Latest Manufacturer Of Precision Machined Components News

Weimer Bearing &amp Transmission plans new HQ in Germantown
The firm has numerous sister firms below the Weimer Industries umbrella of organizations: Wisconsin Stamping and Manufacturing – a manufacturer of precision tubular stampings, raschig rings and machined components DexM Corp. – a manufacturer&nbsp…
Read far more on BizTimes.com (Milwaukee)

Precision Engineered Items LLC acquires brands Holmed, HowesTemco
Precision Engineered Merchandise LLC (PEP), a global manufacturer of precision plastic and metal elements and devices, has completed acquisition of Advanced Precision Items (APP) organization divisions Holmed, HowesTemco, Premco and Profiles. The 4 …
Read much more on SYS-CON Media (press release)

Precision Engineered Products LLC acquires brands Holmed, HowesTemco

Precision Engineered Goods LLC acquires brands Holmed, HowesTemco
Precision Engineered Merchandise LLC (PEP), a global manufacturer of precision plastic and metal components and devices, has completed acquisition of Advanced Precision Products (APP) enterprise divisions Holmed, HowesTemco, Premco and Profiles. The 4 …
Read much more on Rock Hill Herald (press release)

Kevin Hinson new instructor
Throughout his first twenty years at Hohenwald Machine Functions, Kevin set up and operated a assortment of machine tools to create precision parts and instruments applying his understanding of mechanics, mathematics, metal properties, layout, and machining&nbsp…
Read more on Lewis Herald

The Legendary Porsche 911, Remastered
Need FOR SPEED | Singer Porsches take benefit of a unique style quirk: Almost each and every 911 part from the air-cooled era (1963–1998) can be transplanted into any other air-cooled Porsche 911. Photography by Adrian Gaut for WSJ. Magazine …. Walking …
Study much more on Wall Street Journal

How Linear Encoders Boost Precision Machining Tools And How Cold Forging Operates

How Linear Encoders Boost Precision Machining Tools And How Cold Forging Operates

Precision machining tools have been greatly enhanced by linear encoders in a number of methods. A linear encoder is a sensor, transducer or readhead paired with a scale that encodes position. It performs by the sensor reading the scale and converting that encoded position into a digital signal which is then decoded into position by a digital readout. Linear encoders are utilised in metrology instruments and precision machining tools such as digital calipers and coordinate measuring machines. Linear encoders use many distinct physical properties to encode the position such as optical, magnetic, inductive, and capacitive.

Optical linear encoders are the most common kind of encoder on the marketplace nowadays especially for precision machining tools. A standard scale for optical linear encoders varies from hundreds of microns down to just a couple of. This type of scale is really accurate and precise which is why it dominates most of the industry. The magnetic encoders are yet another favourite and they function by scales that are either active which is magnetized or passive which is reluctance.

There are two main applications for linear encoders including measurement and motion systems. Measurement is specifically important when it comes to precision machining because it needs to be correct down to the hundredth of a millimeter. Linear encoders for measurement are commonly found in coordinate measuring machines (CMM), laser scanners, calipers, gear measurement, tension testers, and digital study outs. Motion systems from linear encoder also aid precision machining since they supply precise higher speed movement.

Linear encoders are either open or closed which can carry various positive aspects and disadvantages. Being open they are prone to dirt particularly getting in precision machining tools and machines. Nonetheless enclosing the encoder limits it accuracy due to friction. The alternative of the encoder becoming closed or open in a machine demands to be thought about on a case by base basis.

Precision Machining accomplished with Cold Forging?

It has been identified and tested that precision cold forging creates perfectly shaped parts with easy or complex geometry and it’s faster than machining. Precision machining is the most well-known way of generating tools and parts for machinery but it is quite expensive due to the machines and the length of time it requires to generate the components. Forging can operate on cold or hot materials cold working is conducted at temperatures of at 480degree Celsius to 780, and hot operating at above the recrystallisation temperature of the material getting forged.

Normally applying strenuous and heavy deformation to cold steel cracks the steel but by sustaining compression at all points this does not happen. By using little components cold forging can create a final shape with stainless steel supplying they are effectively lubricated and contained. Cold forging tends to make goods precisely to their shape which can’t be accomplished with hot forging, and given that with cold forging components can often be formed in 1 blow production prices are really higher. Cold forging is a wonderful alternative to precision machining simply because it cuts the machining time fairly considerably which for a business means lowers expenses on making components and a quicker price at which they can be supplied.

Robert Cooke, chairman of a precision machining organization, states that production time has been reduce from two minutes to a handful of seconds. The timing and the method involved in cold forging is dependent on the material becoming employed but generally there are 6 measures that take spot, pre-type production, upsetting, annealing, lubrication, cold forging, and the finishing machining. Cold forging has numerous benefits over the standard precision machining techniques such as modest batch sizes can be accomplished making use of rapid change tooling, monitoring the process of the methods for top quality control, fine surface finish, high productivity, and so on and so on. With these dramatic benefits it is thought that cold forging will become even far more common amongst the precision machining industry over the years to come

If you are searching for a precision machining firm take a look at ITI-Manchester’s web site.

Uncover More Machining Forged Parts Articles

Nice Precision Engineering Services pictures

Nice Precision Engineering Services pictures

A few nice precision engineering services images I found:

CNET News – Desktop threat, still a threat (December 20, 2012 5:28 PM PST) …item 2.. The Andromeda Strain (1971) “Code 601” …item 3.. Beware of online banking (22 May 2014) — Payment request: £50 to A.Crook (ref: Thank you) …

Image by marsmet546
One story that Hypponen says was underreported in 2012 was the rootkit known as ZeroAccess. "Zero Access is almost totally under the radar, yet it’s a massive, massive outbreak. It’s almost as big in size as Conficker, which was headline material for weeks. [Zero Access] is a commercial kit, being developed and sold by a Russian coder. [It] installs itself to the [master boot record] so it boots before Windows.
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……..*****All images are copyrighted by their respective authors ……..
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… marsmet546 photostream … marsmet546

m.flickr.com/#/photos/90585146@N08/

Thursday, Apri 3, 2014

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m.flickr.com/#/photos/90585146@N08/8292944597/

2014 – Black text on white background

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View photo size … Large

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…..item 1)…. CNET.com … news.cnet.com

CNET News Security & Privacy Four security trends defined 2012, will impact 2013

Four security trends defined 2012, will impact 2013
Mobile and Mac malware burbles noxiously, data breaches and data mining will cause more havoc with your privacy, and the Web will continue to suffer the ignominy of poorly-written, Swiss-cheesed code as security experts predict lessons from 2012 go unlearned in 2013.

by Seth Rosenblatt December 20, 2012 5:28 PM PST

news.cnet.com/8301-1009_3-57560373-83/four-security-trend…

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img code photo … Stuxnet OT

asset2.cbsistatic.com/cnwk.1d/i/tim/2012/06/30/Stuxnet_OT…

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The Internet is slowly changing, and security experts say that today’s security issues will continue to be major players in driving that change. Here are four trends that dominated headlines in 2012, and will continue to play a major role in 2013.

—– The Internet as governmental tool

The collective realization by governments around the world that the Internet is an excellent network for conducting surveillance, monitoring, espionage, and war, says Finnish computer security firm F-Secure’s Chief Technical Officer Mikko Hypponen, may not come to full fruition in 2013. But the foundation for that change is already underway.

"There will be more operations along the lines of Olympic Games, also from other sources than US and Israel. Later on, we might look back at these first 20 years of the Web as the Golden Days, when the net was still free," he wrote in an e-mail to CNET. "Olympic Games" is the covert inter-govenrment project that birthed Stuxnet, Duqu, and Flame.

Related stories:

… Senate approves Netflix-backed amendment to video privacy law
… Facebook begins rolling out new privacy tools
… Facebook starts pushing out new privacy settings
… Don’t blame Instagram users — blame Instagram
… Children’s privacy law catches on to apps, social networks

Information security expert Chris Wysopal agreed that "cyber-warfare" is becoming commonplace. "When there’s a political or actual war event, we’re seeing cyber-attacks parallel that. It does seem to be more pronounced. It’s almost not newsworthy, as if we expect it to happen alongside a political event."

Take that in for a moment. Government-sponsored, computer-based attacks, as "almost not newsworthy," he said.

But just because these attacks are becoming more frequent doesn’t mean that they don’t stymie security researchers. Tomer Teller, a security evangelist and researcher at Check Point, said that he was surprised this year by the rise of "precision-targeted attacks."

"We saw that with Gauss this year, from the Stuxnet family. It had an encrypted payload, and researchers couldn’t decrypt it."

Tim Rains, the director of Microsoft’s Trustworthy Computing division, pointed out that these governmental actions have consequences beyond the nuclear reactors of Iran and other industrial targets.

"Eighty-five percent of the exploits against operating systems tried to take advantage of one of the vulnerabilities that Stuxnet used. A very small fraction of malware uses "zero-days," so we’re seeing commodity malware writers benefits from the research of professionals," he said. "It was a trend in 2012, and we’ll continue to see that in the next year."

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img code photo … Android Marching Malware

asset3.cbsistatic.com/cnwk.1d/i/tim/2012/10/15/android-ma…

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—– More mobile devices, bigger targets

Experts have been talking up mobile security for several years now, and as mobile device proliferation continues, so will the security problems associated with them. Because of their very mobile, always-connected nature, experts told me that the problems will become more complex in 2013.

Lookout Mobile Security’s senior product manager, Derek Halliday, noted two interesting trends that his company saw in 2012. Lookout predicted and saw in 2012, "only a few dominant kinds of mobile malware," he said.

Microsoft’s Rains agreed. "[The Looter exploit] is responsible for the second-most highest number of mobile threats we saw."

Halliday added, "The other thing was how geographic specific these threats were. We were surprised by the stark contrast between the U.S. and say Russia or China. If you try to run a toll fraud application at scale in the U.S., you’ll encounter some problems — a double-opt in message, government intervention," he said.

Another point Halliday made was that while Android 4.2 is the most secure yet, with numerous security improvements, operating system fragmentation will prevent it from reaching most people until late 2013.

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img code photo … Flashback

asset1.cbsistatic.com/cnwk.1d/i/tim/2011/09/26/Flashback_…

(Credit: Intego)

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On the other hand, said Wysopal, the impact of mobile malware is definitely growing. "In 2012, half a percent of all mobile users got hurt by mobile malware in the U.S. That’s a million people, not an insignificant number. It’s a trend that is happening slower than expected, but it’s not going to go away."
The malware problem is likely to remain isolated from Apple’s iOS, according to Hypponen. "There’s still no iPhone malware. Five years after shipping one of the most popular systems, they have no malware problem at all. That’s a major accomplishment by Apple. Job well done."

—– Desktop threat, still a threat

Mobile is booming, with Android devices outselling Windows computers in Q3 2012, but that doesn’t mean that we’ll see a downturn in desktop-focused attacks.

One story that Hypponen says was underreported in 2012 was the rootkit known as ZeroAccess. "Zero Access is almost totally under the radar, yet it’s a massive, massive outbreak. It’s almost as big in size as Conficker, which was headline material for weeks. [Zero Access] is a commercial kit, being developed and sold by a Russian coder. [It] installs itself to the [master boot record] so it boots before Windows.

While Hypponen noted that Windows 8 and Macs use UEFI to create secure boot procedures that prevent rootkits like Zero Access, Microsoft’s Rains cautioned that eventually, and possibly in the coming year, this will force rootkits to evolve.

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img code photo … stuxnet

asset2.cbsistatic.com/cnwk.1d/i/tim/2012/06/13/stuxnet_30…

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Mac malware got a lot of attention in the second half of 2011 and in 2012 with Flashback, and that’s expected to continue. Hypponen said, "The author of the Flashback Trojan is still at large and is rumored to be working on something else. And while there have been smart security changes to the Mac OS," likely alluding to Mountain Lion’s Gatekeeper, "there’s a segment of the Mac-using population who are basically oblivious to the threats facing Macs, making them vulnerable to a new malware outbreak."
And across platforms, browsers remain a broad surface to attack despite ongoing improvements.

Jeremiah Grossman of WhiteHat Security said that new exploits and vulnerabilities, such as CSS sniffing attacks, will continue to cause turmoil in the most popular kind of desktop program. "Let’s say you just downloaded Chrome or Firefox. If I can get you to click somewhere on the screen, I can get you. These browsers are not really secure, it’s death by 1,000 cuts." we have 15 years of broken, faulty web code, we have a lot of garbage websites out there that are protecting a lot of interesting data.

—– Privacy and data breaches

One of the big notables in information security over the past year was the rise of awareness in data mining. Brought on by numerous privacy policy changes to high-profile social networks like Facebook, Google, and Instagram, by fast and loose trendy mobile app policies, and by shockingly large data breaches at companies that just can’t be bothered investing in better database protection, privacy is becoming a key security topic.

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img code photo … hackerstwo

asset1.cbsistatic.com/cnwk.1d/i/tim/2012/06/12/100206hack…

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Lookout’s Halliday said that he expects privacy to be a hot topic in the coming year. Not only has the California attorney general been pushing for companies to take a stance more favorable to consumers before the government is forced to step in, he said, but consumers are more aware in general.

"Devices are collecting not just location information, but contacts and your historical record of talking to them. We’d be more than happy if there was significant progress towards [better privacy] as a goal," he said.

WhiteHat Security’s Grossman pointed out that it’s not just malware writers who are using exploits. Difficult to detect until recently, "CSS sniffing was being done data aggregators," he said.

—– Holistic security

One trend that’s impossible to deny is that these security problems may start in discretely different realms, but the nature of the Internet is making them more intertwined than ever before. Malware-writing techniques pioneered for Stuxnet inspire consumer-targeted malware writers, who in turn are forced to develop new social engineering techniques as app stores, browsers, and Web site owners play Whac-a-Mole with vulnerabilities.

And issues like the potential for exploiting devices connected directly to the Internet, like smart TVs and DVD players; more creative, harder to stop social engineering; the commercialized selling of all manner of exploits; and utility and medical device hacks are expected to grow in impact.

As much as we don’t want to admit it, security is becoming an issue of ongoing education. 2013 would be a good year to get going on that.

Topics:Security Tags:roundup, 2013, 2012, prediction, security

About Seth Rosenblatt

Seth Rosenblatt is a senior editor at CNET, and has written about nearly every category of software and app available. At CNET since 2006, he currently focuses on browsers, security, and operating systems, with occasional forays into tech and pop culture.

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…..item 2)…. youtube video …

— The Andromeda Strain (1971) Part 01 … 9:45 minutes

www.youtube.com/watch?v=wajIliPFHk4

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— The Andromeda Strain (1971) Part 02 … 10:04 minutes

www.youtube.com/watch?v=6Rd7ejqZSrg

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— The Andromeda Strain (1971) Part 03 … 10:04 minutes

www.youtube.com/watch?v=VqOwqXafjcg

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— The Andromeda Strain (1971) Part 04 … 10:04 minutes

www.youtube.com/watch?v=CHXbBSFBfO4

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— The Andromeda Strain (1971) Part 05 … 10:04 minutes

www.youtube.com/watch?v=dhp63DIM30o

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— The Andromeda Strain (1971) Part 06 … 10:04 minutes

www.youtube.com/watch?v=Ab0woEupW90

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— The Andromeda Strain (1971) Part 07 … 10:04 minutes

www.youtube.com/watch?v=anwcFo4fwqA

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— The Andromeda Strain (1971) Part 08 … 10:04 minutes

www.youtube.com/watch?v=wn82Q2JeB_g

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— The Andromeda Strain (1971) Part 09 … 10:04 minutes

www.youtube.com/watch?v=O8Yv7LjD7tY

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— The Andromeda Strain (1971) Part 10 … 10:04 minutes

www.youtube.com/watch?v=xHC7reln_tw

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— The Andromeda Strain (1971) Part 11 … 10:04 minutes

www.youtube.com/watch?v=mUvOfnIPV0E

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— The Andromeda Strain (1971) Part 12 … 10:04 minutes

www.youtube.com/watch?v=aqGztEExN4Y

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— The Andromeda Strain (1971) Part 13 … 10:04 minutes

www.youtube.com/watch?v=OfsJ074Ccp4

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AStrainMov

Uploaded on Jul 31, 2008

The best-selling novel by Michael Crichton was faithfully adapted for this taut 1971 thriller, about a team of scientists(Arthur Hill, David Wayne, James Olson, Kate Reid and Paula Kelly) racing against time to destroy a deadly alien virus that threatens to wipe out life on Earth. As usual with any Crichton-based movie, the emphasis is on an exciting clash between nature and science, beginning when virologists discover the outer-space virus in a tiny town full of corpses. Projecting total contamination, the scientists isolate the deadly strain in a massive, high-tech underground lab facility, which is rigged for nuclear destruction if the virus is not successfully controlled.

The movie spends a great deal of time covering the scientific procedures of the high-pressure investigation, and the rising tensions between scientists who have been forced to work in claustrophobic conditions. It’s all very fascinating if you’re interested in scientific method and technological advances but it’s more effective as a thriller in which tension is derived not only from the deadly threat of the virus, but from the escalating fear and anxiety among the small group of people who’ve been assigned to save the human race.

The basic premise is still captivating; it’s easy to see how this became the foundation of Crichton’s science-thriller empire.

Category
Film & Animation

License
Standard YouTube License

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…..item 3)…. Beware of online banking: Security expert reveals that ANYONE can hack a bank’s app using free internet tools

… Mail Online – Daily Mail … www.dailymail.co.uk/sciencetech/

… Mobile security expert has demonstrated how a banking app can be hacked
… He built a dummy app and used reverse engineering to connect to a server
… When sending money, the server was able to obtain the user’s password
… It was then programmed to piggyback onto the payment and transfer money to the hacker’s account
… Arxan’s Winston Bond said reverse engineering can be used on any app
… There are also tools and online tutorials to teach hackers the process

By VICTORIA WOOLLASTON

PUBLISHED: 07:27 EST, 22 May 2014 | UPDATED: 08:58 EST, 22 May 2014

www.dailymail.co.uk/sciencetech/article-2636160/Beware-on…
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More than two thirds of us now use smartphones to make payments and check bank balances online.

Many banking apps have a number of security measures in place – from two-step authentication to passwords and PINs – but they may not be as secure as first thought.
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img code photo … SEND PAYMENT – dummy banking app

i.dailymail.co.uk/i/pix/2014/05/22/article-2636160-1E19D3…

Mobile security experts set up a dummy banking app, pictured, to demonstrate how the technology can be hacked using reverse engineering

Arxan

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A mobile security expert has revealed to MailOnline how these apps can be hijacked using free tools available online – and the hackers don’t need any of the user’s login details.

Winston Bond is technical manager at mobile security firm Arxan Technologies.

To highlight the risks, he developed a dummy banking app before engineering it to connect it to an external server that could be run by a hacker.

During a demonstration, as he signed into the app, the password was automatically revealed on the hacker’s server.

During another demo, he sent money via the app.

The server was able to piggyback onto the payment and even transfer money to the hacker’s account at the same time.

Although this was a dummy demonstration, Bond explained it is the same process hackers are using to access official banking apps on mobile devices.

The hacking technique used is called reverse engineering.
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More…

… Google’s 9 smart smoke sensor Nest Protect set to go back on sale after flaw that causes it to turn off if someone WAVES at it fixed
… The tricycle that could replace the cop car: Segway reveals ,000 three wheeler designed for police patrols

The process involves taking an object apart to see how it works, either to replicate or improve it.
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img code photo … connected the app to an external server

— bin – Hacker’s Server
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finnmcmissile% ./hackistan_server

########################################

Ready to capture mobile banking details

########################################

Password: arxan
Balance: 415

i.dailymail.co.uk/i/pix/2014/05/22/article-2636160-1E19D3…

As part of the engineering, expert Winston Bond connected the app to an external server that could be run by a hacker, pictured. During one demonstration, as he signed into the app on his iPad, the password was automatically revealed on this pretend hacker’s server on a laptop, pictured

Arxan

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img code photo … The server was able to piggyback

— bin – Bank Of Arxan
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finnmcmissile% ./BankOfArxan_server
BankOfArxan_Servier: using default port
New client: Winston’s iPad connect

Payment request: £10 to Wilf (ref: pocket money)

News client: Winston’s IPad connected

Payment request: £25 to Mark (ref: lunch)

Payment request: £50 to A.Crook (ref: Thank you)

i.dailymail.co.uk/i/pix/2014/05/22/article-2636160-1E19D2…

During another demonstration, Bond sent money to a person called Mark, via the app. The server was able to piggyback onto the payment and send money to the hacker’s account, pictured here as A.Crook. Although this was a dummy demonstration, Bond said it is the same process hackers use to access official banking apps

Arxan – Protecting the App Economy

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Reverse engineering is not just used for hacking purposes, and is often a technique programmers use to find mistakes or errors in code in order to fix them.

In the case of apps, software reverse engineering involves translating the program’s binary code back into the source code it was originally written in.
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— WHAT IS REVERSE ENGINEERING?

… Reverse engineering is the process of taking an object apart to see how it works, either to replicate or improve the object.

… It is not just used for hacking purposes, and is often used by programmers to find mistakes or errors in code in order to fix them.

… In the case of apps, software reverse engineering involves translating a program’s binary code back into the source code that it was written in.

… This source code reveals to the hackers how the app works, the steps it takes to complete certain tasks and details about the app’s structure.

… A reverse engineer can use a various tools to disassemble a program.

… One example is called a hexadecimal dumper, which prints or displays the binary numbers of a program in hexadecimal format, making it easier to read than binary.

… Another tool is a disassembler. This reads the binary code and displays each instruction in text form.

….
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This source code reveals to the hackers how the app works, the steps it takes to complete certain tasks, and details about the app’s structure.

Hackers are able to manipulate this source code by adding in lines that connect the app to an external server, for example, or code that tells the app to reveal the password each time it’s entered.

More complicated code is used to create a rule, for example, that means every time a payment is sent, the same amount is sent to the hackers account.

Accomplished hackers can also edit the code to hide these changes from the program, so the software assumes everything is working as it should.

Once the changes are made, the edited code is uploaded back onto the company’s server.

And, as Winston Bond explained, all of these steps can be carried out using tools freely available online.

There are even online video tutorials that show programmers, as well as a hackers, how to access the source code of software.

He did point out that iOS apps and software are more secure and closely monitored than Android, for example – except on jailbroken devices.

‘Jailbreaking’ is the process of removing certain restrictions Apple places on apps and downloads, for example, and makes it easier for developers to adjust settings.
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img code photo … Reverse engineering

i.dailymail.co.uk/i/pix/2014/05/22/article-2636160-1E1A67…

Reverse engineering is the process of taking an object apart to see how it works. It is not just used for hacking purposes, and is often used by programmers to find mistakes or errors in code. Software reverse engineering involves translating a program’s binary code, stock image, back into the source code it was written in

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In many of the cases where banking apps are hacked, Bond continued the attack only works when a user downloads a separate, malicious app.

The demonstration was created after an Arxan study found hackers attacked 78 per cent of the top 100 paid Android and iOS apps last year.
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— HOW TO PROTECT YOURSELF?

… Many apps are now using additional software, including those developed by Arxan Technologies to prevent hackers from reverse engineering their products.

… However, firms do not reveal if they are protected by such services so users are advised to only download apps from official app stores.

… People should keep an eye on bank statements and report any irregularities.

… They should also check in the phone’s settings for any unusual looking processes running in the background.

… If any look suspicious, users can search online for the names of processes to see what they do.

… Experts also suggest installing antivirus apps on mobile devices.

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It revealed there were hacked versions of 100 per cent of the top 100 paid apps for Android, and 56 per cent of the top 100 paid apps for iOS.

Last year, Arxan found attackers modified 80 per cent of free Android apps, and this year, this was down to 73 per cent in the same category.

On iOS devices, 40 per cent were hacked last year, compared to 53 per cent this year.

The research unveiled cracked versions of popular financial apps to be at 53 per cent for Android, and 23 per cent were Apple iOS hacked variants.
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— Share or comment on this article

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— Sid, Australia, Australia
And after all these wonderful foolproof actions and downloads, chuck the whole lot in the rubbish bin and walk to your banking institution JUST LIKE WE USED TO before we got lazy.

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CageWrx Brings Race Proven Parts and Straightforward to Set up, Precision Produced Kits and Elements to the UTV Aftermarket

CageWrx Brings Race Proven Parts and Straightforward to Set up, Precision Produced Kits and Elements to the UTV Aftermarket


Beaumont, CA (PRWEB) September 04, 2014

CageWrx is the superior and revolutionary components provider in the UTV aftermarket. Founded by Chad Ragland and Danny Gormican, their distinctive strategy has swiftly impacted the market and established the company up as the go-to leaders in the space. CageWrx brings confirmed off-road race technologies and overall performance components to UTVs whilst simultaneously delivering fabricators, shops and consumers “do it yourself” solutions in the aftermarket product arena.

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The firm specializes in roll cages, roofs, windshields, bumper kits and suspension elements. As the UTV market place explodes, individuals are browsing for leading top quality goods to customize their rigs. CageWrx is able to make exact, constant and affordable kits that ship total with plans and online video instruction.

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“What sets us apart is the capability to give really precise kits that enable for easy installment. It’s like building with Legos,” explained Gormican.

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A noted Trophy Truck racer, Ragland got the UTV bug when he started modifying his Polaris RZR XP1000 and swiftly realized the machines had real performance possible by applying race-worthy parts. He turned to Danny Gormican, who has created and fabricated for best teams including McMillin Racing, BJ Baldwin, Stout, Menzies and Robby Gordon. They initially launched CageWrx to focus on the performance aspect but have morphed to fill a true want in the market.

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“We rapidly began fielding calls from a range of people and firms looking for us to build kits they could set up on their own,” noted Ragland. “We realized that supplying the business directly would enable RZR owners all over North America and globally to get straightforward access to a custom setup.”

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About CageWrx&#13

Located in Beaumont, CA, CageWrx brings race inspired and confirmed aftermarket accessories to the UTV market place although empowering DIY options for fabricators, shops and car owners. Items contain roll cages, roofs, windshields, bumpers and suspension elements. To understand far more, log on to http://www.cagewrx.com.

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Cool Precision Component Producers pictures

Cool Precision Component Producers pictures

A handful of nice precision element makers photos I found:

Apollo 14 Docking Ring

Image by jurvetson
Milled from a solid block of titanium, with twelve docking latches, it is a marvel of precision design and style in the era ahead of CAD/CAM.

The Smithsonian believed this was the CM docking ring from Apollo 14 Command Module, and had paperwork to help that. I feel it is the sister unit, a big structural engineering element utilised for ground testing to try to recreate the series of docking failures seasoned early in the Apollo 14 mission with the probe that was brought back (normally the docking probe would be left behind). Hence the Apollo 14 label on the base and description at the Bonhams’ auction:

NASA’s choice to fly Apollo missions employing a lunar orbit rendezvous approach necessary the improvement of a method to join, separate, then rejoin two spacecraft. This system also had to let astronauts to move internally between the Command and Lunar Modules. The flight configuration selected was an effect system consisting of a probe situated at the forward end of the Command Module (CM) and a funnel-kind drogue located at the prime of the Lunar Module (LM). The CM’s probe was mounted to the docking ring, which provided a point of structural integrity for the two docked cars as soon as the probe was removed. Removal of the probe produced a tunnel so the crew could travel between the docked cars. A series of latches about the docking ring locked the cars collectively. The tip of the probe had a set of 3 modest capture latches which had been developed to hold the vehicles with each other lengthy adequate that the bigger docking ring latches could be engaged.

Just right after the Saturn V’s third stage sent Apollo 14 on its planned trajectory toward the moon, Shepard along with astronauts Edgar Mitchell and Stuart Roosa seasoned difficulty docking the CSM to the LM. 5 attempts were created but the docking probe capture latches never engaged to secure the two cars together. This could have scrubbed for the second time in a row a lunar landing mission. With the failure of Apollo 13 due to a Service Module oxygen tank explosion, a scrub of the Apollo 14 lunar landing would most definitely have offered ammunition to these in Congress lobbying for an early termination of the Apollo Plan.

Soon after practically two hours of delays and on the sixth try, with Roosa holding the CSM tight with the LM for many seconds, the latches lastly engaged. The crew then activated the series of larger latches mounted along the docking ring to receive a &quothard dock&quot configuration. Though they had been ultimately docked, Mission Manage and the crew’s concern shifted to the possibility that the program could fail when it was most necessary, the redocking of the LM Ascent Stage following Shepard and Mitchell’s return from the moon. If this happened the crew could be forced into performing a space walk in order to return to the CSM. The lunar rocks and scientific data may well have to be abandoned in the LM pending the precise situations of a possible lunar orbit docking problem. The probe was completely inspected by the crew throughout the coast period to the moon and they sent detailed verbal descriptions plus television pictures to Mission Control. Because the probe now showed standard operation of the capture mechanism, NASA created the selection to proceed with the planned mission.

The redocking while in lunar orbit was fully normal. The docking probe (usually jettisoned with the LM) was returned to earth for inspection and evaluation.

NASA and spacecraft manufacturer North American Rockwell performed an exhaustive series of tests to the docking system. All elements (probe, latches, docking ring) had been tested &quotin location&quot with the recovered Apollo 14 CM, then each was removed for a series of combined and person tests. The docking method dilemma was a major reason the docking ring was removed and never ever re-installed into the Apollo 14 CM. Post-flight evaluation of tv, motion image film, accelerometer info, and reaction control system thruster activity indicated that probe-to-drogue get in touch with conditions were as expected for all docking attempts. The probe’s capture latches should have worked on every of the 1st 5 docking attempts. A plunger-variety component in the capture latch failed to reach a forward or locked position most likely due to some kind of foreign debris or contamination. A change in the size of the plunger due to temperature was an added possibility. Internal harm to the capture-latch mechanism was ruled out as the cause because the program functioned correctly in all subsequent operations following the sixth docking try and throughout post flight testing. The debris or contamination most probably became dislodged following the fifth docking try, enabling the system to operate effectively from that point. NASA and Rockwell created the decision to supply a protective cover on the tip of the probe to prevent contamination during future flights.

Throughout the tests, the ring was shipped between a variety of NASA and contractor facilities through a 39 by 39 by 12 inch wood transit case which is integrated with the ring. The ring itself has a series of inspection stamps and ID numbers that study: &quotMDR 408699, V36-316250-9, 06361-B009522, MR 361588, DEC 9 1968, V36 316250 31, ASSEM, FEB 18 1969, 06361A015194.&quot A separate 6 by 3 inch yellow &quotTemporary Parts Removal Tag&quot repeats many of these numbers and has the added hand-written information of: &quotTPS 112, REM #103, Docking Ring, S/C 110, 2/14/72.&quot

Included are copies of documents listing the NASA artifact number (2243) getting from Command Module (S/C # 110) for the transfer to the National Air and Space Museum (NASM) and deascession papers from NASM.

The Apollo 14 docking ring is the single biggest and heaviest piece of lunar spacecraft structural gear ever to be provided to private hands. The flown CM docking ring, the twin of this one particular, remained with the ascent stage of the Lunar Module Antares when it was jettisoned. Antares was then deliberately crashed into the moon’s surface to simulate a &quotmoonquake.&quot