Radar · Industry landscape · China
Industrial Goods and Manufacturing Landscape of China 5,870 Industrial Goods and Manufacturing companies in China, 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.
5,870 companies tracked
$10.5B disclosed funding
34 hiring right now
299 events · 24 months
134,050 news articles · 12 months
Who leads Industrial Goods and Manufacturing in China Shows the top‑ranked companies by size, funding, hiring activity and media coverage among 5,870 tracked firms, highlighting a few notable leaders and the 34 firms currently hiring.
Radar
See all 5,870 Industrial Goods and Manufacturing companies in China
Filter by funding, headcount, hiring and location, and export the list.
How the Industrial Goods and Manufacturing ecosystem in China grew, 2016–2025 Displays the annual count of new companies founded from 2016 to 2025, with the highest number of 232 startups in 2016 and only 3 in 2025.
Companies founded / year
new Industrial Goods and Manufacturing companies in China
2016: 232 2017: 231 2018: 228 2019: 231 2020: 230 2021: 193 2022: 182 2023: 137 2024: 22 2025: 3 2016 2025
peak 232 in 2016
Companies raising / year
with a disclosed round that year
2016 2025
peak 55 in 2022
Disclosed funding / year
sum of disclosed rounds (USD)
2016: 62,719,139 2017: 298,427,691 2018: 432,847,012 2019: 1,079,968,435 2020: 350,288,010 2021: 1,151,128,534 2022: 2,434,660,422 2023: 2,380,598,467 2024: 353,274,540 2025: 320,700,050 2016 2025
peak $2.4B in 2022
Where Industrial Goods and Manufacturing companies in China are based Lists the cities with the most industrial‑goods firms, led by Shenzhen (518 companies) followed by Shanghai, Suzhou, Dongguan and Guangzhou.
→ Hub 01
Shenzhen
518 Industrial Goods and Manufacturing companies
31% of the Industrial Goods and Manufacturing companies across these hubs
518 companies
$515.2M disclosed funding
3 hiring now
Hub 02
Shanghai
299 Industrial Goods and Manufacturing companies
18% of the Industrial Goods and Manufacturing companies across these hubs
299 companies
$3.1B disclosed funding
6 hiring now
Hub 03
Suzhou
159 Industrial Goods and Manufacturing companies
10% of the Industrial Goods and Manufacturing companies across these hubs
159 companies
$715.4M disclosed funding
Hub 04
Dongguan
154 Industrial Goods and Manufacturing companies
9% of the Industrial Goods and Manufacturing companies across these hubs
154 companies
$19.3M disclosed funding
Hub 05
Guangzhou
143 Industrial Goods and Manufacturing companies
9% of the Industrial Goods and Manufacturing companies across these hubs
143 companies
$12.8M disclosed funding
Hub 06
Beijing
138 Industrial Goods and Manufacturing companies
8% of the Industrial Goods and Manufacturing companies across these hubs
138 companies
$1.1B disclosed funding
Hub 07
Hangzhou
134 Industrial Goods and Manufacturing companies
8% of the Industrial Goods and Manufacturing companies across these hubs
134 companies
$100.3M disclosed funding
2 hiring now
Hub 08
Ningbo
128 Industrial Goods and Manufacturing companies
8% of the Industrial Goods and Manufacturing companies across these hubs
128 companies
$106.9M disclosed funding
The Industrial Goods and Manufacturing market map of China: what these companies actually do Breaks down the main product sub‑categories—industry 4.0, enterprise tech, smart factories, deep tech, enterprise software—and shows the most common revenue models such as physical commerce and e‑commerce product sales.
Industry 4.0 622 companies · $2.3B raised · 5 hiring Enterprise Tech 420 companies · $3.1B raised · 4 hiring Smart Factories 179 companies · $1.4B raised · 2 hiring Deep Tech 148 companies · $1.3B raised · 2 hiring Enterprise Software 118 companies · $637.5M raised · 1 hiring SaaS 101 companies · $932.1M raised Robotics in Manufacturing 98 companies · $1.2B raised · 2 hiring Manufacturing SaaS 81 companies · $388.8M raised IoT in Manufacturing 35 companies · $19.5M raised Robotic Arm 30 companies · $490.2M raised · 1 hiring Artificial Intelligence 27 companies · $181.5M raised Consumer Digital 27 companies · $699.3M 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 3,584
E-Commerce - Product 3,294
Fee-For-Service 758
Subscription 469
Commission on Transaction 228
Advertising 213
E-Commerce - Service 161
Licensing 25
Funding, M&A and the deals moving Industrial Goods and Manufacturing in China Leadership 70 Earnings 69 Announcement 38 Product 28 Contracts 22 M&A 17 Funding 14 IPO 13 Capital 7 Assets 5
IPO Latham & Watkins has advised the joint sponsors and underwriters on Huaqin Co., Ltd.’s HK$4.55 billion (approximately US$581 million) initial public offering (IPO) of 58,548,200 H‑shares at HK$77.7 per share on the Stock Exchange of Hong Kong (HKEX). 2026-04-27 Funding Bain Capital, a leading global private investment firm, today announced an investment in Positec Group (“Positec”), a leading global player in cordless power tools and advanced outdoor power equipment. 2026-04-10 Funding ChangingTek, a maker of robotics systems and components, has completed two Series B extension rounds totaling close to RMB 100 million (USD 14.5 million). The latest tranche was led by Shandong Weida, with participation from Guoxing Investment, Wuhu Science and Technology Innovation Group, and Shanghai Angel Group, among others. 2026-03-31 IPO SmartMore Inc (1811514D CH) (SM) plans to raise around US$300m in its upcoming Hong Kong IPO. The deal will be run by CICC, DB and MS. 2026-03-26 IPO Chinese manufacturer of offshore wind foundations, Dajin Heavy Industry, is promoting its initial public offering (IPO) on the Hong Kong Stock Exchange after submitting a listing application in September 2025. 2026-03-11 IPO Everdisplay Optronics (Shanghai) has received approval to sell shares in Hong Kong. 2026-03-09 M&A Highway Holdings Limited today announced it has completed its previously announced planned acquisition of 51% of the outstanding shares of German-based Regent-Feinbau Adermann GmbH from LeMALe Beteiligungs-GmbH on February 28, 2026 for a total purchase price of €662,000. 2026-03-05 Funding ZeroErr , a robotics components manufacturer, has raised an eight-figure RMB sum in a Series C+ round co-led by Tsinghua Holdings Capital and CDF-Capital. 2026-03-03 M&A The buyer, the listed Chinese company Yanpai Filtration Technology Co Ltd., which is mainly family owned, takes over 100% of the shares. 2026-02-13 M&A In the first transaction, Goldman Sachs Capital took publicly traded USI private in an LBO worth $1.4 billion. 2025-12-09 Mergers and acquisitions Deals from the last 24 months where a Industrial Goods and Manufacturing company in China 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 Highway Holdings Regent-Feinbau Adermann GmbH undisclosed Completed 2026-02-28 Yanpai Filtration Technology Technical Textiles Lörrach GmbH & Co. KG undisclosed — 2026-02-13 Goldman Sachs Capital USI $1.4B — 2025-12-09 Trimco Group nexgen packagingundisclosed Announced 2025-11-18 Quasar MedicalNordson undisclosed Completed 2025-09-02 Nordson hhs Leimauftrags-Systeme GmbH undisclosed Announced 2025-02-14
Who is listing, hiring leaders, launching and winning work Provides details on specific events like IPO filings, leadership moves, product launches and contract wins for companies in the sector.
IPO pipeline
5 companies listed or filing · last 24 months
Product launches
tracked launches · last 12 months
Pantum CM2100 Series Colour Laser Multifunction Printer (Printer) Apr 2026 Pantum Smart Classic Series (Printer) Apr 2026 LGMG LGMG ProCare (Global service platform) Mar 2026 Contract wins
21 customer wins · last 24 months
Regulatory & litigation
2 regulatory events · 3 tracked suits · 24 months
TTI fined for resale price maintenance conduct — Federal Court May 2025 OSTIN TECHNOLOGY reverse share split approved to meet Nasdaq rule — Nasdaq Dec 2024 teradyne v Elite Robots copyright infringement · Ongoing Apr 2026 purchasers of Ostin Technology Group Co., Ltd. (NASDAQ: OST) v ostin technology group, Lai Kui Sen, co-conspirators securities laws violations · Filed Apr 2026 Earnings pulse
companies reporting results · last 24 months
23 companies reporting62 company-quarters trackedbeat 5 miss 0 in line 0
Half of these companies grew revenue faster than +4.7% , half slower.
Who is building Industrial Goods and Manufacturing in China Profiles 447 founders and CEOs across 404 firms, noting that the most frequent alma mater is Tsinghua University with six alumni.
Founders and chief executives 12 of 447, from the best-funded companies on this page
→ Co-Founder & CEO
Yong Zheng
Ex- Saint-Gobain Abrasives, New Horizon Capital. RWTH Aachen University 2003, Tsinghua University 2004
CEO Europe, Middle East & Africa (EMEA)
Torsten Bollweg
Positec, ex-Greenworks Tools, ex-Mtd Product Ag Europe, Wirtschaftsakademie Hamburg, 1993
Co-Founder & CTO
Han Fengtao
Huazhong University of Science and Technology 2008, Zhejiang University 2011
Ex- North China University of Technology, The Hong Kong Polytechnic University. Beihang University 2001, 2004
University of Connecticut
Ex-K&S, ESEC, UIC. SJTU, NTU.
Wuhan University of Technology BE 2002.
Ex-Opzoon Technology · Beijing University of Posts and Telecommunications PhD 2003
Academician of Chinese Academy of Sciences PhD 2006
Co-Founder & CEO
Yang Hongfei
Huoshi Industrial Brain, China Medical Equipment Association, Pharmaceutical Progress
Where the founders studied
alma mater on record for 10 of 447 founders
Tsinghua University 6
Duke University 1
Wharton School 1
University of Waterloo 1
Cornell University 1
Women and men among the founders
first names matched for 240 of 447 founders
18%
of matched founders are women
Inferred from first names, using 119 million people who state their own gender: a first name counts only where at least 20 of them share it and at least 90% of those share the same gender. The other 207 founders go in neither column.
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Who funds Industrial Goods and Manufacturing in China Summarizes 628 funding rounds since 2016 from 777 investors, with a typical round size of $14.5 million.
Stage mix · rounds since 2016
Seed & Angel 189
Series A–B 353
Series C+ / PE 63
Grants, debt & other 23
The typical round is $14.5M — half were bigger, half smaller.
The biggest Industrial Goods and Manufacturing funding rounds in China Highlights the largest disclosed round—Shanghai Jita Semiconductor’s $1.9 billion Series D—and lists ten other large recent rounds.
Company Round Size When Backers Shanghai Jita Semiconductor Series Dmega-round $1.9B Sep 2023 — Positec Group Series Dmega-round $250M Jan 2025 Frontier , Rockets Capital , CLSA Capital Partners +1 more Ruigu Series Dmega-round $250M Oct 2021 Taikang Insurance Group , GLP , Primavera +4 more Engineai Series B $200M Apr 2026 Henan Investment Group Huirong Fund , Lixun Precision Industry , Cornerstone Capital +16 more Vital Thin Film Materials Series A $188.2M Jan 2022 BYD , China Capital Investment Group , Sinopec +1 more Zhongneng United Digital Technology Series B $167M Jul 2019 Five Star Holding Hejian Industrial Software Seed $164.5M Jun 2022 IDG Capital , Chinese Academy of Sciences , Xinhua News Agency +4 more Huaqin Series C $152.9M Jan 2021 China Mobile Ruigu Series D $150M May 2022 Ontario Teachers' Pension Plan Geekplus Series C $150M Jul 2019 GGV Capital , Warburg Pincus
Venture round sizes · 2023–2025
<$1M 0
$1–10M 12
$10–50M 30
$50–250M 4
>$250M 2
48 venture rounds with a disclosed amount in the window.
Fresh cheques · last 6 months
What the news says about Industrial Goods and Manufacturing in China Counts 134,050 news articles in the last year, covering topics such as trade policy, EV technology, product launches, and economic regulation.
News volume
Industrial Goods and Manufacturing coverage across China · articles per quarter
2021Q2: 17,230 2021Q3: 21,456 2021Q4: 15,900 2022Q1: 20,576 2022Q2: 19,569 2022Q3: 18,911 2022Q4: 23,771 2023Q1: 26,819 2023Q2: 26,040 2023Q3: 29,280 2023Q4: 25,408 2024Q1: 26,584 2024Q2: 27,476 2024Q3: 27,179 2024Q4: 32,657 2025Q1: 55,584 2025Q2: 44,187 2025Q3: 37,405 2025Q4: 28,157 2026Q1: 35,510 2021Q2 2026Q1
peak 55,584 in 2025Q1 · 134,050 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 69% → 56%, negative 30% → 43% across 2021–2025.
What the coverage is about The subjects that dominate Industrial Goods and Manufacturing news in China. The arrow shows whether each one is being written about more or less than a year ago.
Trade policies and agreements 26,381 ▼-22% Electric vehicle (ev) technology 12,260 ▼-16% New product launches and innovations 11,119 ▲+10% Economic policy and financial regulation 9,871 ▼-29% Electric vehicle charging infrastructure 9,258 ▼-18% Supply chain disruptions and logistics updates 7,498 ▲+23% Strategic partnerships and collaborations 7,287 ▲+21% Company expansions and new market entries 7,125 ▲+35% Industrial metal market analysis 6,145 →-0% Global market entry strategies 6,061 ▲+22% 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 China 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.
rare earth elements extraction+144% customs union deal+45% electrowinning rare earths+130% wto rulings+191% preferential trade deal+57% automotive segment growth+52% international bargaining+112% e-commerce customs clearance+43% automotive industry reports+43% tariff impacts+68%
preferential tariff-39% tariff rate quota-34% mfn tariff-36% chemical safety assessments-99% osha chemical standards-98%
The pressures the press keeps returning to Three recurring angles in China Industrial Goods and Manufacturing coverage, and whether each is getting more attention year on year (through 2025).
Regulatory Risk ▲ rising
153,542 articles touch this dimension · 52.4% critical tone
2021 2025
signals: tariff negotiations, free trade deals, preferential tariff
Funding Momentum ▲ rising
23,738 articles touch this dimension · 40.8% critical tone
2021 2025
signals: trapped miners, tariff negotiations, customs valuation
Growth ▲ rising
120,194 articles touch this dimension · 34.3% critical tone
2021 2025
signals: automotive segment growth, industrial sector performance, tariff negotiations
Industrial Goods and Manufacturing jobs in China: who is hiring and what they ask for Reports a single job posting in the past year from five employers, with top required skills including manufacturing, control, PLM, regulatory compliance and project management.
1 postings · last 12 months
7 postings tracked overall
5 employers advertising
Demand
The Skills Employers Ask For What Industrial Goods and Manufacturing employers in China 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 7 ▼ control 3 ▼ plm 3 ▼ regulatory compliance 3 ▼ project management 3 ▼ risk management 3 ▼ chemistry 3 ▼ supply chain 2 ▲ engineering 2 → aerospace 1 → What Industrial Goods and Manufacturing research is working on Indexes 50,666 academic papers, of which 35,125 identify opportunities, 2,825 describe 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% · 37.3% 1.3×
Breakthrough 21.8% · 26.2% 0.8×
Descriptive 15.8% · 17.2% ≈ par
Comparative 5.9% · 4.0% 1.5×
Problem-identifying 5.4% · 9.7% 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: 78 of every 10,000 papers on this subject 2023: 79 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: 78 of every 10,000 papers on this subject 2023: 79 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 ▼ -7% share 2022→2025 share of research on this subject Researchers discuss difficulties in 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: 8,446 of every 10,000 papers on this subject 2023: 8,432 of every 10,000 papers on this subject 2024: 8,333 of every 10,000 papers on this subject 2025: 6,647 of every 10,000 papers on this subject 2022: 8,446 of every 10,000 papers on this subject 2023: 8,432 of every 10,000 papers on this subject 2024: 8,333 of every 10,000 papers on this subject 2025: 6,647 of every 10,000 papers on this subject ▼ -21% share 2022→2025 share of research on this subject Papers highlight obstacles in aligning nanoparticles, handling composites, and achieving functional multi‑material structures.
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 limits
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: 115 of every 10,000 papers on this subject 2025: 130 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: 115 of every 10,000 papers on this subject 2025: 130 of every 10,000 papers on this subject ▲ +63% share 2022→2025 share of research on this subject Studies examine barriers to reliable medical device fabrication, biocompatibility, and regulatory acceptance.
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: 108 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: 108 of every 10,000 papers on this subject ▲ +12% share 2022→2025 share of research on this subject Research points to material, certification, and performance challenges 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 hurdles
261 papers · 9.8% of this block
2022: 6,061 of every 10,000 papers on this subject 2023: 6,069 of every 10,000 papers on this subject 2024: 6,329 of every 10,000 papers on this subject 2025: 5,131 of every 10,000 papers on this subject 2022: 6,061 of every 10,000 papers on this subject 2023: 6,069 of every 10,000 papers on this subject 2024: 6,329 of every 10,000 papers on this subject 2025: 5,131 of every 10,000 papers on this subject ▼ -15% share 2022→2025 share of research on this subject Authors identify technical and biological obstacles in creating viable 3D‑printed tissue 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: 54 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: 54 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 ▲ +33% share 2022→2025 share of research on this subject Works focus on common defects, post‑processing needs, and repeatability problems in FDM processes.
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 issues
187 papers · 7.1% of this block
2022: 1,117 of every 10,000 papers on this subject 2023: 1,090 of every 10,000 papers on this subject 2024: 900 of every 10,000 papers on this subject 2025: 946 of every 10,000 papers on this subject 2022: 1,117 of every 10,000 papers on this subject 2023: 1,090 of every 10,000 papers on this subject 2024: 900 of every 10,000 papers on this subject 2025: 946 of every 10,000 papers on this subject ▼ -15% share 2022→2025 share of research on this subject Literature reports on residual stresses, defect formation, and microstructural control 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: 184 of every 10,000 papers on this subject 2023: 192 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: 184 of every 10,000 papers on this subject 2023: 192 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 ▲ +30% share 2022→2025 share of research on this subject Studies caution that slicer settings and extrusion choices strongly influence mechanical and surface properties.
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: 117 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: 117 of every 10,000 papers on this subject ▲ +64% share 2022→2025 share of research on this subject Researchers warn about logistical, scalability, and workflow challenges when embedding 3D printing into manufacturing chains.
3D printing · 3d printed · Supply chain · Production
“Three-Dimensional Printing Surgical Applications.”
Cautions · theme 03
Residual stress and surface finish in laser melting
245 papers · 15.2% of this block
2022: 314 of every 10,000 papers on this subject 2023: 290 of every 10,000 papers on this subject 2024: 266 of every 10,000 papers on this subject 2025: 267 of every 10,000 papers on this subject 2022: 314 of every 10,000 papers on this subject 2023: 290 of every 10,000 papers on this subject 2024: 266 of every 10,000 papers on this subject 2025: 267 of every 10,000 papers on this subject ▼ -15% share 2022→2025 share of research on this subject Papers advise careful monitoring of stress buildup and roughness to avoid performance degradation in metal 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: 4,239 of every 10,000 papers on this subject 2023: 4,196 of every 10,000 papers on this subject 2024: 3,723 of every 10,000 papers on this subject 2025: 2,952 of every 10,000 papers on this subject 2022: 4,239 of every 10,000 papers on this subject 2023: 4,196 of every 10,000 papers on this subject 2024: 3,723 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 Analyses highlight how parameter tweaks can cause unpredictable tensile and flexural strength outcomes.
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 production limits
175 papers · 10.8% of this block
2022: 54 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: 54 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 ▲ +33% share 2022→2025 share of research on this subject Research points to difficulties in achieving consistent bonding and material compatibility in hybrid FDM prints.
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 challenges
167 papers · 10.4% of this block
2022: 782 of every 10,000 papers on this subject 2023: 772 of every 10,000 papers on this subject 2024: 646 of every 10,000 papers on this subject 2025: 773 of every 10,000 papers on this subject 2022: 782 of every 10,000 papers on this subject 2023: 772 of every 10,000 papers on this subject 2024: 646 of every 10,000 papers on this subject 2025: 773 of every 10,000 papers on this subject → -1% share 2022→2025 share of research on this subject Studies discuss how porosity variations affect strength and complicate ultrasonic inspection of additively manufactured 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: 1,292 of every 10,000 papers on this subject 2023: 1,271 of every 10,000 papers on this subject 2024: 1,106 of every 10,000 papers on this subject 2025: 1,222 of every 10,000 papers on this subject 2022: 1,292 of every 10,000 papers on this subject 2023: 1,271 of every 10,000 papers on this subject 2024: 1,106 of every 10,000 papers on this subject 2025: 1,222 of every 10,000 papers on this subject ▼ -6% share 2022→2025 share of research on this subject Authors caution that achieving desired grain structures and tensile properties requires precise laser and powder management.
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: 132 of every 10,000 papers on this subject 2024: 160 of every 10,000 papers on this subject 2025: 174 of every 10,000 papers on this subject 2022: 128 of every 10,000 papers on this subject 2023: 132 of every 10,000 papers on this subject 2024: 160 of every 10,000 papers on this subject 2025: 174 of every 10,000 papers on this subject ▲ +35% share 2022→2025 share of research on this subject Literature explores new product categories and process innovations that extend printing into diverse industrial sectors.
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: 5,981 of every 10,000 papers on this subject 2023: 5,996 of every 10,000 papers on this subject 2024: 6,264 of every 10,000 papers on this subject 2025: 5,035 of every 10,000 papers on this subject 2022: 5,981 of every 10,000 papers on this subject 2023: 5,996 of every 10,000 papers on this subject 2024: 6,264 of every 10,000 papers on this subject 2025: 5,035 of every 10,000 papers on this subject ▼ -16% share 2022→2025 share of research on this subject Research highlights the creation of self‑healing, adhesive, and functional hydrogel structures via advanced printing techniques.
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 breakthroughs
833 papers · 13.9% of this block
2022: 462 of every 10,000 papers on this subject 2023: 456 of every 10,000 papers on this subject 2024: 456 of every 10,000 papers on this subject 2025: 464 of every 10,000 papers on this subject 2022: 462 of every 10,000 papers on this subject 2023: 456 of every 10,000 papers on this subject 2024: 456 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 Papers present emerging printable materials and designs for orthopaedic, implant, and regenerative medicine applications.
3D printing · 3d printed · Biomedical engineering · Tissue engineering
“A Review of Three-Dimensional Printing Technology for Medical Applications”
Opportunities · theme 04
Tailored alloy microstructures with laser melting
762 papers · 12.7% of this block
2022: 1,292 of every 10,000 papers on this subject 2023: 1,271 of every 10,000 papers on this subject 2024: 1,106 of every 10,000 papers on this subject 2025: 1,222 of every 10,000 papers on this subject 2022: 1,292 of every 10,000 papers on this subject 2023: 1,271 of every 10,000 papers on this subject 2024: 1,106 of every 10,000 papers on this subject 2025: 1,222 of every 10,000 papers on this subject ▼ -6% share 2022→2025 share of research on this subject Studies demonstrate designing nanocomposites and porous metal constructs for high‑performance aerospace and medical uses.
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 advancements
686 papers · 11.4% of this block
2022: 4,432 of every 10,000 papers on this subject 2023: 4,407 of every 10,000 papers on this subject 2024: 3,944 of every 10,000 papers on this subject 2025: 3,522 of every 10,000 papers on this subject 2022: 4,432 of every 10,000 papers on this subject 2023: 4,407 of every 10,000 papers on this subject 2024: 3,944 of every 10,000 papers on this subject 2025: 3,522 of every 10,000 papers on this subject ▼ -20% share 2022→2025 share of research on this subject Research focuses on optimizing fiber‑reinforced polymers and other composites for superior tensile and flexural performance.
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 and wearable fabrication
685 papers · 11.4% of this block
2022: 657 of every 10,000 papers on this subject 2023: 640 of every 10,000 papers on this subject 2024: 564 of every 10,000 papers on this subject 2025: 777 of every 10,000 papers on this subject 2022: 657 of every 10,000 papers on this subject 2023: 640 of every 10,000 papers on this subject 2024: 564 of every 10,000 papers on this subject 2025: 777 of every 10,000 papers on this subject ▲ +18% share 2022→2025 share of research on this subject Works showcase additive manufacturing for bespoke automotive parts, wearable devices, and replacement components.
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: 54 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: 54 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 ▲ +33% share 2022→2025 share of research on this subject Literature outlines procedures and material choices enabling precise bio‑analytical and thermoplastic applications.
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 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 limits ▲+63%
Fused deposition modeling reliability concerns ▲+33%
Aerospace additive manufacturing constraints ▲+12%
Construction‑focused 3D printing challenges ▼-7%
Bioprinting scaffold and tissue engineering hurdles ▼-15%
Selective laser melting microstructure and stress issues ▼-15%
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 ▲+64%
Hybrid polymer‑metal FDM production limits ▲+33%
Process parameter effects on printed part quality ▲+30%
Porosity and non‑destructive testing challenges ▼-1%
Alloy microstructure control in laser melting ▼-6%
Residual stress and surface finish in laser melting ▼-15%
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 ▲+35%
FDM for analytical and high‑performance devices ▲+33%
Custom component and wearable fabrication ▲+18%
Biomedical and tissue engineering breakthroughs ▲+0%
Tailored alloy microstructures with laser melting ▼-6%
Smart hydrogels and microfluidic printing ▼-16%
High‑strength composite printing advancements ▼-20%
Who files Industrial Goods and Manufacturing patents in China Records 4,784 patent filings from 2016‑2025 by 1,371 organisations, with Shenzhen Creality 3D TECH, Triastek and UNIV Huazhong Science TECH as the top filers.
4,784 filings 2016–20251,371 assigneespeak 804 in 2025
Filing momentum
patents published / year
2016: 112 2017: 214 2018: 245 2019: 340 2020: 372 2021: 603 2022: 651 2023: 721 2024: 722 2025: 804 2016 2025
Who files the most
Shenzhen Creality 3D TECH 199 Triastek 132 UNIV Huazhong Science TECH 124 Shenzhen Anycubic 118 Zhuhai Sailner 3D TECH 98 UNIV Nanjing Aeronautics & Astronaut 91 Guangzhou Heygears IMC 87 Shenzhen Tuozhu TECH 72 Prism
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About this data: built from Fliar's company, founder, funding, hiring, jobs, news, research and patent trackers, covering China. Counts are of companies we track, not of every company that exists. Updated August 2026.
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