Showing posts with label Custom. Show all posts
Showing posts with label Custom. Show all posts

Monday, March 16, 2015

Wrobel Engineering Completes 2014 Capital Improvements in Custom CNC Machining and Sheet Metal Fabrication Services

Avon, Massachusetts (PRWEB) February 17, 2015


Wrobel Engineering (Wrobel) is pleased to announce the completion of its 2014 Capital Improvement Strategy targeting new technologies, gear upgrades, facility improvements, and workforce initiatives. Investments were fully self funded and position the business for continued expansion into new markets in 2015.


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“Our 2014 capital improvements had been designed and implemented to accomplish important 2015/16 enterprise objectives,” stated Ed Wrobel, Vice President of Operations. “Nonetheless, these investments also reflect our extended-term and ongoing company policy of staying on the top-edge of CNC machining and metal fabrication technologies. Our strength and ability to fund improvements independently gives us the competitive benefit to respond swiftly to sector adjustments, consumer requirements, and new opportunities.”


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Technologies improvements:&#13


Renishaw Probing: onboard inspection for three CNC milling centers, significantly decreasing setups and downtimes and enabling increased productivity and batch size flexibility.&#13

CAD Software: Updates for eight workstations to all existing versions of Pro-E, Solidworks, and Epicor E9 for enterprise resource arranging (ERP Method), making sure maximum efficiency and complete compatibility for all client wants.

Gear improvements:&#13


Installation of 3 new Hurco Milling Centers, successfully doubling capacity and substantial minimizing delivery times for orders of any size.

Facility improvements:&#13


Construction of self-contained region for components inspection, with sound and vibration controls, and independent utilities and ventilation enabling highest-level calibration of QC equipment.&#13

Installation of four new HVAC units for humidity handle (components rust prevention) and improved atmosphere (workforce functionality and productivity).

Workforce initiatives:&#13


Establishment of relationships with two regional Technical Vocational High Schools with funding for seasonal employment positions and continuing education internships (college level).

Stated Elizabeth Wrobel, President of Wrobel Engineering, “Our 2014 initiatives strengthen our manufacturing positions in the data storage, telecommunications, robotics, and controls industries and will drive our continued expansion into the military, health-related, and aerospace sectors. In 2015 and beyond, we will continually invest in the top quality of our workforce and our facility for 1 objective: to meet the needs of our consumers.”


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For far more data or to schedule a tour of the Wrobel Engineering facility, please contact Michael Long, Operations Manager, at 774-296-8339, mlong(at)wrobeleng(dot)com, or check out http://www.wrobeleng.com. “Come as a visitor, leave as a client.”


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About Wrobel Engineering


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Established in 1976, Wrobel Engineering is now a international, full-service resource for precision CNC machining and sheet metal fabrication services which includes engineering, prototyping, tool &amp die, silk screening, electromechanical assembly, kitting, and kanban. Our employees and state-of-the-art 60,000 facility are tested and driven by the most stringent high quality certifications in the sector including ISO 9001-2008, ITAR, UL, SixSigma, and PPAP. Our firm and the products we make represent the finest in American-good quality manufacturing.


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Associated Cnc Precision Engineering Press Releases





(Source from rapid prototyping from China blog)

Monday, January 12, 2015

Advance 3D Printing and Custom Injection Molding for Prototyping and Manufacturing



Shenzhen, China (PRWEB) January 07, 2015


HLH Prototypes is one of the leading providers of 3D printing manufacturing combined with rapid custom injection molding in China. This allows you to quickly realize a prototype and then rapidly move to rapid injection molding. HLH Prototypes prides itself on convenient and affordable prototyping services. They are able to manufacture low-to-mid-volume prototype and production of plastic and metal components. HLH Prototypes completes projects with high precision and accuracy with customer satisfaction.



“In their state-of-the art facility, HLH Prototypes is one of the leading 3D printing manufacturers in China,” says Susie Su. The company has a team of CAD engineers and tooling engineers to assist clients with all their CAD requirements. Their highly experienced engineers produce drawings in a massive range of programs for a variety of applications. Clients are given 3D prototypes and models for them to test and evaluate throughout the design and development process.



The team at HLH Prototypes is full of skilled engineers who provide quality of service to their clients. They are considered the first choice of 3D printing and bespoke manufacturers in China for prototyping and production. The company has invested heavily in technology while keeping their services to be cost competitive.



“HLH Prototypes offers custom injection molding in China from their UKAS ISO certified facilities,” said Susie. Their engineers are able to work on plastic injection molds to fit any program requirement regardless of product size and complexity. HLH Prototypes is able to shave weeks off lead times to ensure clients get high quality products on time and every time.



HLH Prototypes help clients’ increase their ROI on the development phase of a product for manufacturing. Their quick and reliable services come from advanced technologies that are utilized by an experienced team. HLH Prototypes has the lowest price from any rapid tooling manufacturers in China that uses custom injection molding in China.



About The Company:



HLH Prototyping offers the best prototyping service with high quality CNC machining, 3D printing, and custom injection molding services in China. They will be attending many events in 2015 to feature the advancement in their services. In March 2015 they will attend the TCT Show + Personalized which is the leading event dedicated to 3D printing, additive manufacturing and product development. HLH Prototypes has the lowest price of any 3D printing manufacturers in China that uses custom Injection Molding. When it comes to rapid prototyping in China, they are right ahead.



Contact Information:



Office: 1801 Xing Ji Building, Xin Sha Road, Shajing, Baoan, Shenzhen, China, 518125


Factory: 2nd floor, Building 6, Hua Fa Industrial Park, Fu Yuan 1st Road, Fuyong, Baoan, Shenzhen, China


Tel: +86-755-82569129 (ext 817 for English)


Fax: +86-755-82569136


info(at)hlhprototypes(dot)com, Fax No (0)1753684199, Accounts (0)1753689910. Ext-103





















(Source from rapid prototyping from China blog)

Wednesday, December 10, 2014

Custom Operate Cell Molds Conveyor Belt Cleaners

Custom Perform Cell Molds Conveyor Belt Cleaners

In a move developed to deliver international solution availability and consistency with the fastest attainable response to buyer orders, Martin Engineering has announced the style and manufacture of a custom molding cell for its polyurethane conveyor belt …
Study much more on Powder Bulk Solids


F1, Formula 1, NASCAR, IndyCar, MotoGP, Le Mans, And More!

Frank Deiss, CEO BBAC: “Built in China, for China – this philosophy has been the crucial driving element of our accomplishment in the previous, and will continue to be so in the future. Reaching the half million … neighborhood footprint in China. About half of these …
Read far more on PaddockTalk


Daimler Celebrates Production Jubilee: 500000th Mercedes-Benz Passenger

Frank Deiss, CEO BBAC: “Built in China, for China – this philosophy has been the crucial driving aspect of our achievement in the past, and will continue to be so in the future. Reaching the half million … local footprint in China. About half of these …
Read a lot more on The Auto Channel (weblog)





(Source from rapid prototyping in China blog)

Saturday, November 22, 2014

All about Custom Machining


Custom machining is so much a part of our day and age, that plenty of folks by no indicates even give it a believed. On the other hand, our modern day world wouldn’t be in which it can be today without possessing this useful process. Custom machining processes are utilized to develop just about practically almost everything which is made from metal. Engine components and tools can not be developed without producing use of this course of action. It is utilized to create metal elements for many concerns apart from these pointed out.


 


It’s not only metal that rewards from custom machining, but it is employed inside the production of timber components of all kinds also. Something from window blinds and shutters to windows, doors and cladding items are created utilizing this strategy. Truly the approach can also be utilized to create plastic components for a great quantity of items. Definitely, just about something that is definitely developed from any substance is frequently stated to undergo the custom machining strategy.


 


It is really utilised to manufacture the tiniest elements that could effectively be used for lifesaving devices this type of as pacemakers, elements that go into mobile phones and elements for electronic gear of all sorts as properly as enormous components far larger than a man. These parts is normally for massive ocean liners, buildings, mining and agricultural gear, plumbing supplies, optical devices and for use in aerospace industries – you name it and it’ll come about to be machined to particular specifications.


 


So what sort of tools and equipment are needed for the course of action? Lathes are surely one particular of the principle tools which can be a wonderful deal produced use of to manufacture custom components and accessories. You are going to be capable to get distinctive lathes for metal and for timber. Usually they are automated to make certain that no human error ruins the complicated process needed for producing intricate components. They operate with computer systems and application program designed to operate out the precise measurements and nearly every little thing else that is undoubtedly required to generate the suitable custom parts.

CAD or CAM software program will permit the elements to be created and even worked in 3D to uncover out if they’re of the proper design and style and capability prior to any prototypes are developed. This saves both time and expenditures, as in the occasion the component just is not the appropriate size and shape it may then be re-made appropriate up until the style engineers recognize that it is correct. Many specialist machinists and technicians are essential to get the job done collectively on producing this type of components.


 


Obviously there are a variety of other varieties of machines which can be applied to develop all kinds of factors and that use custom machining to try and do so. Laser technological innovation assures that the numerous measurements are best and has been utilised to outstanding impact to conserve time and funds by gaining it right the quite 1st time. As contemporary engineering improves such services are offered at expanding ranges of efficiency all of the time, making it attainable to style and make even far more intricate items.


 


Hunting back, it is not that a lot of years ago due to the truth such factors would come about to be unattainable to produce, but with the many new machines coming into production each and every of the time, who knows what is going to be possible inside the lengthy term?


 


 



Colleen is a retired project manager, she has great expertise in construction supervision, on site engineering and energy generation. Also once getting in charge she has dealt with labour employ. She now writes a variety of articles with the objective becoming to assist provide guidelines and suggestions to other folks in the field.






(Source from rapid prototyping in China blog)

Saturday, October 4, 2014

Patti Engineering & McClellan Automation Systems Expand Connection as Demand Escalates from U.S. Makers Seeking to Acquire a Competitive Edge with Custom Automation



Auburn Hills, MI &amp Bedford, NH (PRWEB) September 30, 2014


Patti Engineering, Inc., a leader in control systems integration, today announced it will expand its collaboration with McClellan Automation Systems, a company that styles and builds custom production automation manufacturing equipment. McClellan Automation Systems, primarily based in Bedford, NH is an advanced manufacturing systems company that styles and builds custom production automation gear.


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On the heels of using Patti Engineering for the 1st time to effectively total a huge contract for a significant U.S. manufacturer, McClellan Automation Systems will continue to collaborate with Patti Engineering as an professional manage systems integration resource. It became apparent during the execution of this project, that the companies’ combined locations of knowledge are extremely complementary and can be leveraged to generate new business possibilities moving forward.


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Earlier this month McClellan Automation Systems was named Organization NH Magazine’s quickest expanding private company for 2013. From 2010 to 2013, McClellan Automation Systems grew by 1,750%, thanks in component to diversification from the company’s roots in the healthcare device manufacturing industry to the customer products and life science industries.


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McClellan Automation Systems initial learned about Patti Engineering when the firm needed added Mitsubishi automation authorities to help with a project developing complicated machine lines requiring higher-precision programming of Mitsubishi robots and Programmable Logic Controllers (PLCs). Gibson Engineering, New England’s Mitsubishi supplier, recommended Patti Engineering, for the further engineering assistance. Patti Engineering is a Mitsubishi Authorized Integrator, with exceptional expertise in Mitsubishi’s automation platform – a rare skill set amongst U.S. control technique integrators. Patti Engineering supplied 5 specialist engineers more than a five month period to assist with completion of the project.


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“The complexity of this project essential engineers with years of expertise designing intricate machine lines. The size of this project required far more manpower than we could supply on quick notice, so we contracted Patti Engineering to extend our group,” said McClellan’s Chief Executive Officer, Ray Ritter. “Working with Patti Engineering has been a seamless process. Our experience and capabilities go hand in hand and we are looking forward to finishing a lot of more difficult and rewarding projects together in the future.”


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Michigan primarily based Patti Engineering maintains a satellite workplace near Boston, MA and has been creating a presence in the New England area. Patti Engineering is a CSIA Certified handle method integrator offering high-caliber engineering and software improvement services in the fields of industrial automation and shop floor IT options. Patti Engineering’s locations of expertise coupled with McClellan Automation Systems’ expertise in the design of custom automation equipment for high-precision discrete part assembly and process automation, offer a much more useful resource for makers interested in utilizing sophisticated automation technologies to streamline operations and acquire a competitive edge.


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Patti Engineering’s Executive Vice President, Sam Hoff commented, “McClellan is an innovator, taking on the type of challenging projects Patti Engineering thrives on. We anticipate a long and mutually beneficial connection.”


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To inquire with Patti Engineering and McClellan Automation Systems about a project, pay a visit to http://www.pattiengineering.com/make contact with.


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About Patti Engineering, Inc.


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Patti Engineering, Inc. is a CSIA Certified control systems integration company offering higher-caliber engineering and software development solutions. Patti Engineering’s technical experience in electrical handle and data systems supplies turnkey handle systems integration for design/develop, upgrade/retrofit and asset/power management projects. Industrial automation, production intelligence and shop floor IT options services contain: project management, electrical engineering, hardware design, hardware procurement, application improvement, installation, calibration, start-up testing, verification, documentation, coaching and warranty help. Customer satisfaction and project accomplishment earned the firm Handle Engineering Magazine’s 2013 Program Integrator of the Year. For more details, visit http://www.pattieng.com.


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Patti Engineering Media Get in touch with:&#13

Georgia Whalen&#13

Director of Advertising&#13

gwhalen(at)pattieng(dot)com&#13

978-697-2664


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About McClellan Automation Systems


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Founded in 1989, McClellan Automation Systems is an advanced manufacturing systems business that styles and builds custom production automation gear. A privately owned company, McClellan supplies clientele across the U.S.A. with solutions ranging from small, proof-of-principle projects to full-size turnkey automated systems. McClellan supplies custom automation equipment for higher-precision discrete part assembly, approach automation and internet handling. Founder and Chairman James W. McClellan appears to the future by investing in firms establishing emerging technologies, “Our goal is to continue the diversification into new markets and sophisticated manufacturing systems.” For a lot more information on McClellan Automation Systems, go to http://www.mcclellan-automation.com.


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McClellan Automation Systems Media Get in touch with:&#13

Director of Advertising and marketing&#13

McClellan Automation Systems&#13

603-644-2369 x6129


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(Posted by an aluminium machining China Company and precision CNC machined parts China manufacturer)

Friday, October 3, 2014

Latest Custom Plastic Components News

Audi TT &amp TT S Roadsters unveiled in Paris

The style of the vehicle closely echoes the coupes but with a retractable soft best that needs ten seconds to open or close, a procedure that can be done at speeds of up to 31 mph (50 km/h). Compared to its predecessor, the new roof is about 3 kg …
Read a lot more on WorldCarFans.com


Volkswagen Golf Alltrack displays its rugged looks in Paris

Based on the Golf Variant, the rugged Alltrack has received a +20mm elevated ride height and benefits from black plastic physique cladding collectively with chunkier wheels and aluminum protection plates. Volkswagen is describing the model as becoming a …
Read much more on WorldCarFans.com


Plastic welding equipment and testing systems manufacturer expands plant

Forward Technology, a manufacturer of regular and custom plastic welding equipment and testing systems, announced a key expansion at its Cokato, MN, headquarters site. The 10,000 sq-ft expansion involves six,500 sq-ft of additional manufacturing&nbsp…
Study far more on Plastics These days





(Posted by an aluminium machining China Company and precision CNC machined parts China manufacturer)

Tuesday, September 30, 2014

Nice Custom Metal Components photos

A couple of good custom metal parts photos I found:


Morgan +4


Image by pedrosimoes7

Av. de Roma, Lisbon, Portugal


in Wikipedia


1952 &quotflat radiator&quot Morgan +4


1963 Morgan +4


The Morgan +four was introduced in 1950 as a larger-engined (&quotplus&quot) automobile than the 4–4. The +4 used the 2088 cc Normal Vanguard engine, although the 4–4 utilised a Common Particular 1267 cc engine (1950–58). Later +4s utilized Triumph TR2–TR4 engines (1954–1969). +four production was suspended in 1969 but brought back in 1985 with a Fiat engine (1985–1988) and then a 4-cylinder Rover engine (1988–2000). Production was once more suspended and the Plus 4 returned once much more in 2004 with a 155 bhp (116 kW 157 PS) Ford 4-cylinder.

+four+ .


Morgan +four+


A version of the +4, designated the +four+, was created from 1964 to 1967 with a modern fibreglass coupe body. The light weight and lowered drag qualities enhanced the overall performance of the +four+ over the normal +four in every single aspect. Nevertheless, the traditional Morgan enthusiasts did not embrace this departure from Morgan custom, and mainstream enthusiasts did not embrace the seemingly archaic +4 chassis. Only 26 +4+ cars were built.

Morgan four/4 [edit]


1974 Morgan 4/four


The 4–4 was replaced by the four/4 in 1955. The 4/4 now utilizes the +eight chassis and a Ford engine.


Morgan +eight [edit]


Faced with the decreasing availability of big 4-cylinder engines for use in their +4 models, Morgan started to set up the not too long ago accessible Rover V8 engine in their automobiles in 1968, providing these cars the model designation &quot+eight&quot.


The engine displacement jumped from the two.3 L of the Triumph TR4 engine to 3.5 L, then 3.9 L (1990), 4. (1998–2004) with an optional four.6L (1996–2000) all primarily based on the very same Land Rover block. However, the V-8 was no longer than the Triumph. These attributes created the +eight accelerate significantly far more quickly than the early +four and also enhanced its road-holding capability.

Horsepower (143–204 bhp), weight and efficiency varied with emission and structural laws through its history. In its final type, the GEMS Land Rover V8 made 190 hp (140 kW). Thus powered, the vehicle could accelerate from 0–60 mph in five.6 seconds.


Roadster at 76e international Motorshow Geneva 2006

Roadster


In 2004, Morgan came out with a standard styled model to replace the departing Plus 8. The new model, named the &quotRoadster&quot was powered by a Ford UK Mondeo V6 creating 204 bhp (152 kW 207 PS). In 2007, the Mondeo engine was replaced by a US version of the same engine in the Roadster II. In 2011/2, the engine was again replaced by the 3,7 Duratec Cyclone engine and bhp increased to 280. The firm calls this latest Roadster version the Roadster 3.7.


Morgan Aero eight (Series I-IV) [edit]


A Contemporary Morgan Aero eight at the Scarsdale Concours


In 2000, the Morgan Aero eight was introduced and, as always, the wooden physique substructure was ash. (Contrary to common myth, nevertheless, the chassis is metal aluminium for the Aero 8). The Aero eight, with a BMW V8 engine in a auto weighing less than a BMW Z4 and considerably much less than a BMW M3, (though more than conventional Morgans) is even more quickly than the Plus 8, delivering what Autoweek magazine termed supercar functionality. The newest Aero eight (Ser. IV) puts out 367 hp (274 kW) at 6100 rpm providing it a top speed of more than 170 mph (270 km/h). Due to the Aero 8’s light weight it can do 0–62 mph (one hundred km/h) in four.five seconds.[7]

In the course of its client production lifetime (2002–2009), the Aero was configured in 5 official versions, (I,II, III, IV and the Aero America) with variations in styling, engines, transmissions, braking and suspension. The Company canceled its production in 2009. It was followed by the Aeromax, a limited coupe edition of 100 units produced in between 2008 and early 2010.

The year of highest production was 2002.


Morgan Aero 8


The Morgan Aeromax is a coupé variation of the Aero 8 commissioned for Prince Eric Sturdza, President of Banque Baring Brothers Sturdza SA.[eight] Production restricted to one hundred automobiles was later authorised by Sturdza, every promoting for £110,000. Consumers have integrated Richard Hammond, Rowan Atkinson, and Paul O’Grady.


Morgan Aero 8


The Morgan Aero SuperSports is a targa-roofed version of the AeroMax, sharing its bonded aluminium chassis and reduced bodywork with the coupe.[9] It was launched at the 2009 Pebble Beach auto show in California.

Morgan Aero Coupe [edit]

Principal post: Morgan Aero 8

The Morgan Aero Coupe is a challenging prime version of the Aero SuperSports, sharing its bonded aluminium chassis, bodywork, suspension, and engine. It was launched at the end of 2011. It was not accessible in the USA.


Morgan Aero Plus 8


Primary report: Morgan Aero eight


The new Morgan Aero Plus eight is a classic physique version of the Aero SuperSports and Aero Coupe, sharing their bonded aluminum chassis, bodywork, suspension, and engine. It was launched at the finish of 2011. It was not accessible in the USA.


Morgan Eva GT


Principal article: Morgan Eva GT


Based on the same chassis as the Aero Supersports, the Eva GT will be a two+2 grand tourer, and as such it is longer in the physique. The Eva GT will use BMW N54 twin-turbo straight-6 producing 302 bhp, this is Euro-6 emissions compliant. Shown at Pebble Beach in clay in 2010 and expected to go on sale in 2012, deposits have been taken considering that 2010. At the end of 2011, Morgan announced that it will use new magnesium technologies for the physique and consequently it will not be re-presented till 2014 with deliveries right after that.


2011 Morgan Threewheeler


Morgan three Wheeler[ten]


The Morgan Motor Organization announced that they would launch the ‘3 Wheeler’ in 2011[12][13][14][15] at the Geneva Motor Show.[13][14] The Threewheeler was initially said to have a Harley-Davidson Screaming Eagle V-twin engine and a Mazda 5-speed manual transmission,[12][13][14][15][16] and was estimated to deliver 115 horsepower (86 kW)[12][14][15][16] at the rear wheel.[15][16] Nevertheless, there was a surprise when the prototype that was shown at Geneva had a S&ampS engine. Production 3-wheelers turned out to have S&ampS engines.[17][18] The kerb weight was initially estimated to be less than 500 kilograms (1,102 lb),[12][13][14][16] but the final weight was tested at 550 kg. The acceleration from zero to 60 miles per hour (97 km/h) was estimated by Morgan to occur in four.5 seconds, with an (est.) top speed of 115 miles per hour (185 km/h).[12][13][14][15][16] The three-wheeler is to be homologated as a motorcycle in the United States.[12][16] The organization states that 850 deposits have been taken considering that the announcement in 2011. Buyer deliveries began in Europe in February 2012. USA deliveries are not anticipated before June 2012, when the first imported three-wheeler was displayed in New York City and at the Greenwich Concours d’Elegance. The Morgan Threewheeler was featured in a Series 18 episode of UK motoring show Best Gear exactly where presenter Richard Hammond picked the Morgan Threewheeler in a comparison of track-day vehicles. The Threewheeler won the &quotNot-A-Vehicle of the Year 2011&quot in Leading Gear (magazine).

Availability to the United States.


Morgan Motor factory, principal entrance


For element of the 1950s and 1960s, the USA offered the organization with its biggest marketplace worldwide, taking up to 85% of all production.[19] This ended with the very first wave of US security and emission regulations in 1971. For several years (1974 to 1992), all Morgans imported into the United States were converted to run on propane as fuel to pass the U.S. emissions regulations. Nevertheless, this conversion, along with bringing the cars into compliance with US car security leglislation, was carried out by the dealership, and not by the factory, making the automobiles grey industry automobiles.


Even so, when the Rover Group re-certified their V8 engine for use in the Range Rover 4×4 sold in the U.S., Morgan was able to use the same engine for a fully US compliant stock Morgan from 1992 to 1996,[citation needed] and once more from 1998 to 2004.[citation needed] In 2005, the engine was replaced with the US version of one more traditionally shaped model (with a V6) known as the Roadster.


In 2002, Morgan centralised its international compliancy development and regulatory interaction in-property.[citation needed] In 2005, its correct to import its classic models ceased when supplies of its required airbag had been exhausted and no replacement was developed. In 2006, a request for an airbag exemption to the U.S. National Highway Traffic Safety Administration was refused, and the import of classic Morgans ceased.


In 2005, the new Morgan Aero eight model (versions two and 3) received a 3 year exemption from rear impact non-compliance,[22] along with a separate exemption for compliance with &quotadvanced airbag requirements&quot.[23] The rear-influence exemption lapsed in May possibly 2008 without further application. Morgan has indicated to its US dealers that it plans to re-apply for US certification for some model at as yet an undetermined date in the future.[citation needed]

In April 2012, the new Morgan three Wheeler was show-cased at the New York International Auto Show, at the Jacob Javits Center, by Bobby Singh and Gideon Lang-Laddie of Manhattan Motorsports www.morgan3w.com. This was the 1st time in ten years that Morgan had had a presence at the largest of the American automobile shows and was the 1st US specification Morgan three Wheeler in the USA. The Morgan 3 Wheeler was voted one of the &quotHottest Cars Of The Show&quot by G4TV.


In May possibly 2012. Manhattan Motorsports took delivery of Charles Morgan’s Superdry edition Morgan three Wheeler and ready it for its first main American trial. This car was driven across the States, from New York to Los Angeles by Charles Morgan and his wife,covering 3000 miles, in the Gumball 3000 Rally. At the end of the 7 day drive, the Morgan 3 Wheeler was awarded the &quotSpirit of Gumball&quot prize.

Basic traits [edit]


Conventional Morgan sliding kingpin suspension


In spite of their standard style, Morgans have constantly had sporting or &quotsports car&quot functionality, due to their extremely low weight.

Among their enthusiasts, Morgans are affectionately recognized as &quotMoggies&quot.

H.F.S. Morgan’s 1909 Runabout utilized sliding pillar suspension, an independent front suspension system with every front wheel mounted on a kingpin mounted to slide along a fixed pillar and located by a spring. Morgan used developments of this suspension system throughout its existence and it is still used on Morgan’s &quotclassic&quot line, although not on the Aero eight or its derivatives.


BROTHERS 14th Annual Chevy & GMC Truck Show


Image by ATOMIC Hot Links


Custom Portion for Thule Rack


Image by acodring

Thule does not make components to attach their roof system to a Traverse so I had these custom made locally at Johnson Welding Works on Beech St. Bob is great to operate with and has helped me with a few modest jobs over the years.





(Posted by an aluminium machining China Company and precision CNC machined parts China manufacturer)

Monday, September 29, 2014

Saturday, September 27, 2014

Hantug Custom Guitar Components Wraparound Bridge Machined From Solid Brass





Video Rating: five / 5





(Posted by an aluminium machining China Company and precision CNC machined parts China manufacturer)

Latest Custom Machined Parts News

Custom-Machining-parts.com Provides High quality CNC Turning Components at Viable Prices

Shenzen, China — (ReleaseWire) — 09/04/2014 — Runsom Precision Co. Ltd. has lately made news right after launching one more quality service of its machined components named CNC turning components. CNC or Computerized Numerical Handle is a manufacturing method&nbsp…
Study a lot more on DigitalJournal.com


Kickstarting a wallet machined from a single piece of aluminium

Erik sends us his &quotDecadent Minimalist 1&quot Kickstarter, &quota minimalist wallet that is machined from a single billet of 7075-T6 true aircraft-grade aluminum: No screws, no rivets, no straps, no elastic, no velcro, no rubber bands, just metal.&quot It&#39s $ 40 …
Read more on Boing Boing


Apple: Bent iPhone six Problems Are &#39Extremely Uncommon&#39

The back of the iPhone six Plus functions a six-inch aluminium casing, which appears to be the component of the telephone that is not resisting the pressure. &quotOur iPhones are developed, engineered, and manufactured to be each … While acknowledging the situation …
Read a lot more on GameSpot





(Posted by an aluminium machining China Company and precision CNC machined parts China manufacturer)

Tuesday, September 23, 2014

Latest Custom Metal Components News

Kyocera Brigadier Assessment: a tough one particular-trick pony

They&#39re made with plastic or aluminum, and a huge component of the device is a massive pieced of glass. Plus we take these devices everywhere. It&#39s remarkable we don&#39t break them much more … Software program style is another story. Kyocera, of course, has their own Android …
Read more on Phandroid.com


A conversation with Harry Moser

The conference also will feature a roundtable discussion by local companies, such as J.R. Custom Metal Goods, Lee Aerospace and GTM Sportswear. The cost-free conference will be held from 8:30 a.m. to 11:45 a.m. at Wichita State University&#39s Hughes …
Study far more on Kansas.com





(Posted by an aluminium machining China Company and precision CNC machined parts China manufacturer)

Thursday, September 18, 2014

Mueller & Wilson Mechanical Custom Sheetmetal and High Precision Metal Manufacturing




http://mwiusa.com/ Given that 1949, Mueller & Wilson, Inc. has been developing to meet the requirements of their customers. Diversifying from our beginnings as a light comm…
Video Rating: / five







Chiao Ta Springs Co., LTD. was established in 1973 and has 40 years of specialist experiences in the organization of manufacturing OEM/ODM springs, clip spring…
Video Rating: five / 5





(Posted by an aluminium machining China Company and precision CNC machined parts China manufacturer)

Wednesday, September 17, 2014

Cool Custom Cnc Parts pictures

Some cool custom cnc parts pictures:


BrickArms Brodie Helmet Improvement – Prototype, 1st Article, and Final Production Samples


Image by enigmabadger

Organizing my collection the other day, I realized I had samples of every step of development of the BrickArms Brodie Helmet, so I believed I’d take some images to document the development of this accessory:


Prototype – Utilised to test Will’s CAD style. Designed using hand-injection of an aluminum prototype mold Will cut making use of his personal CNC.


At some point, Will submitted this design as well as other helmet designs to his tooler for work to start on the production mold to produce new BrickArms headgear


Very first Post – Created from the new strong steel, professionally-tooled production mold (known as a &quottool&quot in production terminology) as it was becoming developed to make sure the parts are precise to the Will’s styles and function as need (right fits, grips, and so on). Based on testing of the first articles, Will then communicates with the tooler for any further operate that requirements to be completed to the tool (recutting, polishing).


1st articles are not prototypes at that point in the production approach, the style itself is finalized, and the mold employed to produce them is tool from which the production parts will be designed. Articles aren’t tests of designs but of the tool itself.


One particular neat portion about the above Brodie article: notice the very first report lacks the matte finish of the final production portion. This is due to the fact this report was produced before that texture had been applied to the mold


Final Production – After Will approves the mold for production, the tooler sends the mold to the molder and production runs of the tool in numerous colors can begin!


3 different accessories, every one a piece of BrickArms history!


Custom Box Beam


Image by Caliper Studio

Mock up of a custom section beam.


Gebral Contractor: Bernsohn &amp Fetner

Architect: SMA





(Posted by an aluminium machining China Company and precision CNC machined parts China manufacturer)

Sunday, September 14, 2014

Mg kampfer custom paint with metal components




by means of YouTube Capture.
Video Rating: / five





Custom Produced Metal Components. More at http://www.appreciate-granby.com.





(Posted by an aluminium machining China Company and precision CNC machined parts China manufacturer)

WEEKE BHC 550 Flat Table CNC Router cutting custom cabinet parts






This is a WEEKE flat table CNC Router cutting out a full sheet of custom cabinet components. This system consists of vertical drilling and routing with the major 16 …
Video Rating: / 5





(Posted by an aluminium machining China Company and precision CNC machined parts China manufacturer)

Thursday, September 11, 2014

Custom Disposable Healthcare Component Manufacturing




Mike O’Connell from ATL (Ad Tape & Label) in Menomonee Falls, Wisconsin, discusses disposable healthcare and safety label capabilities and services.
Video Rating: 5 / 5





(Posted by an aluminium machining China Company and precision CNC machined parts China manufacturer)

Tuesday, September 9, 2014

LaZouche Custom airsoft how to paint metal components.




A couple of of you have asked me how do I go about painting metal parts? Effectively here’s a brief video detailing the stages and methods utilised to hopefully outcome in …
Video Rating: five / 5







My custom built Sinanju with more than 4 months of operate. LED head eye. Silver and mica red Paint Metal thrusters Metal energy cables Custom decals.
Video Rating: four / 5





(Posted by an aluminium machining China Company and precision CNC machined parts China manufacturer)

Monday, September 8, 2014

Machine Pro Technologies Inc, Your Ohio Custom Precision Ohio Machine Shop




Machine-Pro Technologies, Inc. is an Ohio Precision CNC Production Machining Job Shop located at 1321 W. Marketplace St., Celina, Ohio, in Mercer County, Ohio. Fo…
Video Rating: three / 5





(Posted by an aluminium machining China Company and precision CNC machined parts China manufacturer)

Saturday, September 6, 2014

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:



&gt 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.



&gt 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.



&gt 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&ampD 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.





















(Posted by an aluminium machining China Company and precision CNC machined parts China manufacturer)

Friday, September 5, 2014

Cool Custom Machined Elements photos

Some cool custom machined components photos:


Arlen Ness’ Untitled


Image by cliff1066™

Individuals in the know contact Arlen Ness “Godfather,” not because he makes gives you cannot refuse, but as a sign of respect for his accomplishments all through a extended and storied career. He is the patriarch of the custom motorcycle sector.


Back in “the day,” circa 1970 BC (Just before Catalogs), when choppers were nonetheless the homespun products of some regional dude with a torch, a hacksaw, a drill press, and a rattle can of flat black paint, Arlen Ness was going for baroque. He gold-plated parts, adorned the aluminum fascia of drive-train elements with ornate engravings, and applied wild splashes of Peter Max-inspired color to the sheet metal. Plush, velour upholstery adorned his seats. If Arlen believed he could squeeze more than a single motor into a frame, he would. It was almost routine—at least for Arlen Ness—to cram two supercharged, Ironhead Sportster engines into a single frame where they would cuddle up to create ungodly heaps of horsepower.


These eccentric-seeking machines had been hallmarks of early 1970s chopper style. Ness was 1 of the very first builders to embrace the extravagant hippie counterculture that blossomed in the San Francisco Bay Region, a place Ness calls property. Some of his motorcycles from this period appear like psychedelic props from a Jefferson Airplane album cover, or as if King Louis XIV of France had commissioned an eighteenth-century, rococo rocket sled to go tooling about the Palace of Versailles. Ness combined “flower power” with horsepower to develop motorcycles that defined an era. He is nevertheless setting the pace for younger builders.


Experimental LOC Launch – 1


Image by jurvetson

You meet the most fascinating people at BALLS. Jim Green pours his own motor propellant. He machines custom motor casings, nozzle, and closures. Each and every of these is a potential point of failure. =)


Right here he is cutting the red “sparky” grains to increase their surface region (accelerating their burn). The red propellant contains a titanium sponge and Midas brake filings among other exciting components. We utilized a single of his green “Swamp Gas” grains instead of a delay charge.


On the flight out to Black Rock, I was reading the Apogee Components (RockSim) book on rocketry. Web page 131 reads:


Producing Rocket Motors

“NO!!! Never ever!!! Do not attempt to make your own rocket motors! Several individuals have died for the duration of attempts to make their personal rocket motors.”


So, I got Jim to sign the page in my book. =)


(Next)





(Posted by an aluminium machining China Company and precision CNC machined parts China manufacturer)