Liquidmetal ships first amorphous alloy production parts

Liquidmetal Technologies Inc.(LQMT), the leading developer of amorphous alloys and composites, has completed the first shipment of full production components as produced by its certified Liquidmetal manufacturing partner.

“This shipment represents an important milestone for our company, advancing us beyond our previous lab and production-prototype capabilities,” said Tom Steipp, LTI’s president and CEO, in the press release. “Production prototype parts are necessary for our customers to analyze and qualify parts before full production runs that will occur on a recurring basis. In this case, that process progressed from lab-prototype parts produced in the Liquidmetal R&D facility to production-prototype parts built in our contract manufacturing facility and culminated with fully qualified production parts shipped monthly from our manufacturing partner in Colorado.”

This full production capability validates the commercial value of Liquidmetal parts to this customer and gives us important experience in working through the full sales process to the point where our contract manufacturing partner can operate without R&D or engineering oversight.

“This customer has realized the unmatched value of our amorphous alloy technology in producing strong, corrosion-resistant parts,” continued Steipp. “Their application is an ideal showcase for our Liquidmetal technology, and is helping to pave the way to greater market adoption across a number of industries.”

Spurce: Liquidmetal Technologies

Related articles:
Liquidmetal Technologies Inc. and Materion announce sales channel collaboration – September 7, 2012
Futuristic Liquidmetal alloy could transform Apple products – August 15, 2012
Why did Apple lock in Liquidmetal for two more years? – June 25, 2012
New Apple agreement suggests Liquidmetal iPhone will arrive within two years – June 20, 2012
Apple extends Liquidmetal exclusivity deal through February 2014 – June 19, 2012
Why is Apple investing in equipment and machinery at an exponential rate? – May 23, 2012
Apple’s recent huge investments in plants and equipment for Liquidmetal use in iOS devices, Macs? – May 22, 2012
Apple patent app details new, possibly Liquidmetal-based speakerphone system for iOS devices – May 17, 2012
Apple and Liquidmetal: Don’t go by co-inventor’s word, he hasn’t worked for Liquidmetal since 2007 – May 6, 2012
Liquidmetal inventor: Apple will use it in a ‘breakthrough product’ that will be very difficult to copy – May 2, 2012
Whoa! This Liquidmetal iPhone 5 concept looks real – May 2, 2012
Check out these ultra-thin next-gen Liquidmetal iPhone artist’s concept images – May 1, 2012
Is Apple Inc.’s bet on Liquidmetal about to pay off? – April 30, 2012
Liquidmetal Technologies filing outlines its multimillion dollar agreement with Apple – March 31, 2012
Apple granted its first Liquidmetal patent – January 5, 2011
Apple patent application describes scratch-resistant stainless steel – October 29, 2010
Join the dots on six future Apple technologies – September 22, 2010
Apple already using Liquidmetal in their… – August 17, 2010
Inventor says Liquidmetal may be used for new iPhone antenna – August 13, 2010
How will Apple use their exclusive Liquidmetal alloy? – August 12, 2010
Apple’s exclusive Liquidmetal pact could see future Apple products encased in metallic glass – August 11, 2010
Apple inks deal for exclusive rights to custom, super-durable metal alloy – August 09, 2010

17 Comments

  1. Well let’s see. I bought at $.33… It’s gone as high as $.70… Right now it’s at $.10. Would be a great investment for 300% to 700% returns if you think Apple will do something flashy with this LQMT. I wonder when/if they will?

  2. I don’t know the cycle time to mold each part yet, but it is much faster than machining parts out of sheets an extrusions of Aluminum. Also, more cost effective. Has anyone calculated that into Apple’s margins and capacity yet? Nope!

    1. It’s a huge advancement with a few challenges. But 100 Billion in the bank and the best engineers on earth make Apple the perfect company to make this work.

      Consider, what happens when they get to the point where thinness is impossible using either the aluminum shell for support, or the current high quality stainless for internal support? Apple will need a new material that will be insanely strong at very small quantities at very thin usages.

      Liquidmetal is the best choice for the above, either for the inside support structure or, if they can swing it at the sizes they need for low cost, for the outer shell.

      So it’ll be used eventually. As I said, they’re just working out the kinks, as they have with every technology they decide they will employ and own. Remember when people said capacitive touch screens would degrade and break down after 6 months and no one had figured out how to get around that reality? Apple figured it out.

      When they figure out lqmt to their satisfaction, watch out. It’ll be used in an insanely great new class of products and literally no competitors will be able to match it.

    2. And you’re an expert in the technology I suppose? This is telling us that Liquidmetal have got the process refined to the point of pre-production examples for a commercial customer, other than the small parts produced for Apple. From that it’s possible to assume that at some point Apple could well be using the material for critical structures in its products. So far this is as one would expect. Except for an ignorant troll who knows fuck-all about anything.

    1. No. Apple’s perpetual deal with LQMT only covers CE applications.

      Medical, aerospace, defense, etc. are all open to use Liquidmetal.

      I believe the customer is Swatch.

Reader Feedback

This site uses Akismet to reduce spam. Learn how your comment data is processed.