Radar · Industry landscape · Japan
Industrial Goods and Manufacturing Landscape of Japan 1,163 Industrial Goods and Manufacturing companies in Japan, 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.
1,163 companies tracked
$686.3M disclosed funding
15 hiring right now
278 events · 24 months
≥457,167 news articles · 12 months
Who leads Industrial Goods and Manufacturing in Japan Tracks 1,163 Japanese industrial goods firms, highlighting which are hiring, which have recent funding rounds, and the top‑funded companies such as Mujin and Prime Polymer.
Radar
See all 1,163 Industrial Goods and Manufacturing companies in Japan
Filter by funding, headcount, hiring and location, and export the list.
How the Industrial Goods and Manufacturing ecosystem in Japan grew, 2016–2025 Shows the annual count of new companies from 2016 to 2025, with a peak of 39 startups in 2020 and only 3 founded in 2025.
Companies founded / year
new Industrial Goods and Manufacturing companies in Japan
2016: 19 2017: 12 2018: 27 2019: 20 2020: 39 2021: 35 2022: 24 2023: 9 2024: 4 2025: 3 2016 2025
peak 39 in 2020
Companies raising / year
with a disclosed round that year
2016 2025
peak 13 in 2025
Disclosed funding / year
sum of disclosed rounds (USD)
2016: 26,585,712 2017: 14,122,857 2018: 33,093,650 2019: 47,797,974 2020: 8,400,234 2021: 718,830 2022: 72,113,785 2023: 116,336,573 2024: 15,321,409 2025: 334,551,074 2016 2025
peak $334.6M in 2025
Where Industrial Goods and Manufacturing companies in Japan are based Lists the cities where these firms are located, led by Tokyo with 107 companies, followed by Osaka, Chiyoda City, Yokohama, and Minato City.
→ Hub 01
Tokyo
107 Industrial Goods and Manufacturing companies
34% of the Industrial Goods and Manufacturing companies across these hubs
107 companies
$56.6M disclosed funding
2 hiring now
Hub 02
Osaka
74 Industrial Goods and Manufacturing companies
23% of the Industrial Goods and Manufacturing companies across these hubs
74 companies
$5.1M disclosed funding
1 hiring now
Hub 03
Chiyoda City
29 Industrial Goods and Manufacturing companies
9% of the Industrial Goods and Manufacturing companies across these hubs
29 companies
$12.8M disclosed funding
Hub 04
Yokohama
28 Industrial Goods and Manufacturing companies
9% of the Industrial Goods and Manufacturing companies across these hubs
28 companies
$19.8M disclosed funding
1 hiring now
Hub 05
Minato City
21 Industrial Goods and Manufacturing companies
7% of the Industrial Goods and Manufacturing companies across these hubs
21 companies
$10.7M disclosed funding
Hub 06
Chuo City
20 Industrial Goods and Manufacturing companies
6% of the Industrial Goods and Manufacturing companies across these hubs
20 companies
$31.4M disclosed funding
Hub 07
Nagoya
19 Industrial Goods and Manufacturing companies
6% of the Industrial Goods and Manufacturing companies across these hubs
19 companies
$684k disclosed funding
1 hiring now
Hub 08
Shinagawa
18 Industrial Goods and Manufacturing companies
6% of the Industrial Goods and Manufacturing companies across these hubs
18 companies
$6.3M disclosed funding
The Industrial Goods and Manufacturing market map of Japan: what these companies actually do Breaks down product sub‑categories—industry 4.0, enterprise tech, enterprise software, deep tech, SaaS—and the most common revenue models like physical commerce and fee‑for‑service.
Industry 4.0 100 companies · $473M raised · 3 hiring Enterprise Tech 78 companies · $533.9M raised · 2 hiring Enterprise Software 30 companies · $128.1M raised · 1 hiring Deep Tech 26 companies · $377.1M raised SaaS 25 companies · $126.5M raised · 1 hiring Smart Factories 20 companies · $364.3M raised Manufacturing SaaS 17 companies · $48.4M raised Robotics in Manufacturing 15 companies · $362.2M raised Global 2000 14 companies IoT in Manufacturing 11 companies · $9.5M raised Computer Aided Design 7 companies · $314k raised · 1 hiring Consumer Digital 6 companies · $4.9M raised 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 517
E-Commerce - Product 468
Fee-For-Service 135
Subscription 111
Commission on Transaction 63
Advertising 39
E-Commerce - Service 31
Sponsorship 5
Funding, M&A and the deals moving Industrial Goods and Manufacturing in Japan Counts 278 corporate events over the past two years, including 58 mergers and acquisitions, 42 key‑person moves, and 38 earnings releases.
M&A 58 Leadership 42 Earnings 38 Announcement 35 Contracts 33 Product 28 Assets 15 Capital 10 Funding 9 Lawsuit 4
M&A Under the MOU, the two companies will begin discussions toward a joint operation structure that would see Foxconn acquire a 50% stake in Mitsubishi Electric Mobility Corporation. 2026-04-30 M&A The Japanese government has asked Seoul-based private equity firm MBK Partners Ltd. to cancel its planned takeover of machine tool maker Makino Milling Machine Co., citing national security concerns in a move that could jeopardize the buyout firm’s deal worth up to $1.7 billion. 2026-04-24 M&A Previously, it made a $2.7 billion bid to take Fujitec, an elevator and escalator maker, private. 2026-04-23 M&A Electric Works Company, a division of Panasonic Corporation, has announced that it entered into a share transfer agreement to transfer its power tools business to a successor company newly established by the company, and subsequently to transfer all shares of that company to Makita Corporation (Makita). 2026-04-15 M&A JFE Steel Corporation invested Rs 7,875 crore to acquire a 25% stake in JSW Kalinga Steel, marking the first tranche of its investment under the joint venture agreement. 2026-03-30 M&A Torishima Pump Mfg Co Ltd has signed an agreement to acquire all shares of Shin Nippon Machinery Co Ltd (SNM) from Sumitomo Heavy Industries Ltd. 2026-02-16 M&A Nippon Steel announced it will commence a tender offer on February 2, 2026, to acquire additional shares of its consolidated subsidiary Krosaki Harima Corporation, a refractory and materials producer listed in Tokyo and Fukuoka. 2026-01-31 Funding In Asia, Australia’s Firmus Technologies raised $541 million, China-based Didi Autonomous Driving raised $280 million, and Japan-based Mujin raised $235 million. In Europe, France-based Brevo raised $578 million, Germany-based Black Forest Labs raised $300 million), and UK-based Synthesia raised $200 million. 2026-01-19 Funding SUPWAT, a Tokyo, Japan-based DX startup developing a SaaS tool for manufacturing, has raised approximately ¥200 million in a pre-Series A round. 2026-01-12 M&A Global law firm White & Case LLP has advised Carlyle on its agreement to sell Tescan Group to Shimadzu Corporation. 2026-01-07 Mergers and acquisitions Deals from the last 24 months where a Industrial Goods and Manufacturing company in Japan was the buyer or the one bought, newest first. “Undisclosed” means the price was never published — not that the deal was worth nothing.
Acquirer Target Deal value Status Date foxconnMitsubishi Electric undisclosed Pending 2026-04-30 Torishima Pump Mfg Co Ltd Snm undisclosed Announced 2026-04-28 mbk partnersMakino $1.7B — 2026-04-24 Nidec Corp. Makino undisclosed Announced 2026-04-24 eqtFujitec $2.7B Completed 2026-04-23 Makita electric worksundisclosed Announced 2026-04-15
Who is listing, hiring leaders, launching and winning work Provides details on specific events such as leadership changes, product launches, and contract wins.
Contract wins
24 customer wins · last 24 months
Regulatory & litigation
1 regulatory events · 3 tracked suits · 24 months
Kawasaki Heavy Industries Dec 2024 kawasaki heavy industries v Rorze Corporation, Rorze Automation patent infringement · Verdict Mar 2026 Forced labor victim surnamed Lee v Hitachi Zosen Forced labor compensation · Verdict Feb 2025 Earnings pulse
companies reporting results · last 24 months
24 companies reporting29 company-quarters trackedbeat 5 miss 4 in line 1
Half of these companies grew revenue faster than +4.9% , half slower.
Who is building Industrial Goods and Manufacturing in Japan Profiles 262 founders and CEOs across 236 firms, noting their educational backgrounds such as MIT Sloan, Tokyo Institute of Technology, Carnegie Mellon, and UC Berkeley.
Founders and chief executives 12 of 262, from the best-funded companies on this page
→ Co-Founder & CTO
Ross Diankov
University of California, Berkeley BS, Carnegie Mellon University PhD
ex- Co-Founder Vision Multimedia Technology, Fukuoka IST and Kyushu University. Banaras Hindu University PhD
Ex-Recruit Holdings. The University of Tokyo BE 2013, MEng 2015
Chief Executive Officer
Takashi Someda
Hacarus, ex-Nulab, ex-Choistudio, Kyoto University, 2002
Ex- Boston Consulting Group, Kawasaki Heavy Industries. Osaka University 2013
EPFL 2020, The University of Tokyo MEng 2021
Ex - Mercari, JXTG Energy Permanent. The University of Tokyo ME 2017
Ex- ExaWizards, Accenture. Aoyama Gakuin University 2015
KWorks, ex-Hong Kong Network Solutions & Consultants.
Astraea Software, ex-Technostar, ex-Msc Software, Nagoya University of Commerce & business, 2013
NAVIMRO, ex-Rakuten, Sumitomo Corporation, K-engine Corporation.
Where the founders studied
alma mater on record for 3 of 262 founders
MIT Sloan School of Management 1
Tokyo Institute of Technology 1
Carnegie Mellon University 1
University of California (Berkeley) 1
Kyoto University 1
Radar
Look up the people behind Industrial Goods and Manufacturing companies in Japan
Search founders, executives and operators by company, role and location.
Who funds Industrial Goods and Manufacturing in Japan Records 103 funding rounds since 2016 from 138 investors, with an average round size of $3.2 million.
Stage mix · rounds since 2016
Seed & Angel 41
Series A–B 42
Series C+ / PE 10
Grants, debt & other 10
The typical round is $3.2M — half were bigger, half smaller.
The biggest Industrial Goods and Manufacturing funding rounds in Japan Highlights the largest disclosed round—Mujin’s $133 million Series D—and lists ten other large recent rounds.
Company Round Size When Backers Mujin Series D $133M Dec 2025 Qatar Investment Authority , Mitsubishi HC Capital Realty , Salesforce Ventures +1 more Mujin Series C $85M Sep 2023 SBI Investment , Pegasus Tech Ventures , Accenture +2 more Fact Base Series C $28.5M Nov 2025 Insight Partners Smat Series C $24.9M Jun 2025 NTT Finance micro-AMS Series A $23M Dec 2018 Universal Materials Incubator Mujin Series C $18M Dec 2023 Japan Post Capital Aperza Series B $11M Jul 2019 JAFCO , GMO Venture Partners , Eight Roads Ventures +2 more Fact Base Series B $9.9M Apr 2025 Mitsubishi UFJ Capital , Mizuho Capital , Resona Group Life Robotics Series B $9M Nov 2016 Global Brain , Mitsui Fudosan , KODEN Holdings AllStocker Series A $8.2M May 2019 Sumitomo Corporation , ITOCHU
Venture round sizes · 2023–2025
<$1M 7
$1–10M 19
$10–50M 3
$50–250M 2
>$250M 0
31 venture rounds with a disclosed amount in the window.
Fresh cheques · last 6 months
What the news says about Industrial Goods and Manufacturing in Japan Indexes 457,167 news articles from the last year, most often covering international entities, geopolitical disputes, and trade‑related topics.
News volume
Industrial Goods and Manufacturing coverage across Japan · articles per quarter
2021Q2: 64,497 2021Q3: 85,523 2021Q4: 58,026 2022Q1: 69,975 2022Q2: 67,667 2022Q3: 71,603 2022Q4: 92,002 2023Q1: 92,683 2023Q2: 91,959 2023Q3: 104,254 2023Q4: 88,513 2024Q1: 103,924 2024Q2: 104,881 2024Q3: 117,198 2024Q4: 113,512 2025Q1: 138,134 2025Q2: 102,555 2025Q3: 174,621 2025Q4: 86,348 2026Q1: 97,401 2021Q2 2026Q1
peak ≥174,621 in 2025Q3 · ≥457,167 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 57% → 52%, negative 29% → 21% across 2021–2025.
What the coverage is about The subjects that dominate Industrial Goods and Manufacturing news in Japan. The arrow shows whether each one is being written about more or less than a year ago.
International and transnational geographic entities ≥300,276 ▲+33% Geopolitical disputes and contested areas ≥300,274 ▲+33% Administrative and political subdivisions ≥300,224 ▲+33% International sports competitions ≥44,638 ▼-25% International political relations ≥35,538 ▲+13% Olympic games coverage ≥34,954 ▼-50% International relations and diplomacy ≥24,517 →+2% Security and defense policies ≥24,016 ▲+20% Trade policies and agreements ≥23,354 ▲+26% Trade wars and geopolitical impacts ≥19,760 ▲+14% Most-covered companies · last 12 months
17 Industrial Goods and Manufacturing companies here were named in the news over this period.
Prism
Watch Industrial Goods and Manufacturing coverage in Japan 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.
countries+132% trade dispute mechanisms+56% bilateral trade+70% preferential tariff+43% forex liquidity+202% tariff rate quota+52% exchange rates+66% mfn tariff+50% gold spot price+584% top-rated vehicles+288%
olympic trials-60% olympic team selections-64% honda forums-100% summer olympics athletics-83% olympians career highlights-75%
The pressures the press keeps returning to Three recurring angles in Japan Industrial Goods and Manufacturing coverage, and whether each is getting more attention year on year (through 2025).
Regulatory Risk ▲ rising
≥834,345 articles touch this dimension · 25.2% critical tone
2021 2025
signals: territories, disputed islands, countries
Funding Momentum ▲ rising
≥87,316 articles touch this dimension · 38.8% critical tone
2021 2025
signals: inflation reports fx, currency intervention policies, trade deficits fx
Growth ▲ rising
≥229,423 articles touch this dimension · 33.5% critical tone
2021 2025
signals: gdp growth rate, automotive segment growth, gdp acceleration
Industrial Goods and Manufacturing jobs in Japan: who is hiring and what they ask for Shows two job postings in the past year from four employers, emphasizing skills like manufacturing, engineering, and workflow automation.
2 postings · last 12 months
4 postings tracked overall
4 employers advertising
Demand
The Skills Employers Ask For What Industrial Goods and Manufacturing employers in Japan 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.
manufacturing 2 ▲ engineering 2 ▼ workflow automation platform 1 ▲ aerospace 1 → salesforce 1 ▼ railways 1 → electric manufacturing 1 ▲ enterprise procurement 1 ▲ industrial 1 → energy & utilities 1 → Most advertised titles
Tp - Senior Associate / Associate, Executive Search (Industrial/Finance). 1 Battery Manufacturing Operator (Ssw Type 1) Japan Location 1 What Industrial Goods and Manufacturing research is working on Indexes 50,666 academic papers, of which 35,125 discuss opportunities, 2,825 identify common problems, and 1,718 raise 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% · 25.9% 0.8×
Descriptive 15.8% · 17.3% ≈ par
Comparative 5.9% · 3.9% 1.5×
Problem-identifying 5.4% · 9.8% 0.6×
Cautionary 3.4% · 4.7% 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: 76 of every 10,000 papers on this subject 2023: 78 of every 10,000 papers on this subject 2024: 100 of every 10,000 papers on this subject 2025: 73 of every 10,000 papers on this subject 2022: 76 of every 10,000 papers on this subject 2023: 78 of every 10,000 papers on this subject 2024: 100 of every 10,000 papers on this subject 2025: 73 of every 10,000 papers on this subject ▼ -4% 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 multifunctional printing issues
618 papers · 23.3% of this block
2022: 8,440 of every 10,000 papers on this subject 2023: 8,421 of every 10,000 papers on this subject 2024: 8,328 of every 10,000 papers on this subject 2025: 6,616 of every 10,000 papers on this subject 2022: 8,440 of every 10,000 papers on this subject 2023: 8,421 of every 10,000 papers on this subject 2024: 8,328 of every 10,000 papers on this subject 2025: 6,616 of every 10,000 papers on this subject ▼ -22% share 2022→2025 share of research on this subject Papers highlight difficulties in aligning nanoparticles, handling composite inks, and achieving functional performance in printed devices.
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 printing barriers
359 papers · 13.5% of this block
2022: 80 of every 10,000 papers on this subject 2023: 87 of every 10,000 papers on this subject 2024: 116 of every 10,000 papers on this subject 2025: 131 of every 10,000 papers on this subject 2022: 80 of every 10,000 papers on this subject 2023: 87 of every 10,000 papers on this subject 2024: 116 of every 10,000 papers on this subject 2025: 131 of every 10,000 papers on this subject ▲ +64% share 2022→2025 share of research on this subject Works examine material safety, regulatory hurdles, and performance constraints for healthcare‑related 3D printed products.
3D printing · 3d printed · Medical physics · Health care
“A Review of 3D Printing Technology for Medical Applications”
Problems · theme 04
Aerospace additive manufacturing obstacles
307 papers · 11.6% of this block
2022: 96 of every 10,000 papers on this subject 2023: 98 of every 10,000 papers on this subject 2024: 113 of every 10,000 papers on this subject 2025: 110 of every 10,000 papers on this subject 2022: 96 of every 10,000 papers on this subject 2023: 98 of every 10,000 papers on this subject 2024: 113 of every 10,000 papers on this subject 2025: 110 of every 10,000 papers on this subject ▲ +14% share 2022→2025 share of research on this subject Studies identify material, certification, and process stability problems when applying 3D printing to aerospace production.
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: 6,055 of every 10,000 papers on this subject 2023: 6,066 of every 10,000 papers on this subject 2024: 6,320 of every 10,000 papers on this subject 2025: 5,089 of every 10,000 papers on this subject 2022: 6,055 of every 10,000 papers on this subject 2023: 6,066 of every 10,000 papers on this subject 2024: 6,320 of every 10,000 papers on this subject 2025: 5,089 of every 10,000 papers on this subject ▼ -16% share 2022→2025 share of research on this subject Research points to challenges in bio‑ink formulation, cell viability, and structural fidelity for 3D printed biomedical constructs.
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: 50 of every 10,000 papers on this subject 2025: 74 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: 50 of every 10,000 papers on this subject 2025: 74 of every 10,000 papers on this subject ▲ +40% share 2022→2025 share of research on this subject Authors report common defects, post‑processing needs, and repeatability issues specific to FDM‑based polymer parts.
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 difficulties
187 papers · 7.1% of this block
2022: 1,117 of every 10,000 papers on this subject 2023: 1,088 of every 10,000 papers on this subject 2024: 902 of every 10,000 papers on this subject 2025: 949 of every 10,000 papers on this subject 2022: 1,117 of every 10,000 papers on this subject 2023: 1,088 of every 10,000 papers on this subject 2024: 902 of every 10,000 papers on this subject 2025: 949 of every 10,000 papers on this subject ▼ -15% share 2022→2025 share of research on this subject Literature focuses on residual stress, defect formation, and alloy‑specific challenges in laser‑based powder bed processes.
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 impact on printed part quality
352 papers · 21.8% of this block
2022: 183 of every 10,000 papers on this subject 2023: 190 of every 10,000 papers on this subject 2024: 196 of every 10,000 papers on this subject 2025: 241 of every 10,000 papers on this subject 2022: 183 of every 10,000 papers on this subject 2023: 190 of every 10,000 papers on this subject 2024: 196 of every 10,000 papers on this subject 2025: 241 of every 10,000 papers on this subject ▲ +32% share 2022→2025 share of research on this subject Cautionary studies examine how slicer settings and extrusion methods affect mechanical and micro‑structural outcomes.
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: 71 of every 10,000 papers on this subject 2023: 76 of every 10,000 papers on this subject 2024: 98 of every 10,000 papers on this subject 2025: 118 of every 10,000 papers on this subject 2022: 71 of every 10,000 papers on this subject 2023: 76 of every 10,000 papers on this subject 2024: 98 of every 10,000 papers on this subject 2025: 118 of every 10,000 papers on this subject ▲ +66% share 2022→2025 share of research on this subject Papers warn about logistical complexities and workflow disruptions when embedding 3D printing into existing manufacturing 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: 315 of every 10,000 papers on this subject 2023: 289 of every 10,000 papers on this subject 2024: 267 of every 10,000 papers on this subject 2025: 266 of every 10,000 papers on this subject 2022: 315 of every 10,000 papers on this subject 2023: 289 of every 10,000 papers on this subject 2024: 267 of every 10,000 papers on this subject 2025: 266 of every 10,000 papers on this subject ▼ -16% share 2022→2025 share of research on this subject Research highlights stress accumulation and roughness issues that can compromise durability of selectively melted components.
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 from printing parameters
190 papers · 11.8% of this block
2022: 4,243 of every 10,000 papers on this subject 2023: 4,179 of every 10,000 papers on this subject 2024: 3,719 of every 10,000 papers on this subject 2025: 2,943 of every 10,000 papers on this subject 2022: 4,243 of every 10,000 papers on this subject 2023: 4,179 of every 10,000 papers on this subject 2024: 3,719 of every 10,000 papers on this subject 2025: 2,943 of every 10,000 papers on this subject ▼ -31% share 2022→2025 share of research on this subject Studies caution that tensile and flexural properties are highly sensitive to extrusion speed, temperature, and material mix.
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 polymer‑metal FDM 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: 50 of every 10,000 papers on this subject 2025: 74 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: 50 of every 10,000 papers on this subject 2025: 74 of every 10,000 papers on this subject ▲ +40% share 2022→2025 share of research on this subject Works discuss adhesion, porosity, and thermal mismatch problems when combining polymers and metals in fused deposition processes.
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 defect detection in powder‑bed fusion
167 papers · 10.4% of this block
2022: 784 of every 10,000 papers on this subject 2023: 767 of every 10,000 papers on this subject 2024: 642 of every 10,000 papers on this subject 2025: 774 of every 10,000 papers on this subject 2022: 784 of every 10,000 papers on this subject 2023: 767 of every 10,000 papers on this subject 2024: 642 of every 10,000 papers on this subject 2025: 774 of every 10,000 papers on this subject → -1% share 2022→2025 share of research on this subject Authors emphasize the need for improved inspection methods to address internal voids and inconsistent fusion quality.
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: 1,295 of every 10,000 papers on this subject 2023: 1,266 of every 10,000 papers on this subject 2024: 1,106 of every 10,000 papers on this subject 2025: 1,224 of every 10,000 papers on this subject 2022: 1,295 of every 10,000 papers on this subject 2023: 1,266 of every 10,000 papers on this subject 2024: 1,106 of every 10,000 papers on this subject 2025: 1,224 of every 10,000 papers on this subject ▼ -5% share 2022→2025 share of research on this subject Literature points out difficulties in achieving uniform grain structures and consistent strength in selectively melted alloys.
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: 128 of every 10,000 papers on this subject 2023: 131 of every 10,000 papers on this subject 2024: 163 of every 10,000 papers on this subject 2025: 176 of every 10,000 papers on this subject 2022: 128 of every 10,000 papers on this subject 2023: 131 of every 10,000 papers on this subject 2024: 163 of every 10,000 papers on this subject 2025: 176 of every 10,000 papers on this subject ▲ +37% share 2022→2025 share of research on this subject Researchers explore new printer designs and process adaptations that enable diverse product categories across industry.
3D printing · Manufacturing engineering · 3d printer · 3d printed
“3D printing for clothing production”
Opportunities · theme 02
Smart hydrogels and microfluidic printing
1,250 papers · 20.8% of this block
2022: 5,975 of every 10,000 papers on this subject 2023: 5,990 of every 10,000 papers on this subject 2024: 6,256 of every 10,000 papers on this subject 2025: 4,992 of every 10,000 papers on this subject 2022: 5,975 of every 10,000 papers on this subject 2023: 5,990 of every 10,000 papers on this subject 2024: 6,256 of every 10,000 papers on this subject 2025: 4,992 of every 10,000 papers on this subject ▼ -16% share 2022→2025 share of research on this subject Papers present innovative printable materials that combine self‑healing, adhesion, and fluidic functionalities for advanced devices.
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 advances
833 papers · 13.9% of this block
2022: 460 of every 10,000 papers on this subject 2023: 458 of every 10,000 papers on this subject 2024: 459 of every 10,000 papers on this subject 2025: 462 of every 10,000 papers on this subject 2022: 460 of every 10,000 papers on this subject 2023: 458 of every 10,000 papers on this subject 2024: 459 of every 10,000 papers on this subject 2025: 462 of every 10,000 papers on this subject → +0% share 2022→2025 share of research on this subject Studies showcase emerging techniques for creating patient‑specific implants, scaffolds, and orthopedic components.
3D printing · 3d printed · Biomedical engineering · Tissue engineering
“A Review of Three-Dimensional Printing Technology for Medical Applications”
Opportunities · theme 04
Tailored alloy microstructures via laser melting
762 papers · 12.7% of this block
2022: 1,295 of every 10,000 papers on this subject 2023: 1,266 of every 10,000 papers on this subject 2024: 1,106 of every 10,000 papers on this subject 2025: 1,224 of every 10,000 papers on this subject 2022: 1,295 of every 10,000 papers on this subject 2023: 1,266 of every 10,000 papers on this subject 2024: 1,106 of every 10,000 papers on this subject 2025: 1,224 of every 10,000 papers on this subject ▼ -5% share 2022→2025 share of research on this subject Research demonstrates control over composition and porosity to produce high‑performance metal parts for specialized applications.
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‑strength composite printing developments
686 papers · 11.4% of this block
2022: 4,440 of every 10,000 papers on this subject 2023: 4,392 of every 10,000 papers on this subject 2024: 3,943 of every 10,000 papers on this subject 2025: 3,530 of every 10,000 papers on this subject 2022: 4,440 of every 10,000 papers on this subject 2023: 4,392 of every 10,000 papers on this subject 2024: 3,943 of every 10,000 papers on this subject 2025: 3,530 of every 10,000 papers on this subject ▼ -20% share 2022→2025 share of research on this subject Works highlight design strategies and material blends that boost tensile and flexural performance of printed composites.
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
Custom component replacement and wearable fabrication
685 papers · 11.4% of this block
2022: 658 of every 10,000 papers on this subject 2023: 643 of every 10,000 papers on this subject 2024: 569 of every 10,000 papers on this subject 2025: 781 of every 10,000 papers on this subject 2022: 658 of every 10,000 papers on this subject 2023: 643 of every 10,000 papers on this subject 2024: 569 of every 10,000 papers on this subject 2025: 781 of every 10,000 papers on this subject ▲ +19% share 2022→2025 share of research on this subject Papers illustrate how additive manufacturing enables bespoke automotive parts and flexible devices for medical and consumer markets.
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: 50 of every 10,000 papers on this subject 2025: 74 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: 50 of every 10,000 papers on this subject 2025: 74 of every 10,000 papers on this subject ▲ +40% share 2022→2025 share of research on this subject Research focuses on using fused filament processes to produce precise bio‑analytical tools and durable thermoplastic components.
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 changes globally from 2022 to 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 printing barriers ▲+64%
Fused deposition modeling reliability concerns ▲+40%
Aerospace additive manufacturing obstacles ▲+14%
Construction‑focused 3D printing challenges ▼-4%
Selective laser melting microstructure difficulties ▼-15%
Bioprinting scaffold and tissue engineering limits ▼-16%
Nanocomposite and multifunctional printing issues ▼-22%
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 ▲+66%
Hybrid polymer‑metal FDM challenges ▲+40%
Process‑parameter impact on printed part quality ▲+32%
Porosity and defect detection in powder‑bed fusion ▼-1%
Alloy microstructure control in laser melting ▼-5%
Residual stress and surface finish in laser printing ▼-16%
Mechanical performance variability from printing parameters ▼-31%
Opportunities
how much more (or less) of the world’s research on this subject each theme took up, 2022→2025
gaining share losing share
FDM for analytical and high‑performance devices ▲+40%
Broad manufacturing expansion of 3D printing ▲+37%
Custom component replacement and wearable fabrication ▲+19%
Biomedical and tissue‑engineering printing advances ▲+0%
Tailored alloy microstructures via laser melting ▼-5%
Smart hydrogels and microfluidic printing ▼-16%
High‑strength composite printing developments ▼-20%
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About this data: built from Fliar's company, founder, funding, hiring, jobs, news and research trackers, covering Japan. Counts are of companies we track, not of every company that exists. Updated August 2026.
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