I ended my last post on precision engineering with a tease. A business with a near-monopoly in its niche. Serving the most demanding customers in global auto. Doesn't advertise itself as a precision engineering firm. Now look at the numbers. Barely 6% CAGR over a decade. The surface screams value trap. So why bother? Because the surface is deceptive. The new post is about a company that has broken its shackles and showing promising signs of growth revival. Link in comments.

Georgia-based Unified Legacy is investing $125 million to build a new precision metal fabrication facility in Macon-Bibb County, set to begin construction in 2026. This expansion will double the company’s footprint and production capacity in the state. The project is expected to create 500 new jobs across manufacturing, skilled trades, engineering, logistics, quality control, and administrative roles. Local partnerships including the Georgia Department of Economic Development, Macon-Bibb County Industrial Authority, and Georgia Power supported this development, which will also generate up to $600,000 annually in local tax revenue. Unified Legacy specializes in advanced machining and welding for aerospace, defense, and data center infrastructure markets. The new facility aligns with regional growth in these sectors and reflects confidence in Georgia’s skilled workforce and industrial capabilities. This expansion supports Georgia’s role as a key supplier in critical manufacturing sectors. Read more: https://lnkd.in/e4Sg-iN2

The prototype ran. The presentation didn't. I was developing an electric aircraft pushback system for 18 and 40-ton aircraft under a government-backed R&D program. The mechanism was right. The structural analysis checked out. The prototype ran. But when we presented to investors and the board using static visuals, people spent their mental energy trying to reconstruct the system in their heads. They lost the thread. Meetings ran long. We kept re-explaining. Then I saw what a short, clear animation of the working mechanism actually did to a room. People stopped trying to understand and started making decisions. We paid for that gap in lost time and repeated explanations. That's why I founded Celdor. So machine manufacturers don't lose ground in a sales meeting, a trade fair or a distributor presentation because their engineering value didn't come across clearly enough. Good engineering deserves to be understood. If this resonates — info@celdortech.com

Staging is underway for the next big move—another specialty aerospace asset ready to hit the road. ✈️ At nearly 28 ft wide, this isn’t your standard transport. It’s a multi-state move requiring detailed coordination, permitting, and precision execution every step of the way. From engineering design to custom fabrication of the transport fixture, everything was built around the customer’s constraints, timelines, and zero-margin-for-error expectations. This is what it looks like when planning meets execution. #coastmachinerymovers #aerospacefabrication #spaceindustry #spacemanufacturing #aerospaceindustry #aircrafttooling #payloadhandling #missioncritical #defenseindustry #precisionwelding #engineeringdriven #cncmachining #industrialfabrication #southerncalifornia #socalindustry #californiamanufacturing #aerospacecorridor #losangelesindustry #defensecontractor #madeintheusa

Detroit — we’re headed your way. Corrdesa LLC will be at the Automotive Corrosion Symposium hosted by Southwest Research Institute this upcoming week, and we’re looking forward to connecting with others working on the next generation of vehicle materials, durability, and corrosion challenges. Our CTO, Siva Palani, PhD, EMBA, PMP®, will be presenting two sessions: 🔹 Enabling Virtual Assessment of Galvanic Corrosion Risk in Mixed-Material Architectures 🔹 Bridging the Reality Gap: Moving from Static Risk Assessment to Dynamic Long-Term Corrosion Prediction As vehicle platforms continue evolving with lightweighting, electrification, battery integration, and increasingly complex multi-material systems, we’re excited to discuss how computational corrosion analysis and electrochemical data are helping engineers identify compatibility risks earlier — and predict long-term corrosion behavior more realistically. We’ll also be showcasing Corrosion Djinn® and discussing: ⚡ Mixed-material compatibility ⚡ Design-stage corrosion risk prediction ⚡ Computational corrosion workflows ⚡ NX & Star-CCM+ integrations If you’ll be attending, come find us — we’d love to talk engineering, corrosion, materials, and where the industry is headed next. See you in Detroit. #Automotive #Corrosion #MaterialsEngineering #EV #Durability #Simulation #Engineering #BatteryTechnology #DigitalEngineering #AutomotiveEngineering

Every company has a story. What started as a vision to provide reliable spindle repair and support for manufacturers has grown into a company trusted by shops across North America. From rebuilding spindles to supporting the machining industry with testing, balancing, reverse engineering, and preventative maintenance, Motor City Spindle has continued to grow while staying focused on quality, reliability, and customer relationships. This video takes a look at the history behind Motor City and the people who helped build it into what it is today. sales@motorcityrepair.com www.motorcityrepair.com

“Rebuilding parts? We’ve been doing that since 1969!” – Paul Thermote, founding father of TVH Swipe to walk through the story of REMAN: 🔧 The early days in the ‘60s and ‘70s 🤝 The fresh expertise that expanded REMAN in the ‘90s 🏭 The major transformations in the new millennium ⚙️ The current standing and rigorous standards of REMAN 💡 Where the future is heading Ensuring that our REMAN parts are rebuilt to perform has always been our top priority, and that dedication continues today.

Repeatability at Scale in Aerospace: From Prototype to Production Achieving precision once is not the challenge. Maintaining it at scale is. As programmes move from prototype to series production, variation becomes risk: - dimensional drift across batches - inconsistent material behaviour - performance deviations in heat-critical environments In aerospace, that risk translates into delays, requalification, and cost. At the Farnborough International Airshow, this is exactly the challenge we’re discussing with OEMs and Tier 1s. At Texmo Blank, repeatability is engineered into the process, not inspected at the end. By combining investment casting, precision machining, and metallurgical control, we deliver: - consistent geometry across production volumes - stable performance under thermal and mechanical load - repeatable outcomes from first article to full scale For aerospace OEMs, that means confidence in production, not just prototypes. If repeatability at scale is a current challenge in your programme, let’s talk. Visit us at Booth 3006, Hall 3, or book a call: https://lnkd.in/e6S_QB46 #TexmoBlank #InvestmentCasting #InvestmentCastingManufacturer #PrecisionCastings #FarnboroughAirshow #HighPerformanceMaterials #NextGenAerospace David Bennett Phillip Hascher Andrea Scandella Farnborough International

Bel Air Finishing was recently featured in the 2025 State of Manufacturing Rhode Island Report by Polaris MEP, highlighting manufacturers helping shape the future of industry in our state. At Bel Air, mass finishing isn’t just something we offer. It’s what we do every day. From process development and accelerated sample testing to full-scale production solutions, we work directly with manufacturers to evaluate parts, refine processes, and deliver consistent, repeatable results across a wide range of applications. This mindset allows us to support a wide range of industries, from aerospace and medical to jewelry and defense. As highlighted in the report, nearly every manufactured part requires surface improvement, and that’s where we come in. Learn more: https://lnkd.in/ejdUsP_T #Manufacturing #SurfaceFinishing #MassFinishing #RhodeIsland #ProcessEngineering #Automation Rhode Island Manufacturers Association - RIMA SENEDIA Manufacturing USA University of Rhode Island Bryant University MFN Metal Finishing News

The combined lesson from the two GDIS papers I found insightful 😲 : Physics first. Right material, Right place. 🤠 Not more material everywhere. The best crash structures aren't heavier. They're smarter. 😇 Courtesy: GDIS PAPER 1 — Dingman (Daphnis Structural) BEV Side-Pole Physics -Before designing the structure, draw the Free Body Diagram. PAPER 2 — Gokhale/Parab Stellantis + ArcelorMittal LWB LWB answer: Usibor upper + Ductibor lower. Laser-welded. One part. No overlap. Stronger than spot welds. https://lnkd.in/gz3uvqiF https://lnkd.in/gsBHPc2z #CrashCAE #VehicleSafety #NCAP #AutomotiveEngineering #BEV #SideImpact #PressHardenedSteel #LaserWeldedBlanks #CAEEngineer #GreatDesignsInSteel #CAELife #Steel #Physics