Radar · Industry landscape · Canada
Industrial Goods and Manufacturing Landscape of Canada 2,928 Industrial Goods and Manufacturing companies in Canada, in one picture: who is hiring, who is raising money, who founded them, where they are based, what the news is about, which skills employers want and where the research is going. Updated August 2026.
2,928 companies tracked
$3.7B disclosed funding
333 hiring right now
860 events · 24 months
58,691 news articles · 12 months
Who leads Industrial Goods and Manufacturing in Canada Shows the top‑ranked companies by hiring activity, funding, and media coverage among 2,928 tracked firms, highlighting which firms are currently hiring and which have disclosed recent financing.
→ revenue
Revenue leaders
official filings first, else latest snapshot
01 Nanoprecise $1.7M snapshot Mar 2025 02 Enertics $64k snapshot Mar 2022 03 Excelpro $14k snapshot Dec 2024 Radar
See all 2,928 Industrial Goods and Manufacturing companies in Canada
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How the Industrial Goods and Manufacturing ecosystem in Canada grew, 2016–2025 Displays the number of companies founded each year from 2016 to 2025, noting the highest count of 133 in 2020 and zero new firms reported for 2025.
Companies founded / year
new Industrial Goods and Manufacturing companies in Canada
2016: 64 2017: 57 2018: 62 2019: 128 2020: 133 2021: 122 2022: 108 2023: 52 2024: 9 2025: 0 2016 2025
peak 133 in 2020
Companies raising / year
with a disclosed round that year
2016 2025
peak 20 in 2019
Disclosed funding / year
sum of disclosed rounds (USD)
2016: 13,447,019 2017: 30,503,038 2018: 951,321,592 2019: 433,772,861 2020: 337,446,026 2021: 112,241,551 2022: 175,590,560 2023: 143,588,918 2024: 123,596,734 2025: 202,540,709 2016 2025
peak $951.3M in 2018
Where Industrial Goods and Manufacturing companies in Canada are based Lists the cities with the most industrial goods and manufacturing firms, with Toronto leading at 139 companies followed by Calgary, Montreal, Edmonton, and Mississauga.
→ Hub 01
Toronto
139 Industrial Goods and Manufacturing companies
21% of the Industrial Goods and Manufacturing companies across these hubs
139 companies
$1.6B disclosed funding
17 hiring now
Hub 02
Calgary
112 Industrial Goods and Manufacturing companies
17% of the Industrial Goods and Manufacturing companies across these hubs
112 companies
$389M disclosed funding
14 hiring now
Hub 03
Montreal
97 Industrial Goods and Manufacturing companies
15% of the Industrial Goods and Manufacturing companies across these hubs
97 companies
$341M disclosed funding
15 hiring now
Hub 04
Edmonton
88 Industrial Goods and Manufacturing companies
14% of the Industrial Goods and Manufacturing companies across these hubs
88 companies
$51.8M disclosed funding
13 hiring now
Hub 05
Mississauga
80 Industrial Goods and Manufacturing companies
12% of the Industrial Goods and Manufacturing companies across these hubs
80 companies
$22.5M disclosed funding
7 hiring now
Hub 06
Vancouver
52 Industrial Goods and Manufacturing companies
8% of the Industrial Goods and Manufacturing companies across these hubs
52 companies
$157.2M disclosed funding
4 hiring now
Hub 07
Ottawa
41 Industrial Goods and Manufacturing companies
6% of the Industrial Goods and Manufacturing companies across these hubs
41 companies
$31.5M disclosed funding
2 hiring now
Hub 08
Winnipeg
39 Industrial Goods and Manufacturing companies
6% of the Industrial Goods and Manufacturing companies across these hubs
The Industrial Goods and Manufacturing market map of Canada: what these companies actually do Breaks down the main product sub‑categories and revenue models, showing enterprise tech (330 firms) and physical commerce (1,049 revenue instances) as the largest segments.
Enterprise Tech 330 companies · $1.2B raised · 51 hiring Industry 4.0 281 companies · $1B raised · 44 hiring Enterprise Software 190 companies · $597.8M raised · 22 hiring SaaS 124 companies · $526.7M raised · 16 hiring Manufacturing SaaS 105 companies · $526.7M raised · 16 hiring Deep Tech 47 companies · $222.2M raised · 12 hiring Smart Factories 46 companies · $272.4M raised · 9 hiring IoT in Manufacturing 45 companies · $219.7M raised · 7 hiring Spatial Computing 35 companies · $76.6M raised · 7 hiring Manufacturing Process Analytics 26 companies · $258.7M raised Computer Aided Design 26 companies · $140.4M raised · 4 hiring Computerized Maintenance Management System 24 companies · $59.9M raised · 1 hiring Monetization
How Industrial Goods and Manufacturing companies make money How many companies earn revenue each way. Plenty use more than one model, so the counts add up to more than the sector.
Physical Commerce 1,049
E-Commerce - Product 1,009
Fee-For-Service 837
Subscription 376
Commission on Transaction 168
Advertising 92
E-Commerce - Service 90
Renting / Leasing 17
Funding, M&A and the deals moving Industrial Goods and Manufacturing in Canada Counts 860 corporate events over the past two years, including earnings releases (246), key‑person announcements (124), and mergers and acquisitions (124).
Earnings 246 Leadership 124 M&A 124 Funding 78 Announcement 57 Contracts 55 Assets 41 Board Updates 34 Product 33 Capital 18
Funding Canadian Copper structured its $96 million financing package. 2026-04-25 M&A Tincorp Metals Inc. (TSXV: TIN) ("Tincorp" or the "Company") announces today that it is providing additional disclosure to supplement and amend the disclosure in its management information circular (the "Circular") for the annual general and special meeting of shareholders of the Company ("Shareholders") to be held on Tuesday, May 5, 2026 at 10:00 a.m. (Vancouver time) (the "Meeting") at which Shareholders will, among annual meeting matters, consider a resolution to approve the acquisition (the "Proposed Transaction") of the Santa Barbara Gold-Copper project in Ecuador (the "Santa Barbara Project"), through the acquisition of Santa Barbara Metals Inc., a wholly-owned subsidiary of Silvercorp Metals Inc. (TSX: SVM) (NYSE American: SVM) ("Silvercorp") and its wholly-owned subsidiary, Adventus Mining Corporation ("Adventus"). 2026-04-24 M&A In a move that signals a deepening commitment to North America, Norway-based Flokk has acquired Spec Furniture of Toronto. 2026-04-22 Funding The stealth AI startup has raised a $15 million seed round from Benchmark with Pinterest founder Ben Silbermann and Dreamer founder David Singleton (who later sold his company to Meta) joining as angel investors, Fortune learned exclusively. 2026-04-16 M&A Juniper Capital Management (“Juniper”), a Dallas-based private investment firm, today announced the sale of Precision Aerospace Holdings, LLC (“Precision Aerospace” or the “Company”) to Precinmac, a portfolio company of Centerbridge Partners. 2026-04-14 M&A Tri-Mach Group (TMG) announces acquisition of Smith Steel & Fabrication 2026-04-09 M&A ADF Group Inc. announces the closing of the acquisition of Groupe LAR inc. 2026-04-09 M&A Veralto has entered into a definitive agreement to acquire GlobalVision, subject to customary closing conditions. The purchase price is approximately 15x estimated adjusted EBITDA of $13m, which is comprised of 2026 estimated standalone adjusted EBITDA plus cost synergies expected to be achieved by the end of year two. 2026-04-05 Funding Boeing Canada has committed C$7 million to Vac Aero International Inc. 2026-04-05 Funding Decisive Dividend announced Wedndesday that it has closed a non-brokered private placement of an aggregate of 1,065,000 common shares of Decisive at an issue price of $7.51 per Common Share resulting in gross proceeds to Decisive of $8.0 million. 2026-04-02 Mergers and acquisitions Deals from the last 24 months where a Industrial Goods and Manufacturing company in Canada was the buyer or the one bought, newest first. “Undisclosed” means the price was never published — not that the deal was worth nothing.
Who is listing, hiring leaders, launching and winning work Provides details on notable corporate actions such as IPO filings, leadership changes, product launches, and contract wins.
IPO pipeline
3 companies listed or filing · last 24 months
Matritech Follow-on Offering · NASDAQ small-cap market · NMPS · 1 report Feb 2025 Bioform IPO chatter · 1 report Feb 2025 powell IPO · Nasdaq Capital Market · PMAX · 3 reports Sep 2024 Contract wins
21 customer wins · last 24 months
Workforce actions
3 companies cutting roles · last 24 months
Earnings pulse
companies reporting results · last 24 months
22 companies reporting251 company-quarters trackedbeat 37 miss 13 in line 2
Half of these companies grew revenue faster than +10.5% , half slower.
Who is building Industrial Goods and Manufacturing in Canada Profiles 426 founders and CEOs across 403 firms, noting that the University of Waterloo contributed the most alumni (15).
Founders and chief executives 12 of 426, from the best-funded companies on this page
→ President and CEO
Rob Mionis
Celestica, ex-Pamplona Capital Management, ex-Standardaero, University of Massachusetts, Amherst, 1985
Co-Founder & CEO
Etienne Lacroix
Ex- McKinsey & Company, GE Lighting, Leger Engineering & Machining, Unusual Technologies. Harvard Business School MBA 2011
Founder, CEO, Chairman
Martin Theriault
Ex-Founder & CEO Eddyfi Technologies, Zetec, Air Liquide. McGill University 1993, Duke University MBA 2003
Ex-KIK Custom Products, KIK, Cott Beverages. Aberdeen University BS
Co-Founder & CEO
Adam Keating
Co-Founder & CEO-CoLab · Ex-Co-Founder DuXion, Paradigm Hyperloop · Memorial University, Newfoundland and Labrador 2017
Ex-BMO Financial Group, BMO Capital Markets. UBC Sauder School of Business BCom, Rotman School of Management at the University of Toronto MBA
Founder - Board Member - Strategic Advisor
Louis-Joseph L'ecuyer
Centech Mtl, ex-Kinova, ex-Miranda Technologies, Fondation de l'entrepreneurship, 2012
Ex-CEO Severo Energy, Flexpipe Systems, Enerline Restorations, Renaissance Energy. University of Alberta BSc 1988
Co-Founder & CTO
Reza Abdollahi
Ex-Roboweld. Ferdowsi University of Mashhad BSc
Delhi College of Engineering BE 2007, University of Alberta MBA 2011
Co-Founder & CEO
Rae Jeong
Ex-DeepMind · University of Waterloo BE 2018
Co-Founder & Cto
Antoine Bisson
Poka, ex-Microsoft, ex-Tagged, University of Waterloo, 2013
Where the founders studied
alma mater on record for 50 of 426 founders
University of Waterloo 15
University of Toronto 10
The University of British Columbia 6
Imperial College London 3
McGill University 2
Stanford University 2
Queen's University 2
UCLA Anderson School of Management 2
Radar
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Who funds Industrial Goods and Manufacturing in Canada Summarizes 235 funding rounds since 2016 from 209 investors, with a typical round size of about $2 million.
Stage mix · rounds since 2016
Seed & Angel 72
Series A–B 60
Series C+ / PE 14
Grants, debt & other 89
The typical round is $2M — half were bigger, half smaller.
The biggest Industrial Goods and Manufacturing funding rounds in Canada Highlights the largest disclosed round—Previan’s $203.3 million Series D—and lists ten other major recent financing events.
Company Round Size When Backers Previan Series D $203.3M Feb 2020 Novacap , CDPQ kdc/one Series D $165M Oct 2014 Novacap , CDPQ , Fonds de solidarite FTQ +3 more Vention Series D $110M Jan 2026 Invest Quebec , Desjardins , Fidelity +1 more Vention Series C $95M May 2022 Georgian , Fidelity , White Star Capital +2 more CoLab Software Series C $72M Oct 2025 Intrepid Growth Partners , Insight Partners , Y Combinator +3 more Novarc Technologies Series B $50M Mar 2025 Export Development Canada , Graham Partners , Seaspan +1 more Laserax Series C $45.5M Oct 2024 BDC , Invest Quebec , Desjardins Fibracast Series C $44.6M Oct 2023 Cycle Capital , Export Development Canada Fiix Series C $40M Jan 2019 BuildGroup , Georgian Maneva Series A $38.4M Apr 2026 —
Venture round sizes · 2023–2025
<$1M 8
$1–10M 16
$10–50M 11
$50–250M 2
>$250M 0
37 venture rounds with a disclosed amount in the window.
Fresh cheques · last 6 months
What the news says about Industrial Goods and Manufacturing in Canada Counts 58,691 news articles in the last year, most frequently covering drilling techniques, trade policies, and major contract outcomes.
News volume
Industrial Goods and Manufacturing coverage across Canada · articles per quarter
2021Q2: 10,736 2021Q3: 11,236 2021Q4: 7,933 2022Q1: 11,146 2022Q2: 10,006 2022Q3: 8,481 2022Q4: 11,606 2023Q1: 11,504 2023Q2: 11,795 2023Q3: 14,454 2023Q4: 11,167 2024Q1: 13,636 2024Q2: 14,175 2024Q3: 13,792 2024Q4: 15,677 2025Q1: 40,865 2025Q2: 18,223 2025Q3: 16,772 2025Q4: 12,511 2026Q1: 15,506 2021Q2 2026Q1
peak 40,865 in 2025Q1 · 58,691 articles in the last 12 tracked months
Tone of coverage
share of articles by dominant sentiment (positive / neutral / negative )
2021 2023 2025
Positive-tone share moved 84% → 58%, negative 14% → 40% across 2021–2025.
What the coverage is about The subjects that dominate Industrial Goods and Manufacturing news in Canada. The arrow shows whether each one is being written about more or less than a year ago.
Mineral exploration drilling techniques 16,894 ▲+17% Trade policies and agreements 14,892 ▼-46% Precious metal mining operations 7,492 →-8% Major contract wins and losses 6,514 ▲+24% Mergers and acquisitions activity updates 6,264 ▲+36% Geological surveying technologies 6,215 ▲+34% Economic policy and financial regulation 5,803 ▼-44% New product launches and innovations 4,751 →-3% Strategic partnerships and collaborations 4,609 ▲+29% Mining project financing and investment 4,464 ▲+58% Most-covered companies · last 12 months
29 Industrial Goods and Manufacturing companies here were named in the news over this period.
Prism
Watch Industrial Goods and Manufacturing coverage in Canada as it happens
Prism follows these subjects story by story — which companies are named, what is said about them and how the tone moves.
Momentum
The words getting louder — and quieter Which terms are showing up in more stories than a year ago, and which are fading. The percentage is the change in how many articles mention them.
percussion drilling+41% sonic drilling+51% wto rulings+231% rare earth elements extraction+123% pe mining funds+44% copper demand+57% electrowinning rare earths+167% mineral tenure+52% e-commerce customs clearance+263% parcel shipping+526%
tariff negotiations-51% free trade deals-42% preferential tariff-54% bilateral trade-34% trade enforcement-45%
The pressures the press keeps returning to Three recurring angles in Canada Industrial Goods and Manufacturing coverage, and whether each is getting more attention year on year (through 2025).
Regulatory Risk ▲ rising
111,859 articles touch this dimension · 24.7% critical tone
2021 2025
signals: tariff negotiations, diamond drilling, free trade deals
Funding Momentum ▲ rising
24,510 articles touch this dimension · 20.0% critical tone
2021 2025
signals: exploration funding, diamond drilling, mineral exploration
Growth ▲ rising
47,693 articles touch this dimension · 21.4% critical tone
2021 2025
signals: tariff negotiations, automotive segment growth, vehicle sales forecasts
Industrial Goods and Manufacturing jobs in Canada: who is hiring and what they ask for Reports 2,518 job postings from 232 employers in the past year, with median advertised salary of $50 k and common skill requirements like Microsoft Office and Google Suite.
2,518 postings · last 12 months
4,804 postings tracked overall
232 employers advertising
$50k median advertised salary/yr (n=332)
Demand
The Skills Employers Ask For What Industrial Goods and Manufacturing employers in Canada put in their job ads. The bar is how many postings ask for it; the arrow shows whether demand grew or shrank against the year before.
microsoft office 7 ▼ computer skills 7 ▼ google suite 6 ▼ microsoft office suite 6 ▼ redis 4 ▲ aws 4 → rust 3 ▼ python 3 → react 3 ▲ go 3 → What level are these roles?
Entry 68
Intern 38
Senior 238
Lead 111
Manager 610
Most advertised titles
Sandwich Artist 492 Inside Sales Representative 31 Technical Content Specialist 24 Field Service Technician 24 It Business/Systems Analyst 23 Software Developer 23 What Industrial Goods and Manufacturing research is working on Shows 50,666 academic papers, of which 35,125 identify opportunities, 2,825 discuss common problems, and 1,718 issue cautions.
How this field talks about itself
Industrial Goods and Manufacturing papers (gold) against all published research (grey)
Promising 47.5% · 37.4% 1.3×
Breakthrough 21.8% · 26.3% 0.8×
Descriptive 15.8% · 17.1% ≈ par
Comparative 5.9% · 3.9% 1.5×
Problem-identifying 5.4% · 9.8% 0.6×
Cautionary 3.4% · 4.6% 0.7×
How the work is done
Methods-led 45.3%
Empirical 39.0%
Reviews 13.6%
Position pieces 2.0%
Theoretical 0.2%
How the research reads
94% positive · 6% neutral · 0% negative , across 50,666 papers.
The institutions behind the field
Nanyang Technological University 27k Chinese Academy of Sciences 16k Centre National de la Recherche Scientifique 14k Zhejiang University 14k Georgia Institute of Technology 13k Massachusetts Institute of Technology 13k ranked by how often their work is cited
Researchers who shaped it
Chee Kai Chua · Qi Ge · Dongdong Gu · Jennifer A. Lewis · Wilhelm Meiners · Jean‐Pierre Kruth · H. Jerry Qi · Konrad Wissenbach
The most-cited breakthroughs
Three-dimensional printing of complex biological structures by freeform reversible embedding of suspended hydrogels · 2k cites Embedded 3D Printing of Strain Sensors within Highly Stretchable Elastomers · 2k cites 3D‐Printing of Lightweight Cellular Composites · 2k cites 3D Printing of Interdigitated Li‐Ion Microbattery Architectures · 1k cites Three-dimensional printing of continuous-fiber composites by in-nozzle impregnation · 1k cites Common problems researchers identify 2,650 papers · 7 recurring themes
→ Problems · theme 01
Construction‑focused 3D printing challenges
711 papers · 26.8% of this block
2022: 77 of every 10,000 papers on this subject 2023: 78 of every 10,000 papers on this subject 2024: 99 of every 10,000 papers on this subject 2025: 72 of every 10,000 papers on this subject 2022: 77 of every 10,000 papers on this subject 2023: 78 of every 10,000 papers on this subject 2024: 99 of every 10,000 papers on this subject 2025: 72 of every 10,000 papers on this subject ▼ -6% share 2022→2025 share of research on this subject Researchers discuss limitations of printing systems, material properties, and process integration for building and construction applications.
3D printing · 3d model · Manufacturing engineering · Architectural engineering
“Bibliographic analysis on 3D printing in the building and construction industry: Printing systems, material properties, challenges, and futu”
Problems · theme 02
Nanocomposite and multi‑material printing issues
618 papers · 23.3% of this block
2022: 8,443 of every 10,000 papers on this subject 2023: 8,433 of every 10,000 papers on this subject 2024: 8,336 of every 10,000 papers on this subject 2025: 6,649 of every 10,000 papers on this subject 2022: 8,443 of every 10,000 papers on this subject 2023: 8,433 of every 10,000 papers on this subject 2024: 8,336 of every 10,000 papers on this subject 2025: 6,649 of every 10,000 papers on this subject ▼ -21% share 2022→2025 share of research on this subject Papers highlight difficulties in aligning nanoparticles, fabricating composites, and achieving functional performance in advanced 3D printed parts.
3D printing · Nanotechnology · Composite material · Fabrication
“Increasing the functionalities of 3D printed microchemical devices by single material, multimaterial, and print-pause-print 3D printing”
Problems · theme 03
Medical and pharmaceutical 3D printing barriers
359 papers · 13.5% of this block
2022: 81 of every 10,000 papers on this subject 2023: 87 of every 10,000 papers on this subject 2024: 114 of every 10,000 papers on this subject 2025: 130 of every 10,000 papers on this subject 2022: 81 of every 10,000 papers on this subject 2023: 87 of every 10,000 papers on this subject 2024: 114 of every 10,000 papers on this subject 2025: 130 of every 10,000 papers on this subject ▲ +61% share 2022→2025 share of research on this subject Studies identify material, regulatory, and precision obstacles when applying additive manufacturing to health‑care devices and drug production.
3D printing · 3d printed · Medical physics · Health care
“A Review of 3D Printing Technology for Medical Applications”
Problems · theme 04
Aerospace additive manufacturing constraints
307 papers · 11.6% of this block
2022: 97 of every 10,000 papers on this subject 2023: 99 of every 10,000 papers on this subject 2024: 112 of every 10,000 papers on this subject 2025: 109 of every 10,000 papers on this subject 2022: 97 of every 10,000 papers on this subject 2023: 99 of every 10,000 papers on this subject 2024: 112 of every 10,000 papers on this subject 2025: 109 of every 10,000 papers on this subject ▲ +12% share 2022→2025 share of research on this subject Research points to material, certification, and process challenges that hinder large‑scale 3D printing for aerospace components.
3D printing · Manufacturing engineering · Aerospace · Production
“On the Evolution of Additive Manufacturing (3D/4D Printing) Technologies: Materials, Applications, and Challenges”
Problems · theme 05
Bioprinting scaffold and tissue engineering limits
261 papers · 9.8% of this block
2022: 6,058 of every 10,000 papers on this subject 2023: 6,070 of every 10,000 papers on this subject 2024: 6,334 of every 10,000 papers on this subject 2025: 5,130 of every 10,000 papers on this subject 2022: 6,058 of every 10,000 papers on this subject 2023: 6,070 of every 10,000 papers on this subject 2024: 6,334 of every 10,000 papers on this subject 2025: 5,130 of every 10,000 papers on this subject ▼ -15% share 2022→2025 share of research on this subject Authors examine material biocompatibility, structural fidelity, and scaling issues in 3D bioprinting for regenerative medicine.
Tissue engineering · Scaffold · Nanotechnology · 3D bioprinting
“Development of 3D bioprinting: From printing methods to biomedical applications”
Problems · theme 06
Fused deposition modeling reliability concerns
207 papers · 7.8% of this block
2022: 53 of every 10,000 papers on this subject 2023: 57 of every 10,000 papers on this subject 2024: 49 of every 10,000 papers on this subject 2025: 72 of every 10,000 papers on this subject 2022: 53 of every 10,000 papers on this subject 2023: 57 of every 10,000 papers on this subject 2024: 49 of every 10,000 papers on this subject 2025: 72 of every 10,000 papers on this subject ▲ +34% share 2022→2025 share of research on this subject Literature reports common defects, post‑processing needs, and performance variability in FDM‑produced polymers and composites.
Fused deposition modeling · Fused filament fabrication · Deposition · 3D printing
“Failures and Flaws in Fused Deposition Modeling (FDM) Additively Manufactured Polymers and Composites”
Problems · theme 07
Selective laser melting microstructure and stress problems
187 papers · 7.1% of this block
2022: 1,118 of every 10,000 papers on this subject 2023: 1,089 of every 10,000 papers on this subject 2024: 901 of every 10,000 papers on this subject 2025: 945 of every 10,000 papers on this subject 2022: 1,118 of every 10,000 papers on this subject 2023: 1,089 of every 10,000 papers on this subject 2024: 901 of every 10,000 papers on this subject 2025: 945 of every 10,000 papers on this subject ▼ -16% share 2022→2025 share of research on this subject Works focus on residual stress, defect formation, and microstructural control challenges in laser‑based metal printing.
Selective laser melting · Laser · Microstructure · Residual stress
“Review of selective laser melting of magnesium alloys: advantages, microstructure and mechanical characterizations, defects, challenges, and”
Cautions 1,613 papers · 7 recurring themes
→ Cautions · theme 01
Process parameter effects on printed part quality
352 papers · 21.8% of this block
2022: 183 of every 10,000 papers on this subject 2023: 191 of every 10,000 papers on this subject 2024: 196 of every 10,000 papers on this subject 2025: 240 of every 10,000 papers on this subject 2022: 183 of every 10,000 papers on this subject 2023: 191 of every 10,000 papers on this subject 2024: 196 of every 10,000 papers on this subject 2025: 240 of every 10,000 papers on this subject ▲ +31% share 2022→2025 share of research on this subject Researchers caution that slicer settings and extrusion methods strongly influence mechanical and surface properties of printed components.
3D printing · 3d printed · Stereolithography · Extrusion
“INFLUENCE OF SLICER SOFTWARE USED WITH 3D PRINTING FILAMENT EXTRUSION TECHNOLOGY ON PROPERTIES OF PRINTED PARTS WITH SHORT FIBER REINFORCED ”
Cautions · theme 02
Supply‑chain and production integration risks
345 papers · 21.4% of this block
2022: 72 of every 10,000 papers on this subject 2023: 76 of every 10,000 papers on this subject 2024: 97 of every 10,000 papers on this subject 2025: 117 of every 10,000 papers on this subject 2022: 72 of every 10,000 papers on this subject 2023: 76 of every 10,000 papers on this subject 2024: 97 of every 10,000 papers on this subject 2025: 117 of every 10,000 papers on this subject ▲ +63% share 2022→2025 share of research on this subject Studies warn about logistical, scalability, and workflow hurdles when embedding 3D printing into existing manufacturing supply chains.
3D printing · 3d printed · Supply chain · Production
“Three-Dimensional Printing Surgical Applications.”
Cautions · theme 03
Residual stress and surface finish in laser printing
245 papers · 15.2% of this block
2022: 316 of every 10,000 papers on this subject 2023: 290 of every 10,000 papers on this subject 2024: 268 of every 10,000 papers on this subject 2025: 267 of every 10,000 papers on this subject 2022: 316 of every 10,000 papers on this subject 2023: 290 of every 10,000 papers on this subject 2024: 268 of every 10,000 papers on this subject 2025: 267 of every 10,000 papers on this subject ▼ -16% share 2022→2025 share of research on this subject Papers highlight how thermal gradients and post‑processing affect stress buildup and roughness in selectively laser‑melted parts.
Selective laser melting · Laser · Residual stress · Surface roughness
“Numerical investigation of residual stresses in thin-walled additively manufactured structures from selective laser melting”
Cautions · theme 04
Mechanical performance variability of printed polymers
190 papers · 11.8% of this block
2022: 4,241 of every 10,000 papers on this subject 2023: 4,199 of every 10,000 papers on this subject 2024: 3,722 of every 10,000 papers on this subject 2025: 2,952 of every 10,000 papers on this subject 2022: 4,241 of every 10,000 papers on this subject 2023: 4,199 of every 10,000 papers on this subject 2024: 3,722 of every 10,000 papers on this subject 2025: 2,952 of every 10,000 papers on this subject ▼ -30% share 2022→2025 share of research on this subject Research notes that parameter choices can cause inconsistent tensile, flexural, and hardness outcomes in polymeric prints.
Ultimate tensile strength · Composite material · Flexural strength · Extrusion
“The influence of 3D printing process parameters on the mechanical performance of PLA polymer and its correlation with hardness”
Cautions · theme 05
Hybrid material and metal‑polymer printing challenges
175 papers · 10.8% of this block
2022: 53 of every 10,000 papers on this subject 2023: 57 of every 10,000 papers on this subject 2024: 49 of every 10,000 papers on this subject 2025: 72 of every 10,000 papers on this subject 2022: 53 of every 10,000 papers on this subject 2023: 57 of every 10,000 papers on this subject 2024: 49 of every 10,000 papers on this subject 2025: 72 of every 10,000 papers on this subject ▲ +34% share 2022→2025 share of research on this subject Authors discuss adhesion, thermal mismatch, and defect formation when combining metals and polymers via fused deposition techniques.
Fused deposition modeling · Deposition · Fused filament fabrication · 3D printing
“Recent Developments in Fused Deposition Modeling-Based 3D Printing of Polymers and Their Composites”
Cautions · theme 06
Porosity and non‑destructive testing limitations
167 papers · 10.4% of this block
2022: 782 of every 10,000 papers on this subject 2023: 770 of every 10,000 papers on this subject 2024: 645 of every 10,000 papers on this subject 2025: 769 of every 10,000 papers on this subject 2022: 782 of every 10,000 papers on this subject 2023: 770 of every 10,000 papers on this subject 2024: 645 of every 10,000 papers on this subject 2025: 769 of every 10,000 papers on this subject → -2% share 2022→2025 share of research on this subject Literature points to difficulty in controlling porosity and accurately assessing internal defects in laser‑powder‑bed parts.
Fusion · Porosity · Raw material · Fabrication
“Comparison of the porosity and mechanical performance of 316L stainless steel manufactured on different laser powder bed fusion metal additi”
Cautions · theme 07
Alloy microstructure control in laser melting
139 papers · 8.6% of this block
2022: 1,294 of every 10,000 papers on this subject 2023: 1,271 of every 10,000 papers on this subject 2024: 1,105 of every 10,000 papers on this subject 2025: 1,221 of every 10,000 papers on this subject 2022: 1,294 of every 10,000 papers on this subject 2023: 1,271 of every 10,000 papers on this subject 2024: 1,105 of every 10,000 papers on this subject 2025: 1,221 of every 10,000 papers on this subject ▼ -6% share 2022→2025 share of research on this subject Studies caution about unpredictable grain structures and strength variations when processing advanced alloys with selective laser melting.
Microstructure · Selective laser melting · Alloy · Ultimate tensile strength
“Microstructure and Mechanical Properties of TiC-Reinforced 316L Stainless Steel Composites Fabricated Using Selective Laser Melting”
Opportunities 32,179 papers · 7 recurring themes
→ Opportunities · theme 01
Broad manufacturing expansion of 3D printing
1,267 papers · 21.1% of this block
2022: 129 of every 10,000 papers on this subject 2023: 130 of every 10,000 papers on this subject 2024: 161 of every 10,000 papers on this subject 2025: 175 of every 10,000 papers on this subject 2022: 129 of every 10,000 papers on this subject 2023: 130 of every 10,000 papers on this subject 2024: 161 of every 10,000 papers on this subject 2025: 175 of every 10,000 papers on this subject ▲ +36% share 2022→2025 share of research on this subject Researchers explore new printer designs and process innovations that enable diverse product categories across industrial sectors.
3D printing · Manufacturing engineering · 3d printer · 3d printed
“3D printing for clothing production”
Opportunities · theme 02
Smart hydrogels and microfluidic 3D printing
1,250 papers · 20.8% of this block
2022: 5,978 of every 10,000 papers on this subject 2023: 5,997 of every 10,000 papers on this subject 2024: 6,268 of every 10,000 papers on this subject 2025: 5,033 of every 10,000 papers on this subject 2022: 5,978 of every 10,000 papers on this subject 2023: 5,997 of every 10,000 papers on this subject 2024: 6,268 of every 10,000 papers on this subject 2025: 5,033 of every 10,000 papers on this subject ▼ -16% share 2022→2025 share of research on this subject Papers present novel printable materials that combine self‑healing, adhesion, and fluidic functions for advanced device applications.
Nanotechnology · 3D printing · Self-healing hydrogels · Microfluidics
“3D\nPrinting Method for Tough Multifunctional Particle-Based\nDouble-Network Hydrogels”
Opportunities · theme 03
Biomedical and tissue engineering printing prospects
833 papers · 13.9% of this block
2022: 463 of every 10,000 papers on this subject 2023: 457 of every 10,000 papers on this subject 2024: 457 of every 10,000 papers on this subject 2025: 464 of every 10,000 papers on this subject 2022: 463 of every 10,000 papers on this subject 2023: 457 of every 10,000 papers on this subject 2024: 457 of every 10,000 papers on this subject 2025: 464 of every 10,000 papers on this subject → +0% share 2022→2025 share of research on this subject Works highlight emerging techniques for creating patient‑specific implants, scaffolds, and orthopedic components using additive manufacturing.
3D printing · 3d printed · Biomedical engineering · Tissue engineering
“A Review of Three-Dimensional Printing Technology for Medical Applications”
Opportunities · theme 04
Alloy and composite laser‑based manufacturing advances
762 papers · 12.7% of this block
2022: 1,294 of every 10,000 papers on this subject 2023: 1,271 of every 10,000 papers on this subject 2024: 1,105 of every 10,000 papers on this subject 2025: 1,221 of every 10,000 papers on this subject 2022: 1,294 of every 10,000 papers on this subject 2023: 1,271 of every 10,000 papers on this subject 2024: 1,105 of every 10,000 papers on this subject 2025: 1,221 of every 10,000 papers on this subject ▼ -6% share 2022→2025 share of research on this subject Research showcases tailored microstructures and functional gradients achievable through selective laser melting of complex metal systems.
Selective laser melting · Microstructure · Alloy · Laser
“Selective Laser Melting Additive Manufacturing of TiC/AlSi10Mg Bulk-form Nanocomposites with Tailored Microstructures and Properties”
Opportunities · theme 05
High‑performance composite printing developments
686 papers · 11.4% of this block
2022: 4,435 of every 10,000 papers on this subject 2023: 4,407 of every 10,000 papers on this subject 2024: 3,942 of every 10,000 papers on this subject 2025: 3,524 of every 10,000 papers on this subject 2022: 4,435 of every 10,000 papers on this subject 2023: 4,407 of every 10,000 papers on this subject 2024: 3,942 of every 10,000 papers on this subject 2025: 3,524 of every 10,000 papers on this subject ▼ -20% share 2022→2025 share of research on this subject Studies focus on optimizing fiber reinforcement, strength, and flexibility in 3D printed composite materials.
Composite material · Composite number · Ultimate tensile strength · 3D printing
“Parameters Affecting the Mechanical Properties of Three-Dimensional (3D) Printed Carbon Fiber-Reinforced Polylactide Composites”
Opportunities · theme 06
Customizable component and wearable fabrication
685 papers · 11.4% of this block
2022: 656 of every 10,000 papers on this subject 2023: 639 of every 10,000 papers on this subject 2024: 566 of every 10,000 papers on this subject 2025: 779 of every 10,000 papers on this subject 2022: 656 of every 10,000 papers on this subject 2023: 639 of every 10,000 papers on this subject 2024: 566 of every 10,000 papers on this subject 2025: 779 of every 10,000 papers on this subject ▲ +19% share 2022→2025 share of research on this subject Authors describe additive processes that enable bespoke replacement parts and flexible wearable devices across multiple industries.
Fabrication · 3D printing · Fusion · Extrusion
“Additive Manufacturing: Additive Manufacturing of Biomechanically Tailored Meshes for Compliant Wearable and Implantable Devices (Adv. Funct”
Opportunities · theme 07
FDM for analytical and high‑performance devices
517 papers · 8.6% of this block
2022: 53 of every 10,000 papers on this subject 2023: 57 of every 10,000 papers on this subject 2024: 49 of every 10,000 papers on this subject 2025: 72 of every 10,000 papers on this subject 2022: 53 of every 10,000 papers on this subject 2023: 57 of every 10,000 papers on this subject 2024: 49 of every 10,000 papers on this subject 2025: 72 of every 10,000 papers on this subject ▲ +34% share 2022→2025 share of research on this subject Papers illustrate the use of fused filament fabrication to produce precise bio‑analytical tools and thermoplastic components with enhanced properties.
Fused deposition modeling · Deposition · Fused filament fabrication · 3D printing
“Fused Deposition Modeling 3D Printing for (Bio)analytical Device Fabrication: Procedures, Materials, and Applications”
Which of these themes are growing fastest Tracks how the share of research themes has shifted globally between 2022 and 2025.
Problems
how much more (or less) of the world’s research on this subject each theme took up, 2022→2025
gaining share losing share
Medical and pharmaceutical 3D printing barriers ▲+61%
Fused deposition modeling reliability concerns ▲+34%
Aerospace additive manufacturing constraints ▲+12%
Construction‑focused 3D printing challenges ▼-6%
Bioprinting scaffold and tissue engineering limits ▼-15%
Selective laser melting microstructure and stress problems ▼-16%
Nanocomposite and multi‑material printing issues ▼-21%
Cautions
how much more (or less) of the world’s research on this subject each theme took up, 2022→2025
gaining share losing share
Supply‑chain and production integration risks ▲+63%
Hybrid material and metal‑polymer printing challenges ▲+34%
Process parameter effects on printed part quality ▲+31%
Porosity and non‑destructive testing limitations ▼-2%
Alloy microstructure control in laser melting ▼-6%
Residual stress and surface finish in laser printing ▼-16%
Mechanical performance variability of printed polymers ▼-30%
Opportunities
how much more (or less) of the world’s research on this subject each theme took up, 2022→2025
gaining share losing share
Broad manufacturing expansion of 3D printing ▲+36%
FDM for analytical and high‑performance devices ▲+34%
Customizable component and wearable fabrication ▲+19%
Biomedical and tissue engineering printing prospects ▲+0%
Alloy and composite laser‑based manufacturing advances ▼-6%
Smart hydrogels and microfluidic 3D printing ▼-16%
High‑performance composite printing developments ▼-20%
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