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Freudenberg Medical expands medical manufacturing capacity in China

By : PlasticsTodayFreudenberg Medical ChinaFreudenberg Medical, a global developer and manufacturer of medical devices, components and minimally invasive devices for the medical technology industry, has announced a 1,200-square-meter expansion of its medical manufacturing operation in Shenzhen, China. Six hundred square meters have been added to the cleanroom, allowing for the addition of 10 injection molding machines; extra space also has been allocated for a new tool room and warehouse operations. The new cleanroom is certified to ISO 14644-1 and the FDA-registered facility is certified to ISO 13485. Operation of the new cleanroom began this month with four new molding machines and auxiliary equipment. “The new machines will extend our molding machine tonnage capacity to 280 tons and enable production of larger medical device parts as well as higher cavitation of small components,” said Terry To, General Manager of Freudenberg Medical Asia. New associates were also hired to support the expansion. Freudenberg Medical Asia manufactures and assembles medical devices and components in thermoplastic and silicone material. Value added services include metrology, scientific molding, design of experiments, heat staking, ultrasonic welding, pad printing and liquid dispensing capabilities. https://www.plasticstoday.com/medical/freudenberg-medical-expands-medical-manufacturing-capacity-china/92419391956563

Ms. Kang 2017-04-07

Anniversary machine: KraussMaffei delivers 100th injection molding machine to Grohe

Ceremonial handover of the anniversary machine: Lars Thielke, (Grohe Production Manager, Plastic Injection Molding), Hans-Martin Souchon (Grohe Plant Manager, Porta Westfalica), Nadine Buhmann (Vice President Sales, Injection Molding Machinery, KraussMaffei) and Thomas Fuhr (Chairman of the Board of Grohe AG) (left to right) - Ceremonial commissioning of the new CX 80-380 in Porta Westfalica - Many years of successful cooperation - Configuration of a new automated production lineAt the end of January, KraussMaffei ceremonially commissioned its 100th injection molding machine at Grohe, the leading manufacturer of sanitary fittings, showers and installation systems. The hydraulic two-platen machine CX 80-380 is part of a new, economical production line at the Porta Westfalica location for the manufacture of the latest generation of Grohe drain valves. Decades-long trust"We have benefited from the innovative products and the tailored service provided by KraussMaffei for decades. We are now delighted that the 100th injection molding machine from our long-term partner is now at our factory in Porta Westfalica," says Thomas Fuhr, Member of the Board of Management at Grohe AG. "This is a strong symbol both for our good cooperation with KraussMaffei and for the sustained growth and continual further development of our location."In 1981, KraussMaffei delivered the first injection molding machine to Grohe. There are today in total 37 KraussMaffei injection molding machines at the Porta Westfalica location. The new CX 80-380, with a clamping force of 800 kN, supports the modern production line manufacturing the new Grohe range of drain valves in cisterns. The injection molding machines produce around the clock seven days a week. Online production and thus short distances, no warehouse stocks and a high degree of automation characterize the new AV1 production line. It is therefore all the more important that the injection molding machines produce precisely and reliably, and with optimum utilization of the installation area. The view at Grohe is that, with the new CX series and service from KraussMaffei, they are optimally set up.Applause for the anniversary machine: The teams from Grohe and KraussMaffei celebrate the 100th injection molding machineGrohe also sees a clear additional benefit in the APC function (Adaptive Process Control). All KraussMaffei machines are today equipped with this new machine function. They have thus been able to deal perfectly with the batch fluctuations of up to 17 per cent of the basic material. Also with regard to the anniversary machine CX 80-380, on which float flaps are made from the high-tech plastic POM, the compensating properties of the APC function prove beneficial.Geared for growthThe unit with the anniversary number can be identified at first glance by every employee and visitor also after the ceremonial inauguration. For it bears the words "100th - Made for Grohe", as well as the signatures of the persons who symbolically actuated the main switch during the ceremonial commissioning. This further addition of another production machine to the factory forms part of the investment package of Grohe AG at the Porta Westfalica location.

강민정 2017-02-16

Unilever commits to 100 percent recyclable plastic

Consumer goods maker Unilever said on Saturday all of its plastic packaging would be fully reusable, recyclable or compostable by 2025. The maker of Dove soap, Ben & Jerry's ice cream and Knorr soups said it would also help create a plastics protocol, to encourage similiar moves across its industry. The Ellen MacArthur Foundation (EMF), an economic research group working with Unilever, says only 14 percent of the world's plastic packaging is recycled, while 40 percent ends up in landfill and a third in fragile ecosystems. Unilever has already promised to reduce the weight of the packaging it uses this decade by one third, and increase its use of recycled plastic content in its packaging to at least 25 percent by 2025.

강민정 2017-01-17

Sintavia Announces ISO 17025 Accreditation

Elite metal AM laboratory operations exceed industry standards ▲ As part of its material characterization lab, Sintavia offers comprehensive Mechanical testing capabilities using some of the most advanced equipment available. Typical mechanical testing properties include elasticity, tensile strength, elongation, hardness, fracture toughness, impact resistance, creep, stress rupture and the substantiation of fatigue limits. Sintavia, LLC, the global independent leader for metal Additive Manufacturing (AM) services, announced today that its metallurgical laboratory had received ISO 17025 accreditation by the American Association for Laboratory Accreditation (A2LA). ISO 17025 is the highest recognized quality standard in the world for calibration and testing laboratories. For an organization to be accredited in ISO 17025, its laboratory must be able to consistently produce precise and accurate test and calibration data. “As the first dedicated AM manufacturer to achieve ISO 17025 accreditation Sintavia once again is at the leading edge of the industrial application of AM technology,” said Doug Hedges, Sintavia’s President and COO. “Serial production is all about serial quality, and this achievement speaks to our commitment to the highest standards at every step of AM production. From when the powder arrives at our facility to when the finished parts leave the dock, we maintain complete control over the integrity of the product. Anything less would be a disservice to our customers.” ▲ Sintavia possesses one of the most advanced and sophisticated metallurgical analysis laboratories in the world. Sintavia offers the full range of metallographic preparation capabilities including sectioning, mounting, grinding, polishing and etching. This in-house capability is critical for material and parameter development.Until now, AM manufacturers offering ISO 17025 accredited testing had to use independent laboratories for powder and material validation. While quality analysis can be achieved by shipping samples to a third-party laboratory for powder analysis, metal density testing, and quality assurance verification, having an accredited laboratory within the AM production facility means faster analysis and complete security of the process. “What a great year it has been for quality improvements,” added Alex Bencomo, Quality Manager at Sintavia. “To get both AS9100 certification and ISO 17025 laboratory accreditation in a single year is a significant accomplishment. As we grow, we are committed to staying focused and continuing to incorporate the highest quality standards in the industry.” For more information, please go to http://www.sintavia.com

강민정 2017-01-16

KraussMaffei with new agency KSF in Iran

▲ New partners in Iran: Klaus Bange (Director of Sales IMM EMEA KraussMaffei), Hervik Yarijanian, (General Manager KSF) and Rachid Douibi (Senior Area Sales Manager KraussMaffei) (from left) - Experienced plastics specialist KaranSimaFam to support Sales and Service for KraussMaffei injection molding and reaction process machinery - Growth potential in the business areas of vehicle construction, packaging and medical technologyKraussMaffei has a new agency in Iran and thus wants to further strengthen its market position in injection molding and reaction process machinery in this region. KaranSimaFam, a family-run company in the Iranian plastics industry with over 50 years of experience, represents KraussMaffei with the new company Krasifam (KSF). Long tradition "We are very proud to have gained KaranSimaFam, an established and experienced partner in the Iranian plastics industry. The Yarijanian family looks back on a long tradition and has had contact with plastics processors in Iran for many years. I am delighted in particular that the founder and Managing Director Hervik Yarijanian will be responsible for looking after the customers of KraussMaffei," explains Klaus Bange, Director of Sales IMM EMEA at KraussMaffei. The customer support for KraussMaffei includes consultation for the design of machines and automation, commissioning and a number of individual services throughout the entire service life of the plants. In the east of Teheran, a district where much of the plastics industry is located, a completely new administration and service building for KSF is currently under construction. The company's own spare parts warehouse is also being built there in order to ensure rapid reaction times for ordering and delivery. KraussMaffei sees particular interest for the Iranian customers above all in the automotive industry, packaging and medical technology sectors. Here, automated injection molding machines are needed with low, medium, but also high clamping forces. "With our broad portfolio of hydraulic and all-electric injection molding machines in the four series CX, GX, MX and the new PX, we are ideally positioned," said Klaus Bange. Furthermore, KraussMaffei Reaction Process Machinery offers a wide range of mixing and metering systems, as well as mold carriers. These products will appeal in particular to automobile manufacturers and suppliers, as well as producers of refrigerators and providers of insulation solutions.

관리자 2017-01-13

KraussMaffei Interview - Questions from the Korean Plastic Market

On December 6, 2016, the Korean branch of KraussMaffei held T.R.E.N.DDay, 2016 Tech. Seminar, in Suwon, Korea. Handler,a plastics journal in Korea, interviewed Jochen Mitzler and Marko Zorn from KraussMaffei,and asked KraussMaffei its strategy in the Korean market, and how they preparefor Industry 4.0. THIS INTERVIEW WAS CONDUCTED BY MINJEONG KANG FROM PLASTIC HANDLER, REPUBLIC OF KOREA▲ JochenMitzler, Head of Strategic Product Management in KraussMaffei TechnologiesGmbH(left), and Marko Zorn, Key Account Manager for Korea Injection MoldingMachinery in KraussMaffei Korea Ltd.(right)*FiberForm: FiberForm entails the thermoforming andover-molding of organic sheets, which are plate-shaped semifinished productswith continuous fibers made of glass, carbon or aramid embedded in athermoplastic matrix made of polyamide (PA), polypropylene (PP) or other matrixsystems. In this process, these semifinished products are first heated,reshaped in the injection mold and then back-injected with a fiber-reinforcedpolymer. Parts with integrated organic sheets have significantly bettermechanical properties compared to those that are purely composed ofshortfiber-reinforced injection molding material.*ColorForm: The ColorForm process is used to replace classic paintingprocesses, including the up- and downstream working steps for conventionallacquering. This cuts investment costs and boosts logisticsefficiency; the scrap rate is lower and parts transport is higherDuring the ColorForm process, a thermoplasticbase body forms in a mold, which is then flow-coated directly in the cavityusing a two-component polyurea (PUA) or polyurethane (PUR) paint. The result: afinished component with the desired lacquered color capability and premiumquality surface.*T-RTM(Thermoplastic Resin Transfer Molding): The T-RTMprocess has various benefits over parallel plastic processing procedures, e.g.the familiar RTM with epoxy resin or polyurethane (PUR). The low viscosity ofjust five millipascal-seconds (mPA·s) – similar to water – allows the matrixmaterial caprolactam to penetrate the fiber layers even with low internal moldpressures. The relatively low clamping force reduces costs for investment andenergy. In addition, the high flow capacity allows the minimum wall thicknessto be reduced and the fiber volume content increased by about 60 percent.▲ APCplusIn the intelligent machine area, we have a new function developed whichis called APC(Adaptive Process Control) plus. It embodies the idea of intelligent machines, a concept that refers toself-optimizing machines, which improve productivity and quality. This functionalways analyze the viscosity of the melt which goes into the mold when we makean injection. If the melt quality(viscosity) has changed, the machine has thesmart function to make an automatic adjustment of the process. We always wantto have good parts. If the machine doesn’t have this function, it could be thatthe parts are over-molded, or not completely filled, due to the change of thematerial viscosity. To avoid scrap rates, we have a certain kind of brain inthe injection molding machine which we call APC plus. APC plus is just onesmall stone of the intelligent injection molding machine.▲ DataXplorerSecondly, for interactive production, we have a special communicationsetup to the mold and the drying systems. Plastic resin often has to be dried,so we use dryers. From the dryer, it is getting converted to the injectionmolding machine. If the drying is not in the good quality, you will produce badparts. So the communication between the machine and the dryer allows us thatthe dryer tells the machine has a problem, or the machine tells the dryer has aproblem. It asks to stop processing when we have to adjust something in themold not to overheat the material, or even not to load untried material in theinjection molding machine.▲ E-ServiceLastly, intelligent service is that we have possibilitiesto get access to the injection molding machine over the internet to have afaster reaction on the service side to the customers. For example, if customersin Korea have an issue, they can allow someone from Munich to have a look onthe machine so that we can make a pre-diagnosis. Then, from Munich, we canadjust the process and machine. Therefore, we save a lot of time for customersinstead of spending time travelling forward and backward, and reduce downtimeas well.

강민정 2017-01-09

Samsung Electronics to Acquire HARMAN, Accelerating Growth in Automotive and Connected Technologies

November 14, 2016Samsung Electronics and Harman International Industries, Incorporated today announced that they have entered into a definitive agreement under which Samsung will acquire HARMAN for $112.00 per share in cash, or total equity value of approximately $8.0 billion. Upon closing, the transaction will immediately give Samsung a significant presence in the large and rapidly growing market for connected technologies, particularly automotive electronics, which has been a strategic priority for Samsung, and is expected to grow to more than $100 billion by 2025¹ . HARMAN is the market leader in connected car solutions, with more than 30 million vehicles currently equipped with its connected car and audio systems, including embedded infotainment, telematics, connected safety and security. Approximately 65% of HARMAN’s $7.0 billion of reported sales during the 12 months ended September 30, 2016 are automotive-related, and its order backlog for this market at June 30, 2016 was approximately $24 billion.HARMAN’s experience designing and integrating sophisticated in-vehicle technologies, as well as its long-term relationships with most of the world’s largest automakers, will create significant growth opportunities for the combined business by enabling it to leverage Samsung’s expertise in connected mobility, semiconductors, user experience, displays and its global distribution channels. In addition, the combination of HARMAN’s brands and audio capabilities and Samsung’s expertise in consumer electronics will deliver enhanced customer benefits and elevate user experiences across Samsung’s complete portfolio of consumer and professional products and systems.“HARMAN perfectly complements Samsung in terms of technologies, products and solutions, and joining forces is a natural extension of the automotive strategy we have been pursuing for some time,” said Oh-Hyun Kwon, Vice Chairman and Chief Executive Officer of Samsung Electronics. “As a Tier 1 automotive supplier with deep customer relationships, strong brands, leading technology and a recognized portfolio of best-in-class products, HARMAN immediately establishes a strong foundation for Samsung to grow our automotive platform. Dinesh Paliwal is a proven global leader and, in our extensive discussions, we have developed deep respect for him, his strong senior leadership team and HARMAN’s talented employees. HARMAN’s sustained track record of rapid growth fueled by technology leadership and an unmatched automotive order pipeline reflects its commitment to innovation and customers.”“The vehicle of tomorrow will be transformed by smart technology and connectivity in the same way that simple feature phones have become sophisticated smart devices over the past decade,” added Young Sohn, President and Chief Strategy Officer of Samsung Electronics. “We see substantial long-term growth opportunities in the auto technology market as demand for Samsung’s specialized electronic components and solutions continues to grow. Working together, we are confident that HARMAN can become a new kind of Tier 1 provider to the OEMs by delivering end-to-end solutions across the connected ecosystem.”Dinesh Paliwal, HARMAN Chairman, President and CEO, stated, “This compelling all-cash transaction will deliver significant and immediate value to our shareholders and provide new opportunities for our employees as part of a larger, more diversified company. Today’s announcement is a testament to what we have achieved and the value that we have created for shareholders. Samsung is an ideal partner for HARMAN and this transaction will provide tremendous benefits to our automotive customers and consumers around the world. Combining Samsung’s strengths in leading-edge displays, connectivity and processing solutions with HARMAN’s technology leadership and long-standing customer relationships will enable OEMs to provide new offerings for their customers. Partnerships and scale are essential to winning over the long term in automotive as demand for robust connected car and autonomous driving solutions increases at a rapid pace. This transaction will bring HARMAN and Samsung’s complementary strengths together to accelerate innovation in this space. More broadly, this investment underscores the strength of HARMAN’s employees, as well as our success and leadership across our markets. We look forward to working together with Samsung to elevate experiences for consumers worldwide.”

강민정 2016-12-15

The DMG MORI Korean Technology Center will design complex CNC solutions

▲ The DMG MORI Korean Technology Center will designfuture-oriented application solutions mainly for the aerospace industry.In order to meet theincreasing demands of the processing industry in Korea, DMG MORI isbuilding the DMG MORI Korean Technology Center. During GO Seoul thefacility will celebrate its opening in Anyang-si, Gyeonggi. Based on the successfultechnology centers worldwide, DMG MORI will focus on customer-orienteddevelopment of complex machining solutions in this location as well. A showroomwith space for up to 15 machines will give users from the region theopportunity to experience the technologies at first hand.The DMG MORI KoreanTechnology Center has a total floor space of more than 4,500 m². Experiencedapplication engineers will focus on the development of application solutionsfor key industries in Korea such as aerospace, automotive, electronics and die& mold. Machining complex large components will be one of the mainchallenges here. Automation solutions and applications in additivemanufacturing complete the broad competence in machining. Korean customers willalso benefit from an improved service. Being close to their customers and withhelp of special service cars DMG MORI service technicians will be able toreact fast and minimise downtimes.In addition to this applicationwork and provision of service, the range of products and services of the DMGMORI Korean Technology Center also includes test runs for customers andseminars on CELOS® and industry 4.0 issues. DMG MORI organises thesefor Korean users together with its partners. Cooperations with universities arealso intended to pass on the machining competence of the machine toolmanufacturer to the next generation of junior staff.As theDMG MORI Korean Technical Center is located nearby the KTX train station in Gwangmyungit can be easily reached by visitors from all over Korea. The DMG MORI KoreanTechnology Center will thus function as adequate platform in order to presentusers with the future-oriented technologies.

강민정 2016-12-15