The reshoring headlines have been hard to miss. Apple announced $600 billion. NVIDIA pledged $500 billion in AI infrastructure. Micron put $200 billion behind its U.S. memory chip plants. The IndustrialSage U.S. Manufacturing Investment Tracker now sits at $1.668 trillion in announced private-sector U.S. manufacturing investment since January 2025, across 137 companies and 35 states.
Those are the numbers people see on cable news. The numbers I see from our floor in Altamonte Springs are more useful if you’re deciding whether to add capacity in 2026, what kind of capacity to add, and whether the used market is heating up or cooling down.
Both pictures are real. They just don’t line up the way the headlines suggest.
What $1.668 Trillion in Announcements Looks Like
IndustrialSage tracks publicly verified U.S. manufacturing and industrial investments of $50 million or more, sourced from company press releases, government announcements, SEC filings, and authoritative reporting. As of their May 14, 2026 update, the tracker totals $1.668 trillion across 137 companies in 35 states.
The largest announced investors:
- Apple — $600 billion across manufacturing and workforce training
- Micron — $200 billion in U.S. memory chip production
- IBM — $150 billion
- TSMC — $100 billion (on top of earlier Arizona commitments)
- Texas Instruments — $60 billion
- Johnson & Johnson — $58 billion in pharmaceuticals
- AstraZeneca — $54.5 billion
- Roche — $50.7 billion
By sector, semiconductors and advanced computing account for roughly $1.152 trillion of the tracker total. Pharmaceuticals, critical materials, energy systems, and strategic industrial manufacturing make up the rest.
That concentration matters more than the headline number. If you run a job shop in Ohio that does small-lot precision turning for aerospace tier-3 suppliers, those announcements look impressive on paper. They also have very little to do with the work that will come across your floor in the next 24 months.
The Number Behind the Headline Number
IoT Analytics publishes a monthly Industrial Macro Pulse report tracking U.S. manufacturing construction, ISM PMI, and related indicators. Their May 2026 edition examined the reshoring narrative against the actual data and concluded that there’s no boom, just a cyclical uptick.
The breakdown:
- Total U.S. manufacturing construction spending peaked at $239 billion in June 2024 and has fallen 21% since.
- Spending in the computer, electronic, and electrical sector is down 44% from its July 2024 peak.
- Excluding electronics, U.S. manufacturing construction spending is up 5.6% since the tariff increases began.
- ISM Manufacturing PMI hit 52.7 in March 2026, a multi-year high.
- S. industrial production reached its highest level since 2019 in April 2026, per Federal Reserve data.
IoT Analytics CEO Knud Lasse Lueth put it plainly in the May 2026 report: dozens of manufacturing CEOs have committed publicly to expanding U.S. capacity, but the construction data doesn’t support a boom. The macro picture is positive. The headlines are oversold.
What the Actual Machine Tool Data Says
If you want a leading indicator of where CNC demand is moving, the USMTO report from AMT is the one to watch. It tracks new orders of metal-cutting and metal-forming machinery across the U.S., the real money shops are putting on the table for production capacity.
The Q1 2026 numbers are unambiguously positive:
- January 2026 orders: $441.4 million (+24.4% vs. January 2025)
- February 2026 orders: $488.9 million (+24.4% vs. February 2025)
- March 2026 orders: $681.3 million (+31.5% vs. March 2025)
- Q1 2026 total: $1.61 billion, up 27.8% year over year
- Full-year 2025 total: $5.74 billion, up 22.5% over 2024
That looks like a boom. The detail tells a more interesting story.
AMT noted in its February 2026 report that order values keep rising but unit counts are not keeping pace. Job shops (the largest single buying segment) increased their order values by more than 25% in early 2026, but the number of machines they bought rose only in the single digits. AMT attributes the gap to “increased demand for automation, shifting customer industries, and ongoing market distortions from federal policy and geopolitical disorder.”
Plain English: shops are buying fewer machines but each one costs more. That means pallet-pool HMCs, 5-axis cells, multi-tasking lathes, and lights-out-ready VMCs. It also means the broad-based replacement cycle for the standard 3-axis VMC (the typical $80,000 to $180,000 used machine) has not accelerated the way the announced reshoring numbers would predict.
Where We’re Seeing the Demand on Our Floor
On our floor, the demand pattern through the first five months of 2026 has been concentrated in five buyer profiles:
1. Aerospace tier-2 and tier-3 suppliers
Boeing’s and Airbus’s order backlogs run more than a decade at current build rates. That demand flows down to the engine, fuselage, and component suppliers who keep them fed. We’re seeing strong interest in used 5-axis machining centers (Mazak VARIAXIS, DMG MORI DMU, Haas UMC) and used multi-tasking lathes (Mazak INTEGREX, Okuma MULTUS). The buyers are not the primes themselves. They’re the suppliers two and three steps down the chain who got asked to add capacity in 2025 and are now executing in 2026.
2. Medical job shops
The pharmaceutical announcements from J&J, AstraZeneca, Roche, and Novartis come with a downstream wave of demand for medical-device contract manufacturers. Swiss-style lathes (Citizen, Star, Tsugami) and small-envelope 5-axis VMCs are moving on our floor faster than they did in 2024. A clean used Citizen L-series Swiss with sub-spindle and live tooling rarely sits past 45 days right now.
3. Defense subcontractors
Defense industrial base expansion is real and quiet. Anyone with a CAGE code who supplies machined parts to a prime is getting asked to add capacity. The buyer profile here is typically a 15- to 60-person shop adding a second or third HMC, a 4-axis HMC pallet pool, or a high-rigidity 3-axis VMC for hard materials. Mazak HCN-4000 and HCN-5000 generations, Okuma MB-V and Kitamura Mycenter machines are turning over fast.
4. EV stamping, tooling, and battery support shops
Even with the U.S. automakers walking back EV production targets, the tooling and stampings already in the pipeline still need to be cut. AMT noted in its January 2026 USMTO report that orders from motor vehicle transmission and powertrain parts manufacturers nearly tripled month-over-month (the highest level since 2015) driven by the auto industry’s pivot back toward internal combustion and hybrid vehicles alongside continued EV component work. We’re seeing the spillover demand in large-envelope VMCs and bridge mills.
5. Energy and data center infrastructure suppliers
AMT also noted that manufacturers of engines, turbines, and power transmission systems more than doubled their February-to-March 2026 machinery orders, tied directly to data center power buildout. That demand reaches us through the precision-machined component suppliers serving turbine OEMs, switchgear manufacturers, and power transmission system builders. The machines moving here are HMCs and large-frame VMCs.
Where We’re Not Seeing It
The headline reshoring number has not translated to demand in these segments, at least not yet:
- General-purpose mid-tier job shops. The shops doing $1 million to $5 million a year in mixed-bag contract work are quiet. Inventory is moving but new-capacity adds are not.
- Standard mid-tier automotive. The non-powertrain, non-EV-tooling automotive supplier base is flat. The work hasn’t gone away, but it hasn’t accelerated either.
- Furniture, appliance, and consumer-goods component manufacturers. These segments are sitting on their existing capacity.
- Small precision shops without a defense or aerospace certification. The smaller shops without ITAR, AS9100, or NADCAP qualifications are seeing the same order book they had in 2024.
If you’re running one of those shops and you’ve been waiting for the reshoring wave to lift your revenue, the data and our floor both say the same thing: it hasn’t reached you yet, and it may not the way the announcements implied.
The Mexico Question
Some of the announced U.S. reshoring is quietly nearshoring. “Reshoring” as a category gets used loosely. It covers genuine U.S. capacity buildouts (TSMC Arizona, Micron Idaho), foreign direct investment (Korean, Japanese, German suppliers building U.S. plants to be inside the tariff wall), and footprints where a final-assembly U.S. facility gets paired with component production in Mexico to keep landed costs competitive.
The IndustrialSage tracker covers U.S. investment only. It doesn’t track the parallel Mexico buildouts that often accompany U.S. expansion announcements. If you’re a U.S. shop competing for component work tied to one of these announced plants, ask early in the conversation whether the components will be cut in the U.S. or in Mexico. The answer drives whether the work is yours to win.
The Skilled Labor Wall
There’s one more number that explains why the announced reshoring hasn’t lifted broad CNC demand the way the headlines suggested. U.S. manufacturing employment sat at 12.69 million workers in early 2026, down roughly 82,000 jobs since January 2025.
IndustrialSage covered this divergence directly in their April 2026 analysis. Announced jobs and actual BLS jobs are two different metrics on two different timelines. When a chip plant says it will create 10,000 jobs, that’s a forward commitment tied to a phased construction project that may not reach full staffing until 2030 or later. In the meantime, the existing manufacturing workforce is shrinking because shops can’t find skilled CNC operators and are leaving second-shift seats unfilled.
For our buyers, that’s the real story. A shop owner who would have bought two used VMCs in 2024 is buying one HMC with a pallet pool in 2026. Same total spend, different machine, fewer operators required. The reshoring announcements aren’t failing to create demand. They’re reshaping what kind of demand we see.
What This Means If You’re Planning a Capacity Add in 2026
Three practical conclusions from where we sit:
If your shop touches aerospace, medical, defense, or energy infrastructure
The demand is real and it’s yours to capture if your capacity can keep up. The used market is the fastest path to adding that capacity, particularly in used 5-axis machining centers and used HMCs where new-machine lead times are running 9 to 14 months. A used machine with a 30-day install timeline beats a new-machine quote with a Q3 2027 delivery date.
If your shop is in a quieter segment
Don’t add capacity speculatively betting on a reshoring lift that hasn’t reached you yet. The macro PMI numbers are positive but the segment-specific demand for general-purpose precision work hasn’t accelerated. Stay close to your existing customer base and watch the leading indicators in your own quote backlog rather than the headlines.
If you’re considering automation
The AMT data on rising order values and flat unit counts is telling you something. Shops adding capacity in 2026 are doing it with fewer, more automated machines. A pallet-pool HMC, a robot-tended VMC cell, or a multi-tasking lathe with bar feeder lets one operator cover what used to take two or three. The skilled labor shortage isn’t going away, and the One Big Beautiful Bill Act made the higher Section 179 limits permanent through 2026, which keeps automation buys tax-efficient.
What Reshoring Will Fix, and What It Won’t
What it will fix:
- Concentration risk in semiconductors, advanced packaging, and critical pharmaceuticals will get reduced over the next 5 to 10 years.
- Aerospace, defense, and medical tier-2 and tier-3 supplier work in the U.S. will see sustained demand growth.
- Energy and data center infrastructure supply chains will pull tooling, stamping, and precision machining demand for years.
What it won’t fix:
- The U.S. doesn’t have enough skilled CNC operators, programmers, and setup people to staff a broad manufacturing expansion at the rate the announced investments imply.
- Mid-tier job shops without aerospace, medical, or defense work won’t see a generic reshoring lift. The demand is industry-specific.
- New-machine lead times and pricing make the used market the practical path to capacity adds for most shops in 2026 and 2027.
The number that matters most for our customers isn’t $1.668 trillion. It’s whatever number is in your own quote backlog and your own operator hiring pipeline. The reshoring story is real where it’s real, and irrelevant where it’s not.
FAQ
Is the $1.668 trillion number real?
Yes, as a count of announced commitments. IndustrialSage sources every entry from press releases, SEC filings, and authoritative reporting, with a $50 million minimum threshold. The catch is that announced isn’t the same as built. Construction timelines for chip fabs and pharma facilities run 4 to 10 years, and announced jobs ramp over a similar period. The number is real; the production capacity it implies arrives slowly.
Why isn’t this showing up in U.S. manufacturing employment numbers yet?
Because the existing manufacturing workforce is shrinking through retirement and unfilled vacancies faster than new factories are staffing up. IndustrialSage covered the divergence between announced jobs and BLS employment in their April 2026 analysis. Net U.S. manufacturing employment is down roughly 82,000 since January 2025, despite the announced commitments.
Should I expect a used CNC price spike from reshoring demand?
Selectively, yes. Used HMCs, used 5-axis VMCs, and used multi-tasking lathes are firmer than they were 18 months ago and the spread is widening. Standard used 3-axis VMCs and entry-level used lathes are not seeing the same lift. If you’re shopping in the higher-end automation-ready segment, expect tighter inventory and firmer pricing through 2026.
What about nearshoring to Mexico?
A meaningful share of “U.S. reshoring” announcements pair a U.S. final-assembly footprint with Mexico component production. If you’re bidding on work tied to one of these projects, ask early whether the parts you’d be machining will be produced in the U.S. or in Mexico. The answer changes whether the contract is realistically yours.
Is this a good time to add capacity?
It depends on which industries your shop serves. For aerospace, medical, defense, and energy infrastructure, the answer is yes, and the used market is the fastest path to capacity given new-machine lead times. For general-purpose job shop work, the smarter move is to watch your own quote backlog rather than the headlines.
What’s the best used machine purchase to make if reshoring demand does hit my shop?
The wrong question. The right question is: what kind of work will my next 18 months of orders look like, and what specific machine will fit it? A general-purpose 3-axis VMC is the safest hedge if you don’t know yet. A 4-axis HMC or 5-axis VMC is the right buy if you do.
What’s on Our Floor Right Now
Our CNC inventory this week includes used machines from every category we covered above: aerospace-ready 5-axis VMCs, precision Swiss lathes, mid-tier 3-axis VMCs, and pallet-pool HMCs from Mazak, Haas, Okuma, DMG MORI, DN Solutions, and Makino. Most ship under 90 days, all inspected before listing, and CNC Financing Solutions can structure the buy to use the 2026 Section 179 limit.
If you’re trying to figure out whether the announced reshoring story will hit your shop in 2026 and what machine to buy if it does, give us a call. We’ve been reading these cycles in real time from the used market for 38 years, and the floor is usually the best leading indicator.
