Showing posts with label TERAMETRIX. Show all posts
Showing posts with label TERAMETRIX. Show all posts

Tuesday, May 17, 2022

The long-awaited true commercial breakthrough for THZ has just been realized at LUNA Innovations (Congratulations to Steve Williamson and Irl Duling)

 



I first read about terahertz in a 2005 publication of Popular Science and marveled at the many wonders and technological advances which were promised by the then "virgin" technology. It was sheer coincidence but also my good fortune that a small photonics company I had invested in called Advanced Photonix, (API), shortly thereafter in March of 2005 acquired the Bell-labs, University of Michigan, spin-off called Picometrix which held a large number of the existing patents on terahertz. Picometrix and the patents it held was the brainchild and largely due to the genius & vision of Steve Williamson as well as the technical genius of Irl Duling. 

It seems to me based on what I've learned this week that Luna and terahertz as a viable technology,  has finally moved to the slope of enlightenment on the Gartner technology curve, and appears headed on a long upward slope for some time to come:



Earlier this week, I listened to the Luna Innovations, 1st Quarter Financial Report. Wow! Luna really seems to have finally "hit the home-run", and it's THz division is a big contributor to the companies significant progress (which amazingly) is occurring in the midst of the overall economic turmoil of COVID, supply chain issues, global inflation and war in Ukraine. You can listen to the conference on the Luna investors relations page, or you can read a transcript here:

https://seekingalpha.com/article/4512207-luna-innovations-incorporated-luna-ceo-scott-graeff-on-q1-2022-results-earnings-call

I'd like to point readers to some of the highlights focusing on the THz discussions (however the wins are really across the entire sensing technology line of products). 

Big congratulations to Scott Graeff and the Luna team. 

Scott Graeff: "In addition, with respect to our pipeline and backlog across nearly all businesses, it was what our COO, Brian Soller characterized as a knockout quarter. As an example, for our terahertz products, our order backlog is no longer the typical 14-week lead time, but instead we are booked through year end 2022, due to the rapid increase in demand for these products.

This impressive accomplishment is a result of tremendous focus and execution by the team. As we move forward, in addition to continuing the effort on selling Luna's terahertz capabilities, the team is also working on the significant expansion of manufacturing capacity, which is expected to increase fourfold within the next year. There are similar significant pipelines for several of our other product lines....

(O)ur Terahertz products continue to rapidly penetrate industrial process control applications like the production of EV batteries. In Q1, we continue to successfully penetrate this and several other fast-growing industrial applications."

Brian Soller: "If you remember, when we sold the Picometrix business to MACOM back in 2017, we held on to that terahertz piece of that business out in Ann Arbor and folks like Steve Williamson, who were key and instrumental, we just felt like it was being starved a little bit. And so we invested some money into that because when we would talk to customers who were using the terahertz system, they were overwhelmed. They thought it was the greatest thing ever. And it just took some time to get some processes in place and to engineer out some things or the laser and do some things. And sure enough, those investments are paying off in spades now.

You heard me mention, we now are quoting delivery times, well, into Q1 of 2023 for the terahertz products, and that's not because we can't get parts, we can get all the parts in the world. The problem is capacity. So we have to increase capacity. So we're doing that. We're building out additional facilities in our Atlanta facility to make the terahertz products to make the laser. So – and we were able to make about one of those a week in Q3, we'll make two of those a week.

And in Q4 or into Q1 – early into Q1, we're going to make four of those a week. We have all these processes set up, that our Senior Vice President of Operations, Jackie Kline has been all over setting up these processes, but that's the real expansion in being able to quadruple our output of these terahertz, we are seeing more business than we can handle right now. And we see it continuing to grow once we've been able to get that product really out, get the right sales approach to it, the right marketing approach, put more engineers around it. So we're seeing that grow the really laser again, we're quoting many, many quarters out for the RIO laser. There's a lot of opportunity there that we're expanding our facilities to be able to handle this and it's a good problem to have."

Alex Henderson: "can you quantify the Terahertz, size of that business today just to help scale it for us?

Gene Nestro

Yes. I mean, I think it's a still – it's a smaller portion of our overall revenue. If you look at where we guide it, I would say it's right in that 10% range or so a little bit less maybe, but growing kind of in that, call it, 8% to 10% of our overall business is the Terahertz. But it's coming off of a small number and it – last two years, it's in essence doubled year-over-year.

Alex Henderson

Well, it sounds like if you're getting to four a week from one a week, that that's a pretty big increase in the 2023 revenue stream on a year-over-year basis. If I'm doing my math, right, that alone could give you double-digit increase in revenues."

Gene Nestro: "these are no longer someone's placing an order for one unit. We're now getting orders for eight, 10 units. The Terahertz product sells in the mid-150 range or so. So getting an order for eight, 10 units is a meaningful order.

Alex Henderson

Just going back to the visibility on that, so that's a pretty big increase in capacity, you're sold out through year end. As you get into the first quarter of next year and I didn't realize this is starting to look out beyond a reasonable level of forward thought process. But do you think you will have half a year plus of visibility to that business so that you can be confident that that production will be adequately utilized in 2023, 2024 timeframe?

Brian Soller

Yes. Hey Alex, it's Brian. We do – the nature of the customers that are the big customers that are filling the capacity are such that we have really strong visibility into where these systems are going, what they're being used for, why they're needed and how many that they need. So, yes, we have really nice visibility into that.

Alex Henderson

You talked about increasing your capacity on inventory by ordering more and purchasing commitments. Can you talk about the degree to which that inventory that you're bringing in is safe to stock? Let's hypothetically say we went into a recession globally. Would you have any risk of carrying that inventory having obsolescence occur or is this stuff that is just so fungible that you're not at risk at all on that inventory carry?

Brian Soller

Yes. Our inventory is primarily electronic, boards and other electronic components. And so there's a couple things going on. To answer your question directly, we don't think so because we see – it's not like we're ordering two years worth, we're just ordering out a little further than we normally would. But also Scott alluded to it in his comments, as we see this growth coming over the next couple of years, we're doing a lot on our procurement side of operations. And so we're putting in a more global view and working on combining our buys and working with some other vendors to utilize our buying power. So there's a lot going on in the inventory right now. So I think you'll see – we're up a little bit on inventory right now, but we expect that to hold steady the inventory as our sales are increasing and we start to consolidate some of our commodity codes and things like that.

Alex Henderson

Just going back to EMEA, given the macro conditions there, can you talk about any exposure you think you might have to a meaningful slowdown in that economy?

Brian Soller

Yes. A lot of times remember the products that we're selling are kind of the next thing that people are doing. So it's for safety, it's for efficiency. And so certainly, we would – that could impact us, but a lot of these things, we don't really see having a huge impact. And when you look at our overall sales and May is roughly around 20%, but we're not seeing that right now coming through the sales team, coming through our orders or coming through our backlog."

Those are some of the highlights I wanted to share with readers I encourage you to listen to or read the entire conference transcript. Luna's other product lines are showing similar or even greater promise. 

Monday, March 15, 2021

Terahertz Sensors and Gauges Provide Blow Molding and Other Process Control Insights

 



https://lunainc.com/blog/terahertz-sensors-and-gauges-provide-blow-molding-and-other-process-control-insights

Luna’s Terahertz (THz) measurement solutions were featured in the March 2021 issue of the Journal of Blow Molding, a publication focused on the manufacturing process for forming and joining together hollow plastic parts such as used in forming bottles or other hollow shapes and containers.

Process control is crucial to the production of a high-quality product. THz sensors are a relatively new technology that provide ultra fast, accurate and highly precise measurements of thickness in multilayer blow molded products. THz's ability to measure a wide range of materials, including those opaque to ultraviolet, visible and infrared light, provides a unique control capability. THz’s capabilities over a wide range of points in the blow molding product development, manufacturing and quality-control processes make THz wall thickness measurements an incredibly useful technology.

How does a THz measurement system work?

THz sensors emit a very narrow pulse of completely safe energy. This pulse travels through air to the sample and generates reflections of the pulse at every interface between two materials (including air and the sample's outer surfaces). If the sample is multilayer, interior layers will also create reflections, which provide a measurement of the interior layers.  The THz system measures the time between the two reflections off the top and bottom of a layer and uses this value to calculate layer thickness. Thickness measurements are highly precise (typically less than plus or minus 0.1 mil or 2.5 microns for in-line measurement rates) and extremely repeatable. The systems have high resolution (less than 0.04 mil or 1 micron) and can be used in many challenging environmental conditions.

What comprises a THz system?

A THz system consists of a control unit, a flexible umbilical cable (up to about 147 feet long) and a sensor. Single-sensor and dual-sensor control units are available. The umbilical cable allows the sensor to be freely positioned for alignment with the object being examined.

Applications for THz technologies

Applications that have been validated using THz systems include measuring blow-molded fuel tanks and bottles.

Luna Terahertz sensor on robotic arm
Figure 1: Terahertz sensors can be set up in a variety of configurations, including on the end of a robot arm (in yellow), as shown here, with an automotive fuel tank (in black).
 

Fuel Tanks

In Figure 1, a THz sensor can be seen at the end of the robot arm used to take measurements on a barrier-layer automotive fuel tank. The robot measured seven positions on the tank 88 times over one hour. Over this period, the ambient temperature of the plant increased from 70 degrees Fahrenheit to 105 degrees. The total thickness across the multiple points varied from 5mm to 8mm, with an average value of 6.29mm and an average standard deviation for repeated measurements of 0.0007mm. The individual layer thicknesses were also measured, with an average standard deviation of 0.0016mm.

Parisons and Bottles

Another use is measuring the thickness of a multilayer parison just before it is clamped in the mold. Such information can be used to assist development and manufacturing, and to measure the phasing of the extrusion process to get better control and distribution of the wall thickness throughout the object. This will lead to faster development and startup, more consistent wall-thickness distribution and efficient use of material and energy.

Luna's THz gauges and sensors have successfully measured barrier layers of ethylene vinyl alcohol, nylon and carbon black.  In one example, the system took as many as four different measurements as barrier-layer bottles moved past on a conveyor over a period of nearly four hours. A sensor installed in front of a conveyor produced in-line point measurements. This type of real-time data can provide immediate feedback to identify and correct manufacturing problems quickly.

In one case, over a measurement run of 86 hours, the barrier layer was measured with a standard deviation of plus or minus 1.5 microns, demonstrating the stability and high precision of the measurement, giving bottle manufacturers more control.

Luna’s non-contact terahertz sensors have demonstrated the ability to measure wall thickness of nearly all blow molded products, including multilayer products, at very high rates with high accuracy and precision, at many locations in the blow molding process. From the extruded parison or preform to the molded fuel tank or bottle, THz sensors can provide a high-precision measurement of multiple layers, regardless of color or material.

To read the entire article by Dr. Irl Duling, director of terahertz business development; and Dr. Jeffrey White, senior research scientist at Luna Innovations Inc, visit the March 2021 issue of The Journal of Blow Molding.

See the full suite of Luna Terahertz solutions for process control and non-destructive test (NDT) here and the Terahertz products for gauging and imaging here.

 

Thursday, January 25, 2018

Margaret Murdock Named General Manager of TeraMetrix™, a Division of Luna Innovations



https://www.businesswire.com/news/home/20180125005991/en/Margaret-Murdock-Named-General-Manager-TeraMetrix%E2%84%A2-Division

ROANOKE, Va.--()--Luna Innovations Incorporated (NASDAQ: LUNA) is pleased to announce its recent hire of Margaret Murdock, who has joined TeraMetrix™, a division of Luna in Ann Arbor, Michigan, as General Manager. Murdock will accelerate the development and global commercialization of the terahertz product platform for the industrial process control environments, aerospace and non-destructive testing (NDT) markets.


“TeraMetrix is a growing division of Luna, and we are poised commercially to execute and expand our reach,” said Murdock. “The TeraMetrix team has successfully translated proven concepts into robust terahertz products with a wide range of applications from specialty coatings in defense to quality of asphalt shingles to multi-layer thickness in blow-molded products. I’m privileged to lead such a high-performing organization.”
With more than 20 years of experience in strategic leadership of global strategies for innovative product development, engineering and manufacturing, Murdock has successfully optimized organizations’ capabilities by initiating quality management systems, implementing Lean Six Sigma principles and identifying actionable change designed to meet customer satisfaction. As a former General Manager at Picometrix, LLC, Murdock was on the leading edge of terahertz instrumentation application development and initial technology adoption into industrial markets.
“As the TeraMetrix division focuses on meeting the specifications for penetrating additional industrial process control markets, Margaret’s leadership in assessing processes, noting opportunities for improvement and optimizing profitability will be invaluable,” said Scott Graeff, President and CEO of Luna Innovations. “Under Margaret’s guidance, TeraMetrix is poised for critical growth in multiple industry sectors.”
“I am very excited for this opportunity to lead TeraMetrix,” Murdock said. “Our resources and talent position us to capitalize on our current opportunities and accelerate our future growth.”
About Luna:
Luna Innovations Incorporated (www.lunainc.com) is a leader in optical technology, providing unique capabilities in high speed optoelectronics and high performance fiber optic test products for the telecommunications industry and distributed fiber optic sensing for the aerospace and automotive industries. Luna is organized into two business segments which work closely together to turn ideas into products: a Technology Development segment and a Products and Licensing segment. Luna’s business model is designed to accelerate the process of bringing new and innovative technologies to market.
Forward-Looking Statements:
The statements in this release that are not historical facts constitute “forward-looking statements” made pursuant to the safe harbor provision of the Private Securities Litigation Reform Act of 1995 that involve risks and uncertainties. These statements include the company’s expectations Luna’s growth strategy, the expansion of its operations and its future operating performance. Management cautions the reader that these forward-looking statements are only predictions and are subject to a number of both known and unknown risks and uncertainties, and actual results may differ materially from those expressed or implied by these forward-looking statements as a result of a number of factors. These factors include, without limitation, failure of demand for the company’s products and services to meet expectations, technological challenges and those risks and uncertainties set forth in the company’s periodic reports and other filings with the Securities and Exchange Commission ("SEC"). Such filings are available on the SEC’s website at www.sec.gov and on the company’s website at www.lunainc.com. The statements made in this release are based on information available to the company as of the date of this release and Luna undertakes no obligation to update any of the forward-looking statements after the date of this release.

Contacts

Luna Innovations Incorporated
Investor Contact:
Dale Messick, 1-540-769-8400
CFO
IR@lunainc.com

Thursday, March 10, 2011

COMING SOON? TERAMETRIX! AN API (ADVANCED PHOTONIX) BRAND, OR COMPANY?

VisibcurpImage via Wikipedia






TERAMETRIX


Status Update Status Update! On Friday, May 13, 2011, status on the TERAMETRIX trademark changed to APPROVED FOR PUBLICATION



MY NOTE: THANKS TO AKIMED (DON) AND ABE,  ON THE IV BOARD FOR FINDING THIS.  (THE IMAGE  POSTED ABOVE IS JUST FOR FUN -UNTIL WE KNOW MORE)
http://www.trademarkia.com/terametrix-85237877.html


TERAMETRIX is Instrumentation for imaging, metrology and spectroscopy applications, namely, radiation transmitters and receiversAdvanced Photonix, Inc. is the owner of  the TERAMETRIX trademark. 





The correspondent listed for TERAMETRIX is MICHAEL N. SPINK of BRINK..., 524 S..., SUITE 200 ANN ARBOR, MI 48104 . The TERAMETRIX trademark is filed in the category of Computer & Software Products & Electrical & Scientific Products . The description provided to the USPTO for TERAMETRIX is Instrumentation for imaging, metrology and spectroscopy applications, namely, radiation transmitters and receivers.  

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