There’s 3D-printed “salmon” in US stores — and nobody has to tell you
If you’ve ever stood in front of the seafood case trying to work out what you’re actually buying, you know the feeling. Wild or farmed. Fresh or previously frozen. And now 3D printed...
What’s on shelves
A food technology company called Steakholder Foods began rolling out a brand called Perfecta in US stores this past September. The products are 3D-printed and plant-based — built up in layers to imitate the muscle fiber and fat marbling of real meat and fish.
It’s a five-product line: marbled steak, filet mignon, chicken breast, salmon patties, and white fish patties.
It isn’t fish or meat, and it isn’t lab-grown either. The FDA confirmed the product doesn’t involve cultured cells of any kind. It’s largely soy and wheat protein, held together with binders, shaped by a printer to look like something that came off a bone or out of the ocean.
A food technology company called Steakholder Foods began rolling out a brand called Perfecta in US stores this past September. The products are 3D-printed and plant-based — built up in layers to imitate the muscle fiber and fat marbling of real meat and fish.
It’s a five-product line: marbled steak, filet mignon, chicken breast, salmon patties, and white fish patties.
It isn’t fish or meat, and it isn’t lab-grown either. The FDA confirmed the product doesn’t involve cultured cells of any kind. It’s largely soy and wheat protein, held together with binders, shaped by a printer to look like something that came off a bone or out of the ocean.
Where you’d find it
This is harder to answer than it should be, because the company hasn’t named the stores.
What’s known: the line is distributed through KeHE, a natural and specialty foods distributor, which means you’re more likely to run into it at a specialty or natural grocer than at a big conventional supermarket. Forbes reports it’s in select specialty markets across New York, New Jersey, Pennsylvania, Maryland, Delaware, Virginia, Massachusetts, Vermont, New Hampshire, and Maine, at around $10 a package. Wider expansion is planned.
So if you shop in those states, it may already be in a case you walk past.
This is harder to answer than it should be, because the company hasn’t named the stores.
What’s known: the line is distributed through KeHE, a natural and specialty foods distributor, which means you’re more likely to run into it at a specialty or natural grocer than at a big conventional supermarket. Forbes reports it’s in select specialty markets across New York, New Jersey, Pennsylvania, Maryland, Delaware, Virginia, Massachusetts, Vermont, New Hampshire, and Maine, at around $10 a package. Wider expansion is planned.
So if you shop in those states, it may already be in a case you walk past.
The label doesn’t say “printed”
Here’s the part that’s genuinely frustrating.
A product can be manufactured by an industrial printer, shaped to look like a fillet, priced beside the real thing — and nothing on the front of the package has to mention how it was made. There’s no requirement to disclose it. You have to already know what to look for.
Consumer advocacy groups have asked for clearer labeling standards here. They don’t exist yet. Which means the work falls to you, in the store, with a cart.
Here’s the part that’s genuinely frustrating.
A product can be manufactured by an industrial printer, shaped to look like a fillet, priced beside the real thing — and nothing on the front of the package has to mention how it was made. There’s no requirement to disclose it. You have to already know what to look for.
Consumer advocacy groups have asked for clearer labeling standards here. They don’t exist yet. Which means the work falls to you, in the store, with a cart.
What nobody can tell you yet
This is the honest heart of it, and it’s why we wanted to write to you about it.
There is no long-term research on 3D-printed food, because it hasn’t existed long enough to study. There’s no multi-year data on people who eat it regularly. There’s no independent body testing what happens when protein isolates are restructured this way and eaten several times a week for years. The product reached shelves first and the science will follow — if anyone funds it.
What we do know points in a direction worth paying attention to:
It’s ultra-processed by any definition. Protein isolates, binders, added fats, flavorings, colorings. A 2024 umbrella review in The BMJ pooled 45 separate meta-analyses covering nearly ten million people and found higher ultra-processed food intake associated with worse outcomes across a long list of health measures. That body of evidence is now hard to argue with, and this product sits squarely inside the category.
One of the binders is methylcellulose. It’s an FDA-approved food additive that’s been in plant-based products for years, and it’s what keeps the patty from falling apart in the pan. It’s also the active ingredient in some bulk-forming laxatives — which tells you something real about how it behaves in the gut at higher intakes. Bloating, gas, and digestive discomfort are the common complaints. Nobody’s measured what regular consumption across a whole category of products adds up to.
Plant-based analogues tend to run high in sodium, because salt is doing a lot of the work that fat and freshness do in the real thing.
None of this means the product is dangerous. It means nobody actually knows yet, and it’s being sold as though the question is settled.
This is the honest heart of it, and it’s why we wanted to write to you about it.
There is no long-term research on 3D-printed food, because it hasn’t existed long enough to study. There’s no multi-year data on people who eat it regularly. There’s no independent body testing what happens when protein isolates are restructured this way and eaten several times a week for years. The product reached shelves first and the science will follow — if anyone funds it.
What we do know points in a direction worth paying attention to:
It’s ultra-processed by any definition. Protein isolates, binders, added fats, flavorings, colorings. A 2024 umbrella review in The BMJ pooled 45 separate meta-analyses covering nearly ten million people and found higher ultra-processed food intake associated with worse outcomes across a long list of health measures. That body of evidence is now hard to argue with, and this product sits squarely inside the category.
One of the binders is methylcellulose. It’s an FDA-approved food additive that’s been in plant-based products for years, and it’s what keeps the patty from falling apart in the pan. It’s also the active ingredient in some bulk-forming laxatives — which tells you something real about how it behaves in the gut at higher intakes. Bloating, gas, and digestive discomfort are the common complaints. Nobody’s measured what regular consumption across a whole category of products adds up to.
Plant-based analogues tend to run high in sodium, because salt is doing a lot of the work that fat and freshness do in the real thing.
None of this means the product is dangerous. It means nobody actually knows yet, and it’s being sold as though the question is settled.
Who’s making it, and why
It’s a fair thing to ask, and the answer is public.
It’s a fair thing to ask, and the answer is public.
Steakholder Foods is a publicly traded company, listed on the Nasdaq under STKH. It raised $3.5 million through private placements in the weeks following the retail launch. Alternative protein has drawn heavy investor funding for over a decade, and the companies in it answer to shareholders who need to see revenue.
Which explains the economics plainly enough: soy and wheat protein cost a small fraction of what salmon costs. A printer that turns cheap protein into something that looks like an expensive fillet, sold at $10 a package, is a margin story before it’s anything else.
That isn’t a conspiracy — it’s just a business. But it’s worth naming, because it answers the real question. The incentive is to get the product on shelves and scale it. Nobody in that chain is paid to run the twenty-year safety study, and nothing in the current rules requires one. A brand-new manufacturing process is being introduced into the food supply at commercial scale, without disclosure on the package and without independent oversight, because no rule says otherwise.
You’re allowed to want a better answer than that before you feed it to your family.
Which explains the economics plainly enough: soy and wheat protein cost a small fraction of what salmon costs. A printer that turns cheap protein into something that looks like an expensive fillet, sold at $10 a package, is a margin story before it’s anything else.
That isn’t a conspiracy — it’s just a business. But it’s worth naming, because it answers the real question. The incentive is to get the product on shelves and scale it. Nobody in that chain is paid to run the twenty-year safety study, and nothing in the current rules requires one. A brand-new manufacturing process is being introduced into the food supply at commercial scale, without disclosure on the package and without independent oversight, because no rule says otherwise.
You’re allowed to want a better answer than that before you feed it to your family.
Four things to check
1. Look for “plant-based” on the front. Usually there — often small, often near the bottom edge.
2. Read the first two ingredients. Soy protein isolate, wheat protein, or pea protein means you’re holding a formulated product.
3. Scan for methylcellulose. It’s a reliable tell. Real fish doesn’t need a binder.
4. Check the protein line. Real salmon runs 20 to 25 grams per 100 grams. These come in around 8 — and the omega-3s, vitamin D, selenium and B12 most of us buy salmon for aren’t there in any meaningful amount.
Thirty seconds, and you’ll know exactly what you’ve got.
1. Look for “plant-based” on the front. Usually there — often small, often near the bottom edge.
2. Read the first two ingredients. Soy protein isolate, wheat protein, or pea protein means you’re holding a formulated product.
3. Scan for methylcellulose. It’s a reliable tell. Real fish doesn’t need a binder.
4. Check the protein line. Real salmon runs 20 to 25 grams per 100 grams. These come in around 8 — and the omega-3s, vitamin D, selenium and B12 most of us buy salmon for aren’t there in any meaningful amount.
Thirty seconds, and you’ll know exactly what you’ve got.
Where that leaves us
Nobody can audit everything they eat. We can’t either. The food supply keeps getting more processed and more convincing, and keeping up with it is a lot to ask of someone doing a weekly shop after work.
What helps is knowing a few things to look for — and giving your body real support for the systems that handle everything you don’t get to choose.
Nobody can audit everything they eat. We can’t either. The food supply keeps getting more processed and more convincing, and keeping up with it is a lot to ask of someone doing a weekly shop after work.
What helps is knowing a few things to look for — and giving your body real support for the systems that handle everything you don’t get to choose.
References:
- Forbes — 3D-Printed ‘Meat’ Has Arrived At Grocery Stores In The Northeast
forbes.com/sites/melissakravitz/2026/10/22/3d-printed-meat-has-arrived-at-grocery-stores-in-the-northeast/ - Snopes — Are US stores selling 3D-printed meat?
snopes.com/fact-check/us-stores-3d-meat/ - Snopes — 3D-printed salmon fact check
snopes.com/fact-check/3d-printed-salmon-israel/ - Green Queen — Steakholder Foods rolls out 3D-printed whole-cut meat at US supermarkets
greenqueen.com.hk/steakholder-foods-perfecta-plant-based-meat-3d-printed-whole-cut-launch/ - IBTimes — shoppers may not see ‘3D-printed’ anywhere on the label
ibtimes.co.uk/3d-printed-plant-based-salmon-patties-us-shelves-1825569 - Alliance for Natural Health USA
anh-usa.org/health-warning-3d-printed-meat-in-us-supermarkets/
