The Voice of LTI

Hi I’m Ashley Yerkes and I’m proud to serve as the brand ambassador for laboratory testing my story with LTI actually started when I was a kid coming to take your child to workday to visit my mom who worked in the non-destructive testing department i’ve been connected to this company ever since over the years I’ve had the chance to work in IT customer service accounting and now sales i’ve grown through roles such as the customer service coordinator inside sales rep and now key account manager through those roles I’ve also had the opportunity to support my co-workers by leading internal trainings on everything from our customer portal upgrades and HubSpot to CSI development i’m also a certified accuracy in the workplace trainer and I’ve hosted sessions across the company to help reinforce intentional accuracy in everything we do in 2017 I was part of the team that organized and hosted our openhouse event for all of our customers and I continue to serve on our health and wellness committee supporting our employees and contributing to the culture is something I truly value lti has always been more than just a workplace for me it’s family literally i’m the third generation of my family to work here my grandfather was a driver for LTI until his retirement and I’m proud to carry that legacy forward as brand ambassador I’m excited to connect with you our customers and show you what makes LTI different from the people behind the work to the standards we hold ourselves to I’m here to help tell that story thanks for watching and I look forward to what’s ahead.

What happens when conventional ultrasonic testing isn’t enough? When components get larger, geometries get more complex, and inspection requirements become more demanding. The technology behind the inspection matters. In this technical deep dive, we’re [music] taking a closer look at LTI’s ultrasonic capabilities, including our newest system, and how we’re approaching [music] increasingly complex components. Today, I’m here with Phil Tro, our UT level 3. Thanks for joining us, Phil. Thanks for having me, Ashley. Let’s start with the [music] basics. What makes immersion ultrasonic testing different from conventional ultrasonic testing? Immersion UT, as the name suggests, uses water as the coupling medium between the probe and the component. This gives us a very controlled inspection environment and allows us to automate the probe movement around the part. The result is a very repeatable scanning process that can generate detailed inspection data across the entire component. And when you’re dealing with larger complex components, that level of control becomes very important. What does LTI’s newest immersion system add to our existing [music] capabilities? It expands the envelope of what we can expect. The system is designed to accommodate larger and more [music] complex components while providing multiaxis movement and automated scanning capabilities. This gives us a lot more flexibility in how we approach an inspection. We’re no longer limited to scanning a flat or simple round surface. We can develop scanning approaches around the geometry of the component and the requirements of the inspection. What kind of components are we talking about? There’s a very broad range. [music] Our immersion capabilities cover tube including specialized tubing, commercial pipe and bar and forgings and complex parts which can include large round components as well as components with much more complicated geometries. For these more complicated geometries, the ability to manipulate the probe and the component through multiple axes becomes very valuable. Let’s talk about complex geometries. How do we inspect something that isn’t flat or cylindrical? That’s where automated scanning capabilities become really important. We can control the movement of the probe through multiple axes and develop scan plans that follow the geometry of a component. For complex parts, we can use different scanning approaches depending [music] on the shape, the material, and the inspection requirements. The goal is to maintain [music] the necessary probe orientation and complete coverage while collecting inspection data across the entire part. Once you’re scanning a component, what does the test data actually look like? We can collect and evaluate multiple forms of ultrasonic data, including A scans, B scans, and C scans. This gives us multiple ways to visualize what the material condition actually is. We can perform automated inspection and then use that collected data to identify indications and if necessary perform additional evaluations. We’re not simply looking at a simple signal on a screen. We’re building a detailed data set around the entire inspection. Why is automation so important in this type of testing? Automation is [music] what generates the consistency and repeatability we need for sensitive inspection. The system controls the probe movement and the scan patterns and the system software records and organizes the inspection data. That eliminates the dependence on manually moving a probe across a component and gives us a completely controlled inspection process. It also allows us to document the inspection in a way that’s useful for our customers and their quality systems. Can the system accommodate different inspection approaches? Of course, this system is capable of longitudinal and shear wave testing, allowing us to select the approach that best fits the inspection and meets the customer’s requirements. The equipment also incorporates automated probe handling, which allows additional [music] flexibility when an inspection requires multiple probes. So, why should an engineer or quality team care about all of this technology? Because this system generates consistent inspection results from part to part. As designs become more complex and materials become more advanced, the inspection technology has to evolve with them. Our goal is to provide customers with the technology and technical expertise necessary to evaluate these mission critical components with confidence. And as our customers needs change, we’re continuing to expand our capabilities alongside them. Thanks, Phil. That was a lot of great information. anytime. From specialized tubing to [music] large pipe and bar and from forging to complex components, LTI continues to expand [music] its immersion ultrasonic testing capabilities. If you’d like more information about our technology capabilities and technical expertise, access our [music] website.

If you have an AS9100 or IATF audit coming up, there’s one area that they focus on now more than ever, your calibration provider.

Many shops are seeing findings because their certificates are missing key details like uncertainty, traceability, and proper alignment to the lab scope. This is why so many companies are choosing LTI.

Our calibration lab is A2LA, ISO7025, and fully NIST traceable. We work with aerospace and defense suppliers so we understand the level of documentation that auditors expect.

When we talk about being audit ready, it means clear and complete certificates, accredited calibration, [music] and a team that supports your quality system. If you want to know where your program stands, send us your gauge list or a few certificates.

We will help you get audit ready.

Hey, it’s Ashley, and today we’re talking about additive manufacturing. At LTI, we provide a complete workflow for additive manufacturing materials. From powder to fully printed parts and builds, we test them all under one roof.

It all starts with powder characterization, followed by machining, extraction, and specimen preparation to ensure reliable results. We provide both destructive and non-destructive testing, everything from fracture toughness to fatigue, digital radiography, and ultrasonic inspections with our new ScanMaster UT tank. Our customers love that it’s all under one roof, saving them time and eliminating delays.

By eliminating vendor handoffs, LTI delivers industry-leading turnaround time, averaging 3.39 days compared to the industry’s 5 to 7 days. That’s why defense, space, aerospace, and naval programs trust us to keep their additive manufacturing projects moving. LTI, your end-to-end additive manufacturing testing partner.

Hey, it’s Ashley. Today we’re going to talk about the LTI Way Award. The LTI Way Award is one of the most meaningful recognitions at Laboratory Testing because it begins with peer nominations who see these actions lived out every day. It honors an employee whose actions reflect the LTI Way and its 31 fundamentals.
Ashley, congratulations on winning the LTI Way Award. I’d love to ask you a few quick questions. What does the LTI Way mean to you personally?
Thank you, Ashley. It’s a pleasure to win this award. The LTI Way started out as intentional accuracy that we put into place. Throughout the years, I’ve been living through all of these different fundamentals, and it honestly has made Laboratory Testing one of the best places that I could imagine working.
We have 31 LTI Way fundamentals. Which one resonates with you the most?
I would have to say “Let Yourself Grow.” I’ve been at Laboratory Testing for almost 15 years, and I’ve worked through many departments. I started out in IT, then I worked in accounting, then I moved to customer service, then I moved over to sales, and now I’m working in marketing. So I’ve had to let myself grow and learn many different aspects of our company throughout the years.
Are there any that you try to live out every day at work?
I would have to say be positive, live a healthy lifestyle, and keeping things fun.
Is there anyone at the company that you’d like to recognize or thank?
I’d like to thank all my mentors that I’ve had at Laboratory Testing throughout the years, as well as my colleagues who make coming to work every day a pleasure.
Congratulations again, and thank you for bringing the LTI Way to life here at Laboratory Testing.

Hey, it’s Ashley, and today we’re talking about additive manufacturing. At LTI, we provide a complete workflow for additive manufacturing materials. From powder to fully printed parts and builds, we test them all under one roof.

It all starts with powder characterization, followed by machining, extraction, and specimen preparation to ensure reliable results. We provide both destructive and non-destructive testing, everything from fracture toughness to fatigue, digital radiography, and ultrasonic inspections with our new ScanMaster UT tank. Our customers love that it’s all under one roof, saving them time and eliminating delays.

By eliminating vendor handoffs, LTI delivers industry-leading turnaround time, averaging 3.39 days compared to the industry’s 5 to 7 days. That’s why defense, space, aerospace, and naval programs trust us to keep their additive manufacturing projects moving. LTI, your end-to-end additive manufacturing testing partner.

Hey, it’s Ashley. It’s the holidays here at LTI, so we hit the floor with a few rapid-fire questions to see where the team lands. First up, the movie showdown. Everyone has a favorite. Christmas Story or Christmas Vacation? For many, it was hands down Christmas Vacation, with several votes for National Lampoon’s classic. Others stood firm on Christmas Story, calling it a tradition and even admitting they miss watching it now that their family has moved on from it.

Next debate, The Grinch or Elf? Elf definitely had a strong showing, but The Grinch held its own, especially the Jim Carrey version, which more than a few people found especially funny.

We also asked which Christmas movie is on repeat at home. Answers ranged from Die Hard to Krampus, with a few folks admitting they weren’t even sure they’d seen some of the movies mentioned.

When it comes to the holidays, some people travel while others stay close to home. A few are hosting family this year, including one brave soul planning a Christmas brunch. Others are keeping things low-key, staying home or visiting nearby family, while a couple are heading out on bigger trips, including a visit to Universal Studios in Orlando. For some, it just depends on the year and where life is at.

Holiday traditions brought out some great stories. One family makes a massive batch of Christmas cookies every Christmas Eve. Another memorable tradition included a crown roast that clearly left a lasting impression.

Food, of course, was a hot topic. Favorite Christmas dinner dishes ranged from Brussels sprouts and honey-glazed ham to candied apple rings and even a full Chinese food s’mores board. When it came to cookies, the list got serious. Raspberry thumbprints, chocolate chip, pistachio cookies, Italian cookies passed down every year, and the ever-popular Christmas crack made the cut. Chocolate with peanut butter chips and Hello Dollies also earned honorable mentions, even if that technically meant picking two favorites.

From everyone at LTI, thank you for an incredible year. Wishing you a joyful and relaxing holiday season.

Hey everyone, it’s Ashley at LTI and today we’re keeping things fun and light. We know how hard everyone works, so we’re taking a minute to talk about Thanksgiving. Traditions, travel, food, all the good stuff. Let’s see what the team is up to.

Hey Shirley, do you have any traditions on Thanksgiving?
My husband and I love to go for hikes in the woods and then maybe see the family, but usually we have to.

Hey Mike, how’s it going?
I’m good.
Thanksgiving question for you.
Okay.
Apple pie or pumpkin pie?
Pumpkin pie every day.

Kevin, got a Thanksgiving question for you.
Pumpkin pie or apple pie?
Both.

All right. Pumpkin pie or apple pie?
Pumpkin.
Pumpkin pie or apple pie?
Apple pie.
Pumpkin pie or apple pie at Thanksgiving?
Both.
Pumpkin pie or apple pie?
Apple.
Pumpkin pie or apple pie?
Apple pie.
Pumpkin pie or apple pie?
Pumpkin pie.
Pumpkin pie or apple pie?
Apple.

Box stuffing or homemade?
Oh, I could go either way. I’ll go home.
Box stuffing or homemade?
Homemade.
Box stuffing or homemade stuffing?
Homemade stuffing.
Homemade stuffing or box stuffing?
I don’t eat stuffing.

Light meat or dark meat?
I’m a dark meat guy.
Light meat or dark meat?
Both.
Light meat or dark meat?
Light.
Light meat or dark meat?
Yes.

Is it pecan pie or pee-can pie?
Oh my gosh. So, first of all, I’ve never had that before.
Oh my gosh.
Ever.
But I would go pecan.
Is it pecan pie or pee-can pie?
Pecan.
Pecan pie or pee-can pie?
Pecan, I think.
Is it pecan pie or pee-can pie?
Pean.

Thanks for sharing. From all of us here at LTI, we hope you have a safe, relaxing, and delicious Thanksgiving. Enjoy your time with friends and family and we’ll be right back at it together after the holiday. Happy Thanksgiving everyone.

Ashley: Hey, it’s Ashley. I’m here in our Chemistry Lab with one of our Senior Analysts, Jessica Ingalsbe. Jess is going to walk us through how ICP analysis works and why it matters for our customers. Jess, can you explain what ICP analysis is at a high level?

Jess: Absolutely. ICP stands for Inductively Coupled Plasma. It’s a method we use to determine what elements are in a sample and in what concentrations. It’s especially valuable for materials testing since it gives us accurate and reliable data on the chemical composition.

Ashley: If I send in a sample, what happens next?

Jess: First, we digest the material in the wet lab so it’s ready for testing. Then the solution is introduced into the ICP instrument. The plasma excites the elements in the sample and they give off a photon of light, which the spectrometer analyzes. Each element has a unique signature. That’s how we can precisely analyze what’s in each sample.

Ashley: What makes ICP valuable to our customers?

Jess: It’s highly accurate and precise, even at trace levels. It’s efficient — we can analyze multiple elements in one run, saving time. And it meets industry quality standards such as ASTM and Nadcap.

Ashley: Are there any common issues that customers can help prevent when they send in a sample?

Jess: Yes. One thing that can cause delays is when customers don’t send enough material to properly run the analysis. It’s also important that the sample is clean and representative of the material they want tested. When those things are taken care of, it helps us keep the process smooth and efficient.

Ashley: Thanks, Jess. It’s clear that ICP is a powerful tool for our customers. Before we wrap up, what other services do you and the Chem Lab team provide?

Jess: We provide a wide range of services including classical wet chemistry, combustion analysis, optical emission spectroscopy, ICP mass spectrometry, and various corrosion testing.

Ashley: Perfect. Thanks for sharing, Jess. And thank you for joining us. Stay tuned for more spotlights with our LTI experts.

Hey, it’s Ashley. I’m here in our fatigue and fracture lab at LTI with Jake. Hi, I’m Jake Chel. I’m the fatigue and fracture team lead here at LTI. I’ve been here for just over 5 years uh with background experience in physics and in mechanical engineering. Have you ever wondered how a tiny crack in a metal part can become a big problem? We’re here to show you with a test called fatigue rack growth testing. Fatigue crack growth testing um informs us on how fast or how slow a crack will grow through a material. This is super important in a wide variety of industries such as aerospace, automotive, and the additive industries. You know, where a crack is super important and where it can cause a lot of danger. At LTI, we follow ASME E647 standards and use advanced systems to monitor every crack and cycle. Our team delivers fast, precise data customers can rely on whether for R&D or mission-critical parts. What sets LTI apart? Firstly, is our volume capacity. In here in the Pigium Fracture Lab, we have 52 server hydraulic test frames. We have really good turnaround time as well as a very deep technical experience across all of our technicians. We’ve worked on something, you know, really small additive manufactured parts all the way up to large CTS and even component parts. Whether you’re testing for safety, reliability, or performance, our fatigue crack growth team at LTI is here to help. Visit www.labtesting.com for more information.

[Music] When Customers send their material to us, they’re trusting us with something important. Here’s what they can expect. We work with missionritical OEMs, forggers, fabricators, heat treaters, and suppliers in critical industries, aerospace, nuclear, defense, energy, and more. We provide mechanical testing, chemical analysis, fatigue, and fracture testing, and a full service machine shop, all under one roof. Our non-destructive testing capabilities include ultrasonic, fluorescent penetrint, magnetic particle, and X-ray inspection, delivering comprehensive results from a single trusted source. Customers count on us for fast turnarounds, clear communication, and reliable results. Our team of experts work closely with clients to make sure every test is accurate and every question gets answered. With our LTI1 portal, customers have 24/7 access to order status, test reports, and certifications. And behind the scenes, every sample is barcoded and tracked, ensuring complete traceability from receiving through final results. I’ve seen firsthand how much our customers rely on us, and I take that very seriously. At LTI, we don’t just test materials, we build trust. [Music]

Hey it’s Ashley – The 4th of July is coming up and I asked a few teammates how they’re celebrating Hey Marion what are you doing for 4th of July I’ll be at the swim club having a great time swimming away Hey Mallalerie what are you doing for Fourth of July Oh I’m going camping at Promis Land State Park Hey Brandon what are you doing for Fourth of July Uh pretty simple Fourth of July This year is going to hang out with uh the family and friends at home Hey Jess what are you doing for Fourth of July Oh wow Um I’m actually traveling next week I’m heading up to Vermont I have a horse show that I’m competing at next week Hey John What are you doing for Fourth of July Well I’ll be doing a fireworks display in Kate May New Jersey in front of the infamous Congress Hall Hotel at around 9:15 And if uh if you’re going to come and see it you can sing you’re on your way to Kate May Just a reminder LTI will be closed on July 4th so that our team can celebrate too Happy 4th of July from all of us at LTI.