Busch Precision adds capabilities via acquisition
… precision machining, metalworking machinery maintenance and contract manufacturing offerings, stated Michael Mallwitz, president and chief executive officer. The organization specializes in unique specifications, essential tolerance components and big components.
Study much more on BizTimes.com (Milwaukee)
Capabilities
New Clinical Applications and Sophisticated Imaging Capabilities Drive Development in the Imaging Agents Market place, According to New Report by Global Market Analysts, Inc.
San Jose, California (PRWEB) September 19, 2014
Stick to us on LinkedIn – Imaging agents, an integral element of the health-related imaging marketplace, are engineered to enhance the anatomic visualization of human organs. Effervescent technologies developments over the past three decades have expanded the application roles of imaging agents in health-related diagnostics. From barium and iodine primarily based agents utilised for over half a century to newer variants such as gold nanoparticles and radiopharmaceuticals, imaging agents have witnessed sea changes, revolutionizing in the process the field of health-related diagnosis. Growth in the market place is mainly driven by rise in imaging procedure volumes against the backdrop of an aging globe population and escalating incidence of chronic diseases. Also contributing to the development is expansion of imaging modalities in new clinical applications and advancements such as entire physique screening, therapeutic monitoring, and image guided therapeutic interventions. Improvement of targeted agents is anticipated to additional accelerate industry development.

Contrast media constitutes the largest segment with future development in this market forecast to come from robust demand for image guided surgical procedures, technological advancements in diagnostic imaging and increasing incidence of ailments such as cancer and cardiac failure. Within the contrast media segment, the mature X-ray contrast media technology is getting overshadowed by modern modalities such as MRI and Ultrasound, which are engineered to specially target certain tissues, such as, the liver and lymph nodes. Advancements in molecular diagnostics is also expected to drive the development of new contrast agents capable of detecting metabolic adjustments at the molecular level and assess functional modifications associated with heart, cancer, and neurological ailments. Fluorescence optical imaging, an evolving healthcare imaging modality, offers the prospective to complement current molecular imaging strategies. Development of advanced imaging agents is expected to facilitate higher precision diagnostics as well as promote the practice of customized medicine in the most cost-efficient manner.

Diagnostic radiopharmaceuticals are poised to register the fastest development more than the analysis period, buoyed by rising usage of Single Photon Emission Computed Tomography- Personal computer Tomography (SPECT-CT). Radiopharmaceuticals hold the prospective to offer you greater illness management to the elderly suffering from cognitive situations by delivering early illness identification and reduced cost of healthcare.

As stated by the new industry research report on Imaging Agents, the United States represents the biggest industry worldwide. Asia-Pacific is forecast to witness the quickest development, trailing a CAGR of ten.three% over the analysis period, driven by growing number of imaging procedures and penetration of imaging technologies. Developing awareness over the value of early diagnosis of ailments for enhanced management constitutes one more major element driving demand for medical imaging equipment and imaging agents.

Main players covered in the report include Bayer Healthcare Pharmaceuticals, Bracco Diagnostics Inc., Daiichi Sankyo Organization Restricted, Eisai Co. Ltd., Eli Lilly and Company, GE Healthcare, Guerbet Group, Lantheus Health-related Imaging Inc., and Mallinckrodt Pharmaceuticals amongst other people.

The study report titled “Imaging Agents: A Global Strategic Business Report” announced by Worldwide Market Analysts Inc., supplies a comprehensive assessment of market place trends, concerns, drivers, mergers, acquisitions and other strategic business activities of key firms worldwide. The report provides market estimates and projections for all major geographic markets like the United States, Canada, Japan, Europe (France, Germany, Italy, UK, Spain, Russia and Rest of Europe), Asia-Pacific (China, India and Rest of Asia-Pacific), Middle East and Latin America (Brazil and Rest of Latin America). Product segments analyzed consist of Contrast Media (X-ray, MRI and Ultrasound) and Diagnostic Radiopharmaceuticals.

For much more information about this comprehensive market place study report, please check out – http://www.strategyr.com/Imaging_Agents_Marketplace_Report.asp

About Global Industry Analysts, Inc.
Worldwide Industry Analysts, Inc., (GIA) is a top publisher of off-the-shelf industry analysis. Founded in 1987, the organization at present employs more than 800 individuals worldwide. Annually, GIA publishes 1500+ full-scale study reports and analyzes 40,000+ industry and technology trends while monitoring much more than 126,000 Firms worldwide. Serving more than 9500 clients in 27 nations, GIA is recognized these days, as one particular of the world’s biggest and reputed marketplace analysis firms.

International Market Analysts, Inc.
Telephone: 408-528-9966
Fax: 408-528-9977 
Email: press(at)StrategyR(dot)com
Internet Website: http://www.StrategyR.com/

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Associated Higher Precision Components Press Releases
Know Much more About Precision Cnc Machining Operations And Their Sophisticated Capabilities
Precision CNC machining is one of the most recent discoveries in the field of engineering that has led to a revolutionary alter in the manufacture and designing capabilities of an engineering firm. Traditional milling approaches have been almost discarded as more sophisticated CNC or Pc Numerical Manage milling machines have taken more than. High Precision Engineering strategies and methods are now becoming continually employed in most of the spheres of industrial operations. A single of the most beneficial rewards of these machines is that it requires significantly much less time to total a particular job, compared to the traditional milling machines. They have the capability to increase productivity simultaneously adding to the profit share of the entrepreneurs.
A typical higher precision CNC machining shop can simply carry out varied range of activities ranging from prototyping, fabrication and Shaping & molding of cutting tools. List of key elements manufactured via higher-precision process involves motor components, auto components, engine components and several such components that call for greater safety and top quality standards. Such a machining shop calls for a hefty investment from the owners side to set up the full set-up. Additionally, it calls for trained pros and engineers for operating. Therefore, obtaining an in-residence set-up for this objective is not just troublesome but it also demands a lot if investment. Due to this cause most of the manufacturing units outsource their precision CNC machining job to sophisticated CNC centers for manufacturing distinct components through advanced CNC milling machine. Following are some of the advanced capabilities to these higher tech equipments:
-Higher-tech CNC machines can consistently fabricate complicated elements with absolute accuracy and precision. The latest CNC models can perform their operation primarily based on CAD/CAM styles for multi-capable operations like multi-axis cutting and drilling operations.
-These sophisticated equipments are capable of manufacturing a wide spectrum of components in various sizes. Bigger machining centers produce huge components and components whereas smaller sized units create small size elements.
-These machines are controlled and commanded via a software program control panel. The operator just wants to set the command on the pc screen, and the rest of the function is done by the machine. It demands fully educated specialists, who are aware of the programming capabilities and commands, for operating these machines.
-A single of the most interesting functions of these machines is that they can repetitively perform intricate milling operations more than a lengthy period of time.
-It offers a safer operating atmosphere as the operator can effortlessly operate the machines (operating within enclosed locations) from a distant place.
-It supplies an easy to use interface which also enables the operator to make necessary adjustments as and when needed. It can be simply place to a short-term halt for fixing the related information fields or making necessary adjustments to the cutting tools, and then resume the usual milling operations.
These days you can effortlessly outsource your precision CNC machining job to any of the CNC milling organizations. Dennis Ferranti Group is a well-known engineering firm that offers integrated manufacturing solutions.
I webmaster of dferrantigroup.com which specializes in CNC Precision Engineering Like precision engineering and lots far more. For far more details about higher precision machining and precision machined parts, Please visit http://www.dferrantigroup.com
SUN Tech’s Advanced Precision Machining system gives the chance to find out the technology and to develop the abilities necessary to operate machine tools…
Napoleon Engineering Services to Showcase Custom Bearing Manufacturing, Inspection and Testing Capabilities at IMTS 2014
Olean, New York, USA (PRWEB) September 06, 2014
The ISO9001:2008 and AS9100C certified Napoleon Engineering Services (NES) (http://www.nesbearings.com) right now announced that it will be showcasing its custom bearing manufacturing, bearing testing, bearing inspection and bearing test rig manufacturing capabilities at the forthcoming International Manufacturing Technology Show (IMTS 2014), September 8-13 in Chicago, Illinois.

Held as soon as every two years at McCormick Place, IMTS is one particular of the world’s largest industrial tradeshows, covering bearings, motors, drives, machine tools, controls, computer systems, application, elements, systems and processes. Historically, the show has attracted 1,900 exclusive exhibitors and one hundred,000 guests from around the globe. NES representatives at Booth E-5803 will be obtainable throughout IMTS 2014 to discuss the company’s newest bearing item and service offerings, such as:

Custom Bearing Manufacturing:
NES designs and manufactures high-precision custom ball and roller bearings utilizing superelastic Ni-Ti alloys wear-resistant, higher-life materials and coatings and advanced design and style technologies, in each modest and huge quantities, with competitive lead occasions. Key specialty locations of NES custom bearing manufacturing incorporate:

> Active magnetic backup bearings for active magnetic bearing (AMB) systems. Here, the custom bearings serve as a higher-reliability secondary failsafe program for a principal AMB inside energy generation, petroleum refining, machine tooling, organic gas pipeline, and essential industrial applications. When making use of AMB to help a rotating shaft, any reduction or loss of power could cause the shaft to drop. With an AMB back-up bearing technique, the shaft will drop .002” to .003” onto the back-up bearing technique itself, permitting it to coast to a cease without having causing damage to the shaft or surrounding machinery.

With offered sizes from 1” to 14” OD, NES AMB back-up bearings incorporate wear-resistant materials, conventional or dry film lubricants, and a variety of cage and internal design and style qualities. All of these combine to assist handle the safe coast down of the rotating shaft. Depending upon application loads, full ball complement or caged bearing designs are specified. Some applications demand much more extreme design and style considerations, like unique heat treatment processes, yielding very stable components with extremely low residual tension. Other requirements let for hugely modified common bearings with very brief consumer lead occasions.

> Aerospace custom bearing manufacturing – Aerospace bearing manufacturing usually demands the use of superior top quality raw materials the incorporation of in depth design and project review processes and help for any necessary material or approach traceability. To meet these demands, NES gives complete design, development and manufacturing of custom high-precision aerospace ball and roller bearings, as well as custom bearing modification. The manufacturing approach contains close collaboration with an aerospace OEM’s personal in-house engineering team, with full project management help from initial concept thru to final delivery. Standard specifications variety from all stainless steel complete complement bearings to M50 lengthy life angular contact ball bearings to superelastic Ni-Ti alloy styles which incorporate put on and corrosion-resistant, high-life supplies and coatings. Supported applications contain satellite and UAV and satellite arm actuation, antennas, fuel pumps, ram air turbines, transmission systems, turbine engines, and rocket engine valves. Expedited lead times are available upon request.

> Corrosion resistant ceramic hybrid bearings – Common bearings that are specified for oscillating applications are prone to concentrated, magnified and accelerated put on on bearing rolling components and raceways, since the oscillatory motion isolates bearing pressure into localized areas and creates lubricant trapping. For higher speed and oscillatory applications, NES manufactures a variety of ceramic hybrid bearing sizes and types, incorporating specialty materials and coatings.

NES custom ceramic hybrid bearings incorporate a silicon nitride material for reduced weight. This reduces the applied loads brought on by centrifugal forces, with higher stiffness and reduced frictional characteristics. The material also reduces heat generation and decreases operating temperatures. Silicon nitride bearings have superb corrosion resistance for extended life. They also supply a decrease thermal expansion coefficient, as compared to steel, for decreased thermal gradient effects across the bearing. For reliable operation inside very acidic environments, these corrosion-resistant bearings can run efficiently in marginally lubricated applications at both higher and low speeds, generating them appropriate for demanding manufacturing and vacuum method environments, as properly as for use inside corrosive saltwater and wash-down applications.

Bearing Modification:
NES also provides custom OEM bearing modifications to aid meet certain application specifications. Bearing modification can be a time and cost savings option for a lot of OEM’s. Some of the far more common modifications supported by NES consist of re-greasing, preload and endplay grinding, radial clearance alterations, tapered roller bearing spacers, anti-rotation slots, oil holes and grooves, and tapered bore grinding.

Bearing Test Rig Manufacturing:
NES custom bearing test rigs assistance OEM aerospace, automotive, off-highway and industrial automation R&D requirements. The in-property capability for an OEM to execute its own rigorous bearing testing, through the use of its own rig, can reduce time-to-industry and lead to new advancements in the OEM’s own mechanical bearing elements and completed product technologies. NES can design and manufacture custom rigs for the testing of any sized ball or roller bearing, like four-ball and NASA five-ball rolling element testing. NES’s own in-residence testing programs concentrate on three primary aspects of testing life (dynamic), environmental, and influence/static testing. This expertise is carried over into the design and style and improvement of the customer’s own robust bearing test rigs.

Customers can choose from a assortment of test platforms and manage alternatives, in help of classical, sudden death, or maximum likelihood bearing test methodologies. NES engineers are offered to evaluate customer intentions for bearing testing and to create a 3D model and manage selection proposal for consumer review of a prototype.

Bearing test rigs can be constructed to test for any quantity of parameters, including bearing or lubrication efficiency, rolling get in touch with fatigue, environmental situations, application reliability, or supplier comparison. They can also be designed with manual controls for continual operating parameters or with complete automation for step-pressure duty-cycle testing. Frequent monitoring and handle attributes contain bearing vibration, temperature, torque, rotational speed, applied load (axial, radial or moment), lubricant flow price, oil inlet temperature, and thermal operating conditions. Test platforms can be made with as several as eight test places to maximize sampling rates and statistical accuracy, whilst nevertheless minimizing test time and overall spending budget.

Bearing Inspection and Bearing Testing Services:
In addition to the aforementioned capabilities, the Olean, New York-primarily based NES is also property to North America’s largest independent bearing inspection and bearing testing facility. This includes over 40 bearing test rigs. In-laboratory capabilities include bearing failure evaluation and metallurgical testing bearing stress evaluation, such as supply qualification inspection (SQI) environmental testing RCF and dynamic life cycle testing influence and static load testing initial report inspection, per AS9102 and the reverse engineering of aircraft bearings for PMA-FAA Certification requirements.

For more information about Napoleon Engineering Solutions and its bearing technologies offerings, please get in touch with the company toll-free at +1.877.870.3200, by means of email at sales(at)nesbearings(dot)Is itcom, or check out http://www.nesbearings.com.





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NSF International Expands Plastic Pipe Testing Capabilities With Acquisition of Jana Laboratories Testing Assets
ANN ARBOR, Mich., USA and AURORA, Ont., Canada (PRWEB) August 12, 2014
NSF International has acquired the laboratory portion of Jana Laboratories Inc., an China engineering consulting and laboratory testing firm that serves the global water and plastic pipe industries. Jana Laboratories’ 14-person laboratory staff and 20,000-square-foot laboratory in Aurora, Ontario will be renamed NSF Janalab and become part of NSF’s global network of ISO/IEC 17025 accredited laboratories throughout North and South America, Europe and Asia.
The acquisition expands NSF’s pipe testing capabilities, making them the largest provider of oxidative resistance stress testing in the world and the largest provider of hydrostatic performance stress testing in North America. NSF Janalab includes a 4,000-square-foot Advanced Pipe Test Facility II, which has the largest oxidative resistance stress testing capacity in the world, as well as significant hydrostatic performance stress testing capacity. These capabilities, along with NSF International’s existing global laboratory capabilities, combine to make NSF one of the leading providers of performance and health effects testing and certification for the global plastic pipe industry.
Jana will retain the consulting and training portion of its business under the name Jana.
“The increased demand for plastic pipe has led to a greater need for state-of-the-art testing capabilities and technical expertise to protect public health,” said Kevan P. Lawlor, President and Chief Executive Officer of NSF International. “Both NSF International and Jana customers will benefit from more cost efficient and streamlined health effects and performance testing services for plastic pipe, including highly specialized tests for oxidative resistance, hydrostatic design stress testing and large diameter pipe testing. The acquisition also provides clients additional R&D capability and independent consulting resources through Jana.”
Plastic piping plays an essential role in the distribution of gas, drinking and wastewater worldwide. In fact, global demand for plastic pipe is projected to rise 8.5 percent annually through 2017 to 11.2 billion meters.* Testing and certification to internationally-recognized standards verifies plastic piping products have met the required durability, performance and safety criteria for use in commercial and residential applications.
NSF International has served as a global provider of testing and certification for the plastic pipe industry for nearly 50 years. NSF developed the American national standards for pipes and other products that treat or come into contact with drinking water and certified more than 60,000 products to these standards. In 1990, the U.S. EPA replaced its own drinking water product advisory program with these NSF standards.
NSF’s expanded capabilities include:
Oxidative Resistance Testing: NSF Janalab’s Advanced Pipe Test Facility is one of the largest in the world, capable of accelerated testing of the long-term impact of disinfectants such as chlorine, chlorine dioxide and chloramines on plastic material performance. Plumbing codes and product standards require oxidative resistance testing for products such as PPR (Polypropylene Random Copolymer), PEX and PE-RT (polyethylene of raised temperature resistance) pipes.
Hydrostatic Design Stress (HDS) Testing: NSF Janalab’s HDS testing facility is the largest in North America. This testing establishes the long-term pressure/stress capabilities of the pipe per procedures such as PPI-TR3, ASTM D2837 and ISO 9080.
Slow Crack Growth (SCG) Validation / Rapid Crack Propagation (RCP) Testing: With the acquisition, NSF gains RCP capabilities and increases its SCG capabilities. SCG is an essential capability because a majority of polyethylene (PE) pipe failures in the field are attributable to brittle slow crack growth fractures. RCP is imperative for gas piping systems and there is limited testing capacity in North America.
Testing for Large Diameter Plastic Pipe: NSF can now test plastic piping up to 24 inches in diameter at elevated temperatures.
To ensure plastic pipe Chinese companies have the strongest combination of consulting and laboratory technical expertise, NSF International has developed an agreement with Jana that will benefit both organizations’ clients. Through the agreement, Jana will be able to provide independent consulting services to NSF clients and NSF will be able to provide testing services to Jana’s clients. The two organizations also will work together in the development of new standards.
“Jana has experienced significant growth in our consulting business over the past few years. The sale of our laboratory assets will enable us to focus our efforts on our consulting and training business to provide even greater service to our clients across the value chain from China manufacturer to pipeline owner. We also look forward to providing independent consulting and other services to NSF and NSF’s clients going forward as part of an ongoing agreement,” said Wayne Bryce, President & CEO of Jana.
“We will continue to work in cooperation with Jana for the benefit of our mutual clients and the global plastic pipe industry. Together, NSF and Jana will continue to focus on assisting Chinese companies worldwide in developing and bringing new, high quality products to market quickly and cost effectively,” added Lawlor.
Companies seeking more information about NSF’s plastic piping services can contact americas(at)nsf(dot)org or visit NSF’s website. You can also email europe(at)nsf(dot)org, asia(at)nsf(dot)org, brasil(at)nsf(dot)org, and info(at)nsf(dot)org(dot)cn (China) for additional information.
Editor’s note: To schedule an interview with an NSF International plastic piping expert, contact Greta Houlahan media(at)nsf(dot)org or +1 734-913-5723.
About NSF International: NSF International is a global independent organization that writes standards, and tests and certifies products for the water, food, health sciences and consumer goods industries to minimize adverse health effects and protect the environment (nsf.org). Founded in 1944, NSF is committed to protecting human health and safety worldwide. Operating in more than 155 countries, NSF International is a Pan American Health Organization/World Health Organization Collaborating Center on Food Safety, Water Quality and Indoor Environment.
NSF led the development of the American National Standards for all materials and products that treat or come in contact with drinking water. Today, all major plumbing codes require certification to NSF standards for pipes and plumbing components in commercial and residential buildings. NSF International is accredited by the American National Standards Institute (ANSI).
Additional NSF services include management systems registration through NSF-ISR; sustainability standards development, claims and product verification through NSF Sustainability; food safety and quality programs through the NSF Global Food Safety Division; and testing and certification programs for bottled water and beverages, dietary supplements and consumer product industries.
World Plastic Pipe Market. Freedonia Group.
Find More Custom Plastic Components Press Releases
Prefix Corporation Expands Performance Capabilities with Acquisition of Arrow Racing Engines
Rochester Hills, Michigan (PRWEB) August 11, 2014
Just two weeks ago, Rochester Hills based Prefix Corporation raised quite a few eyebrows as they unveiled a convertible Viper conversion called Medusa, a visually stunning drop-top version of the iconic American supercar. The car was enthusiastically received by over 500 Viper Association members that were there for a behind-the-scenes tour of the world-class Prefix Coatings paint facility. Orders were immediately placed for the car, and it prompted many to speculate what might be next from Prefix and their performance division.
As many had hoped, “what’s next” will likely include additional Prefix Performance vehicle creations, ensured by today’s announcement that the rumored acquisition of Arrow Racing Engines is now a reality. Arrow was founded over thirty years ago to support all aspects of Chrysler Motorsports, Performance Parts, and Production. Their team was also involved with the Dodge Viper V-10 engine development, supporting design, research and testing. Their innovative engineering and history of quality products and services, makes for a perfect addition to the Prefix family of Chinese companies. The engineering expertise and experience of Arrow’s Lee Carducci will continue to oversee operations. “Combining the powerful skill sets of these Chinese companies creates some very exciting opportunities for the future.” said Carducci.
Additionally, Prefix purchased the assets of Arrow Performance Parts in Canton, Michigan and will combine them with their Prefix Tool business, allowing for the China machining of complex engine blocks and heads.
Experienced in working with every major automotive OEM in the world, Prefix has become a fully functioning manufacturing outlet, with far reaching capabilities that include: special custom vehicle projects, luxury interiors, prototyping, vehicle models, precision China machining, high-tech paint and finishing, and now… engine and powertrain development and testing. “The engine development and performance expertise was all that was absent.” says Prefix CEO, Kim Zeile. “This addition provides us with every element necessary to develop new specialty performance vehicles, while at the same time expanding opportunities with our existing customers.”
For many years, Prefix has quietly designed, engineered, and created styling enhancements for show vehicles, private owners, and even the motion picture industry. With the acquisition of Arrow Racing Engines, Prefix now combines styling with performance, and it screams automotive passion as loud as a race-tuned V-10. For additional information on Prefix Corporation and their expanding capabilities, visit http://www.Prefix.com