Buyken Metal Goods and Aerospace Apprenticeship Host Manufacturing Day for Kent, WA Area Higher School Students

Buyken Metal Goods and Aerospace Apprenticeship Host Manufacturing Day for Kent, WA Area Higher School Students


Seattle, WA (PRWEB) October 01, 2014

The Aerospace Joint Apprenticeship Committee (AJAC) and Buyken Metal Products are partnering to celebrate “Manufacturing Day” on Friday, October 3 at Buyken’s facility in Kent. The objective of this event is to inspire Kent, WA area students to take into account a career in today’s modern day manufacturing environment and uncover how apprenticeship can serve as a pathway to manufacturing careers, including machining, precision metal fabrication and a lot more. Buyken and AJAC are hosting a fun-filled day of tours, manufacturing projects and presentations for Kentridge and Kentwood High School students at Buyken’s facility and on AJAC’s Sophisticated Inspection and Manufacturing Mobile Coaching Unit (AIM-MTU).

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Manufacturing Day is an annual occasion that North American companies, like Buyken, assistance by means of open homes, public tours, career workshops and other events to showcase modern manufacturing and encourage interest in manufacturing careers.

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Buyken participates as a registered Instruction Agent in AJAC’s apprenticeship with employees presently enrolled in the precision metal fabrication plan.

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“It has been a challenge for us to get young folks coming out of college interested in a manufacturing career and in component this is due to the lack of education and instruction programs geared specifically for our industry. We are content to now offer you a path for young men and women to get the instruction needed by means of our partnership with AJAC,” stated Tom Kuzniarek, Buyken Metal Merchandise Operations Manager. “For us it not only is thrilling, but makes excellent sense for our future here at Buyken Metals to open our doors on Manufacturing Day and get young folks interested in a manufacturing career and offer them a way to bring it to fruition.”

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Buyken, a Washington State metal products manufacturer, will supply students the opportunity to construct a metal airplane while they tour each and every area of the facility involved in the design, production and inspection processes. AJAC, Washington State’s funded aerospace and sophisticated manufacturing apprenticeship plan will invite students to climb aboard its AIM-MTU and style their personal important chain employing Personal computer Aided Design (CAD) software, particularly, SolidWorks. Students will also observe how a key chain is printed on a 3D printer.

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“AJAC is excited to co-host Manufacturing Day with Buyken Metal Items. It is a tremendous chance to dispel the frequent myths often linked with manufacturing and paint, for neighborhood location students, a full and vibrant picture of what it actually signifies to perform in the manufacturing industry – innovation, sophisticated technologies, competitive salaries and much more,” mentioned Demetria “Lynn” Strickland, AJAC Executive Director. “AJAC is searching forward to educating students on apprenticeship as an ‘earn whilst you learn’ pathway to train for a career in manufacturing as a machinist, precision metal fabricator, tool &amp die maker, and so on.”

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About the Aerospace Joint Apprenticeship Committee (AJAC):&#13

AJAC is a statewide, state-funded, nonprofit organization that develops and implements Washington State registered aerospace and advanced manufacturing apprenticeship programs for Machining (Aircraft-Oriented), Precision Metal Fabrication, Aircraft Mechanic Airframe, Tool &amp Die Maker, Industrial Maintenance Mechanic and a lot more. Apprenticeship combines supervised on-the-job education (OJT) with college-level classroom instruction.

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About Buyken Metal Items:&#13

Considering that 1939 Buyken Metal Products has manufactured state of the art, high high quality metal parts in Washington State, specializing in precision sheet metal forming, stamping and fabrication. Buyken has developed customized options for a assortment of industries which includes: aerospace, automotive and transportation, building, customer, electronics and communication, fisheries, material handling, health-related devices, office and personal computer goods and utilities.

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A lot more Precision Machining Parts Press Releases

Nice Precision Metal Components pictures

Nice Precision Metal Components pictures

Some cool precision metal components pictures:

Rohr 1996 Porsche 911 GT1, diffuser, tail lamps spoiler

Image by wbaiv
The &quotdiffuser&quot is the black tray at the bottom that smoothly expands the airspace under the car from the close fit from vehicle to road, amongst the axles, to a height chosen to give maximum downforce for minimum drag, in concert with other aerodynamic characteristics. In some racing vehicles, the airflow at full speed as much as triples the force exerted by weight alone on the tires. The tires can only accelerate a vehicle forward (through engine) or back (by means of brakes), or from side to side by steering, up to basically the same acceleration that applies the tires to the road. Push it down with the airflow and you can turn sharper, brake harder or accelerate quicker. Good trick.
Even better, with reasonable aerodynamics, 7 to 10 units of down force price only 1 unit of drag – that’s named the lift to drag ratio, even if the lift is upside down.

Note &quotT&quot pin holding the physique to the chassis.

As you can see above the tail-light, 1-piece back-of-the-auto is carbon-fiber composite, as is the undertray. The only metal here are the exhaust pipes, the red-painted pickup loop bolted to the transmission, the &quotT&quot pin, its keeper, assorted fasteners. and a piece of black painted steel strip forming the basket inside the choose-up loop, exactly where the breather catch tank nestles. That tank, each vent hoses, all the body operate, are all plastic parts. The tail lamps are stock 993 things.

DSC_0165

Nice Custom Metal Components photos

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.

Good Metal Milling images

Good Metal Milling images

Some cool metal milling pictures:

PA – Mill Run: Fallingwater – Kitchen

Image by wallyg
Modern day for its day, the Fallingwater kitchen was equipped with St. Charles metal cabinets, a Swedish AGA stove, red asphalt tiles, and a Formica-topped operate table created by Wright. The Kaufmanns’ chef Elsie Henderson bought the state of-of-the-art turquoise-lined Imperial Cyclomatic CT150 Frigidaire in the 1950s. The present AGA stove, a technological marvel from Sweden designed by Nobel-prize winning physicist Gustaf Dalén, is each wood-burning and coal-burning.

Fallingwater, at times referred to as the Edgar J. Kaufmann Sr. Residence or just the Kaufmann Residence, situated inside a 5,100-acre nature reserve 50 miles southeast of Pittsburgh, was created by Frank Lloyd Wright and constructed in between 1936 and 1939. Built over a 30-foot flowing waterfall on Bear Run in the Mill Run section of Stewart Township, Fayette County, Pennsylvania, the residence served as a holiday retreat for the Kaufman household which includes patriarch, Edgar Kaufmann Sr., was a productive Pittsburgh businessman and president of Kaufmann’s Department Store, and his son, Edgar Kaufmann, Jr., who studied architecture briefly under Wright. Wright collaborated with employees engineers Mendel Glickman and William Wesley Peters on the structural design and style, and assigned his apprentice, Robert Mosher, as his permanent on-site representative all through building. Regardless of frequent conflicts between Wright, Kaufmann, and the construction contractor, the house and guesthouse had been lastly constructed at a expense of 5,000.

Fallingwater was designated a National Historic Landmark in 1966. It was listed among the Smithsonian’s 28 Areas to See Before You Die. In a 1991 poll of members of the American Institute of Architects (AIA), it was voted &quotthe very best all-time work of American architecture.&quot In 2007, Fallingwater was ranked #29 on the AIA 150 America’s Favourite Architecture list.

National Register #74001781 (1974)

What is Actually in my 35mm camera bag? – with Flickr notes!

Image by Earl – What I Saw 2.
I still adore this old gear, and I can keep in mind how mysterious it all was when I very first got it. Acquiring into 35mm photography really got me – and I honestly haven’t looked at the planet the exact same because. I’m always mentally framing potential shots when I am out – I think it probably occurs to you, too.

Photography – 35mm, big format, digital, even mobile phones and PDA’s – it all opens us up and connects us in a lot of approaches.

You can verify out the Flickr notes to locate out about what’s in there!

09.22.06 UPDATE: I had the film created at Ritz camera and burned to a cd. Not excellent! The resolution they did was much less than three mpx, really disappointing. I need to have a way to get hi-rez shots developed and posted. If you have any suggestions about how to do it affordably, I’m listening . . .

Steel Chips 1 (Crop two-HDR-USM)

Image by Juan N Only
Chips created by milling steel.

This is a (reprocess and) crop of this shot.

I replaced the prior version of this shot with this version which has been reprocessed. For this version, I did a tone-map of a pseudo-HDR of it to bring out much more detail in the highlights and shadows, then ran an unsharp mask on the luminosity channel. (Thanks to Eric R. Jeschke for a GIMP &quotSmart Sharpening&quot tutorial.) If you want to compare with the original, it is here.

I am open to any constructive criticism or ideas. Would this be much better with a lot more depth of field, significantly less depth of field, diverse lighting, various processing, etc.? What do you believe?

Click here to View Massive On Black.

[These images are under a Inventive Commons license. If you wish to license them for industrial purposes, want to acquire prints or are interested in commissioning me to take images, please send me a Flickr mail or check out my website, www.juannonly.com/, for make contact with data. Thanks.]

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