dust, and grime that can occur when in storage or simply when sitting on a shelf waiting for the right buyer. What Size Toploaders Are There? The most regularly used Toploader on the market today is our aptly-named Regular Toploader, which is made with 305 micron clear PVC with hand-glued edges. This is the industry standard, and has been the Toploader used by generations of collectors for everything from baseball cards to ticket stubs. Ultra PRO’s Regular Toploader is a product that has been entrusted by thousands of collectors worldwide, and will keep your cards pristine for decades. One rung up in prestige is Ultra PRO’s Premium Toploader; 381 microns and featuring even clearer PVC, Premium Toploaders are just that much more improved on the technology. These Toploaders are slightly thicker and therefore have a different feel than the Regular Toploaders. Recommended for higher-end collectibles, these Toploaders are ready to stand up to stringent testing and most anything a collector would throw at them. The next evolution is the Ultra PRO Platinum Toploader, which builds upon the technology of the Regular and Premium versions but adds even further in their production quality for maximum clarity. On top of that improvement, these 356 micron thick Toploaders also improve on the edge technology for improved longevity, featuring glue-free casted sealings and a smoother outer edge than their predecessors. These Toploaders are truly the pinnacle of protection available for your precious collectibles. Finally, the most specialized member of the Toploader line of products at Ultra PRO are the Specialty & Oversized Toploaders. Similar in build to the Regular Toploaders, featuring 305 micron thickness and the tried-and-true seams and edges, these Toploaders can be ordered in larger sizes for things like Pokemon cards, ticket stubs, Planechase or Vanguard cards from Magic: The Gathering, K-Pop photos, maps, flags, pennants, comics, currency, magazines, autographed photographs, or even old wedding invitations!

Ellumiglow Introduces New Electroluminescent Wire System Electroluminescent Wire (or EL Wire for short) has become a popular thin illuminated cable since the early 2000s. With the insurgence of Electronic music and popular acts like Daft Punk and MIA using the technology, EL took off as the sole evenly illuminated cable of the new century. However it reached its ceiling about a decade later as the technology had numerous disadvantages which caused issues among industry professionals. This also delayed the wide adoption of the product to date. Laser Wire™ cable is the next generation of EL Wire and already on path to change the perception of thinly illuminated lighting devices.Get more news about Best Price Luminous Wire Cold Light Wire El Luminous Wire,you can vist our website! To appreciate the advantages of Laser Wire™ systems, it helps to take a step back and understand where EL Wire struggled. The relative brightness threshold for Electroluminescent devices was always a problem for multiple industries from the start. While EL looks great at night, many applications in retail, stage performances, video or film production, safety, wayfinding and more did not allow for the product to be seen for most lighting conditions. While new brighter phosphors were introduced in the marketplace in the mid-2000s, EL products were not able to increase the brightness past ~300cd/m. The second main disadvantage of EL Wire is the actual composition of the wire. Because it relies on a copper core wire to deliver the voltage and frequency evenly across the wire, this composition sacrifices mobility. Because EL wire requires a single core wire, the wire holds a memory and has some rigidity to it, making it fine for signage and permanent applications, but not suitable for wearables or safety. The third major disadvantage of EL Wire revolves around reliability. Because there are a number of factors that account for the success of the product; operating and storage conditions, delicate balance of voltage and frequency, minimal UV exposure, minimal bending or flexing, secure connection and properly sealed jacketing all require the right conditions to make EL Wire operate consistently. Assuming all these factors go into play, Electroluminescent devices still have a relatively short lifespan, approximately 4-6k hours. When the wire goes out, the entire line needs to be replaced, whether in a permanent installation or display. The last major factor why EL has been slow to be adopted among industry professionals is the way EL receives its power. An inverter needs to take DC power and convert to AC along with a usable frequency, typically around 400-1000Hz. This high frequency is generally in our audible range and caused the user to hear the high pitched noise from the inverter location. This was especially detrimental in music performances, museums or retail spaces and easily one of the largest downfalls of EL Wire. Laser Wire™ systems on the other hand have addressed each of these issues and aims to change the way illuminated cable is seen. Rather than light coming from a heavy voltage or high frequency, Laser Wire™ cable gets its glow from a specialized laser module that is installed on either end of the wire, and shines light down a tube, similar to an optical fiber. The main difference is the tube is bouncing light back and forth at the nano-particle level, and has a far better light efficacy compared to fiber optic lamps. The high brightness of Laser Wire™ is able to be seen in numerous lighting conditions, most importantly in trade show environments and retail spaces. Compared to EL, the brightness of Laser Wire™ is 4-10 times brighter, all while measuring under a millimeter in diameter. Because there is no metal core wire, Laser Wire™ cable is extremely flexible, more similar to a wet spaghetti noodle than a wire. This makes it ideal for wearables, stage performances, safety and outdoor gear. Because no phosphor is used which can degrade like EL, the actual wire can last almost indefinitely. If the laser module happens to go out after a period of time, the entire line does not need to be replaced. Simply disconnect the module and replace with a new one. This is especially useful if changing colors of the display or wire was useful for holidays, or other reasons. Thanks to some new age circuitry, the design of the Laser Wire™ system operates completely silently, thus making it suitable for nearly any industry.

The Best Face Masks for Glowing Skin It’s old news that all work and no play makes you dull—or vice versa. Sadly, the first sign of neglect is the hardest to hide: your skin. Long-term improvements like hydrating, exfoliating, eliminating toxins, and dietary changes are crucial, but results take time. So, if life has caught up with you, how do you hide the evidence? Face masks are a great addition to beef up your skincare routine, and they’re no longer just a women’s beauty product. Face masks are for everyone.Get more news about Glowing Mask Glowing Glasses,you can vist our website! The best face masks for glowing skin will be free of pollutants like synthetic dyes, parabens, and phthalates. They’ll also nourish your skin with naturally-sourced ingredients from minerals, plants, and fruits. The ideal mask for you is an individual choice. It will depend on everything from your time constraints to the climate you live in, as some common active ingredients will make your skin sensitive to sunlight. You will also want to research which masks can target your other skin concerns. Blu Atlas’s Purifying Face Mask is a reliable all-rounder that purifies, exfoliates, and enhances cleansing, making it the best face mask for glowing skin and a great choice if you have multiple skin concerns. All Blu Atlas products use natural ingredients, so your skin won’t be polluted or irritated with synthetic preservatives or dyes. Four main ingredients combine to help you keep your skin fresh, clear and bright with minimal fuss. Kaolin clay and charcoal absorb toxins and oil, purifying skin and clearing the pores, while goji berry extract and algae extract are rich in vitamins, minerals, and antioxidants to even out the skin tone. To get the most from your product, always apply it to freshly washed skin, so more ingredients are absorbed and the clay mask can purify toxins. For further benefits, you can even save 20% on all Blu Atlas products when you subscribe. Skin with signs of aging and congestion will benefit most from this exfoliating mask, which is rich in naturally-derived pumpkin extract and other natural ingredients, such as radish root ferment. Enzymes in the pumpkin extract exfoliate, while natural Alpha Hydroxy acid chemically peels the skin and natural minerals, such as aluminum oxide, add polish. This mask is left on for three to seven minutes before rinsing, so it won’t take a massive chunk of your time. However, use the shorter recommended time if your skin is sensitive. As you’d expect, the best face masks for glowing skin are made by someone who understands. In fact, Peter Thomas Roth first developed his skincare products 30 years ago for his own acne and acne scarring. Plus, Peter Thomas Roth products are not tested on animals. This popular mask is an ideal solution if you have scarring or sun damage that’s discolored your skin. It clears the complexion, nourishes, exfoliates, and reduces the appearance of discoloration, all without stripping your skin of moisture. Better yet, it’s multi-purpose, so it can also be used as a quick exfoliating face scrub. Bamboo stem extract exfoliates the skin, helping it to absorb the other active ingredients, such as Niacinamide, which fades discoloration and adds nutrients. Fruit oils and natural antioxidants derived from Vitamin C also protect and brighten the skin. This product is best used in the evening with Cosmedix Simply Brilliant 24/7 Brightening Serum. If dark spots are stopping your skin from glowing to its full potential, Ofra Peptide Brightening Mask is for you. Vegan and 100% cruelty-free, its active ingredients are suitable for normal, oily, or combination skin, as it absorbs unwanted oils while still returning moisture to the skin. Among the natural ingredients are lady’s mantle and lemon extract, while hyaluronic acid hydrates and kinetin reduces pigmentation. It’s also fragrance-free, so it won’t clash with other products. Use it for ten minutes twice a week for best results, and if there are dark spots on your body, try using it on those, too.

PERFORATOR develops automated friction welding machine for drill pipes The summer is hot at PERFORATOR: in July the Walkenrieder company commenced production of its brand new robotic tube handling system with a friction welding machine for drill pipes.Get more news about Cuber Perforator Machine,you can vist our website! Automated loading and unloading The new installation was assembled and installed on site during the past 10 months, in close cooperation with several providers. Special features include the automated loading and unloading system made up of individual separating and conveyer systems and two robots that allow a more flexible use of the friction welding machine. Set-up and teach times have been reduced and the loading system obtains its data automatically from the controls of the welding machine. In addition, the tact times could be lowered. Higher flexibility, higher competitive advantage Thanks to its new machine, PERFORATOR is now able to produce even the largest drill pipes with friction-welding, which is more efficient than the traditional arc welding technology. Even drill pipes and augers from 40 up to 220 mm can now easily be friction welded, and also, if required, position-oriented between both cutter heads and connections. Besides more flexibility and shorter set-up times, these were key criteria to ensure that the company could also produce its flow of smaller and medium-sized batches more economically. With this investment, PERFORATOR has enhanced its competitive position, particularly in the drill pipes industry. The company continues to strengthen its market position and expand its portfolio in response to the increasing demand for drill pipes and augers.

Plastic Recycling Is A Dead-End Street Most plastic simply cannot be recycled, a new Greenpeace USA report concludes. Circular Claims Fall Flat Again, released today, finds that U.S. households generated an estimated 51 million tons of plastic waste in 2021, only 2.4 million tons of which was recycled. Get more news about Plast Recycling Maskine,you can vist our website! Most plastic simply cannot be recycled, a new Greenpeace USA report concludes. Circular Claims Fall Flat Again, released today, finds that U.S. households generated an estimated 51 million tons of plastic waste in 2021, only 2.4 million tons of which was recycled. The report also finds that no type of plastic packaging in the U.S. meets the definition of recyclable used by the Ellen MacArthur Foundation’s New Plastic Economy (EMF NPE) Initiative. Plastic recycling was estimated to have declined to about 5–6% in 2021, down from a high of 9.5% in 2014 and 8.7% in 2018. At that time, the U.S. exported millions of tons of plastic waste to China and counted it as recycled even though much of it was burned or dumped. By EMF NPE standards, an item must have a 30% recycling rate to receive the “recyclable” classification. Two of the most common plastics in the U.S. that are often considered recyclable – PET #1 and HDPE #2, typically bottles and jugs – fall well below the EMF NPE threshold, only achieving reprocessing rates of 20.9% and 10.3%, respectively. For every other type of plastic, the reprocessing rate is less than 5%. While PET #1 and HDPE #2 were previously thought of as recyclable, this report finds that being accepted by a recycling processing plant does not necessarily result in them being recycled – effectively negating the recyclability claim. Lisa Ramsden, Greenpeace USA Senior Plastics Campaigner, said: “Corporations like Coca-Cola, PepsiCo, Nestlé, and Unilever have worked with industry front groups to promote plastic recycling as the solution to plastic waste for decades. But the data is clear: practically speaking, most plastic is just not recyclable. The real solution is to switch to systems of reuse and refill.” According to the report, which is an update to a 2020 report, mechanical and chemical recycling of plastic waste fails because plastic waste is extremely difficult to collect, virtually impossible to sort for recycling, environmentally harmful to reprocess, often made of and contaminated by toxic materials, and not economical to recycle. Ramsden said: “Single-use plastics are like trillions of pieces of confetti spewed from retail and fast food stores to over 330 million U.S. residents across more than 3 million square miles each year. It’s simply not possible to collect the vast quantity of these small pieces of plastic sold to U.S. consumers annually. More plastic is being produced, and an even smaller percentage of it is being recycled. The crisis just gets worse and worse, and, without drastic change, will continue to worsen as the industry plans to triple plastic production by 2050.” Ramsden continued: “We are at a decision point on plastic pollution. It is time for corporations to turn off the plastic tap. Instead of continuing to greenwash and mislead the American public, industry should stand on the right side of history this November and support an ambitious Global Plastics Treaty that will finally end the age of plastic by significantly decreasing production and increasing refill and reuse.” Over 99 percent of plastic is made from fossil fuels, and as big brands continue their addiction to this harmful material, they are fueling climate impacts and jeopardizing communities in the name of profits. All over the world, communities of color face disproportionate health impacts from the plastics industry, whether through incinerators, landfills, petrochemical facilities, polluted waterways, or the harmful plastic packaging pushed on communities. The report urges companies to take several additional steps to mitigate the systemic problems associated with plastic recycling, including phasing out single-use plastics, committing to standardized reusable packaging, and adopting a Global Plastics Treaty to help set international standards.

Porcelain Super Slim 5.5mm Slab Tiles What is a Super-Slim porcelain tile? Super Slim or "Thin-Body" porcelain tiles are light weight but extra-strong and require significantly less material and energy to produce than an equivalent standard thickness porcelain tiles which makes them easier to handle and kinder to the environment. Thin porcelain tiles can make a significant contribution to best practice in sustainable design.Get more news about Thin Porcelain Tile,you can vist our website! Are thinner tiles more likely to break than standard porcelain tiles? No, in fact, Super Slim Tiles have been independently tested to be more than twice as strong as equivalent standard porcelain tiles. This is due to the high quality materials used to make Super Slim porcelain tiles and the manufacturing process. Ordinary porcelain tiles are produced using an extrusion manufacturing process where as Mona Lisa 5.5mm Super-Slim tiles pressed under 16,800 tonnes deliver highest density, toughest and most break-resistant product in its class. The advanved technology manufacturing process translates to superior physical characteristics generally including reduced water-absorption, more weather-resistant and dimensional more accurate with size variance of +/- 1mm. Are Super-Slim porcelain tiles suitable for walls and floors? Yes, Mona Lisa 5.5mm Super Slim Slab Tiles are suitable for use on both walls and floors. They have been tested for slip resistance using the more accurate pendulum test and values for all tiles and finishes are available upon request. Do Super-Slim tiles comply with current Australian building and safety standards? Yes, all our porcelain tiles are rigorously tested and comply or often exceed current standards. Data and detailed test results can be provided upon request via our contact us page. Can Super Slim tiles be used out doors? Yes, these tiles will not fade in direct sunlight and are resistant to heat and frost. Our porcelain tiles may be used for patio’s, gardens and even to clad the outside of buildings. Furthermore, the incredibly low water absorption rate of our ultra-thin porcelain tiles means that they are suitable for use in swimming pools and wet areas. Keep in mind that all tiles intended for use on floors should have a slip resistance of at least 36 or greater. Are Super-Slim porcelain tiles suitable for use with underfloor heating systems? Yes, porcelain tiles are a great conductor of heat and Porcel-Thin tiles are perfectly suited for use with both wet and dry underfloor heating systems. Being ultra-thin, our porcelain tiles allow underfloor heating systems to heat up faster and require around a third less energy to reach working temperature, improving the response time of your heating system and saving you money. Can Super-Slim tiles be installed over existing tiles? Yes, providing that the existing tiles are sound and are adequately bonded to the wall. The tiles must be clean and free from contaminates and a suitable priming agent should be applied to the existing tiles prior to over tiling. Is it possible to order samples of Super-Slim porcelain slab tiles? Yes, samples are available via post however these are small cuts and not representative of of the overall product due to the nature of marble stone faces. We highly recommend visiting our main showroom located in Doveton, Victoria. Due to the size and weight of large slab panels we recommend interstate customers contact us to discuss delivery options. Currently, we deliver throughout Victoria and offer shipping for commercial projects located in NSW and QLD.

S205-II - 20 mm Opposed Gang Tool CNC Lathe The Tsugami S205-II is an enhanced, 20mm 5-Axis Opposed Gang Tool Swiss Type CNC Lathe. This machine is suitable for variable volume production with a wide range of capability. Its modular tooling layout can feature up to 16 different live tools, delivering increased capability and rapid changeover times.Get more news about Precision Swiss Lathe,you can vist our website! The S205-II CNC Lathe delivers a great deal of capability and brings Swiss turning speed, accuracy and reliability to the shop floor. The Tsugami S205-II CNC Lathe is chucker CONVERTIBLE and may be run as a traditional sliding headstock Swiss Turn using the guide bushing or run without the guide bushing with the addition of an optional chucker kit. When run in chucker mode, the CNC lathe can use drawn bar stock instead of centerless ground stock, dramatically reducing remnant size and increasing shop flexibility. Tsugami America offers a range of Swiss-type Automatic CNC Lathes, Turning Centers, Vertical Machining Centers, Horizontal Machining Centers, Multitasking, and LaserSwiss Machines through our North American distribution network. Allow our dedicated team of sales engineers, application engineers, and customer support experts to partner with you to provide the best solutions for your toughest manufacturing challenges. Tsugami offers a wide range of Swiss Type Automatic Lathes with opposing gang tool configuration, from a basic Swiss Turn Lathe to a sophisticated Turning Center offering a full spectrum of advanced capabilities: milling, drilling, tapping, and thread whirling just to name a few. Eliminate secondary operations while maintaining industry leading precision. Tsugami combines the precision of traditional Swiss Turning using gang tooling with the flexibility of an indexing turret tooling in these productive turning centers, which are ideal for machining complex shaped workpieces in a single set-up. Front and back tool posts offer flexible tool options, turret capability delivers Y-axis capability. Tsugami presents a range of Swiss Type CNC Automatic Lathes with the additional functionality of live tools mounted on a B-Axis. This unique configuration enables you to produce contoured and sculpted parts in a single setup while still maintaining the accuracy only obtainable with precision Swiss turning. Modular tool zones and live cross and face tools combine to give you unsurpassed capability. Certain models are also convertible with an optional chucker kit.