Jsonify | I want to get continuous structured data on emerging advanced manufacturing techniques, materials science breakthroughs, and automated production system specifications from global footwear and apparel industry engineering publications and patent databases.

I want to get continuous structured data on emerging advanced manufacturing techniques, materials science breakthroughs, and automated production system specifications from global footwear and apparel industry engineering publications and patent databases.

Click to explore each section This is a real demo! Click to explore each section.

Pilot Configuration

Goal I want to get continuous structured data on emergi... Access real-time insights on cutting-edge manufacturing trends and materials — automated intelligence for footwear and apparel innovation

12 website or app sources The Jsonify AI will open these automatically to explore and find your information

sciencedirect.com

springer.com

researchgate.net

patents.google.com +8 more

10 data columns

12 dashboard widgets

4 integrations

1 notification

Recommended

Pilot Phase (Scoped Evaluation)

Up to 12 weeks

€3,000 / month

Typical scope: multi-country, weekly updates, multiple categories

Real data from real sources
Live dashboards or export feeds
Validate scope, refresh cadence, quality
Fixed price, no ongoing commitment

Most teams start here to validate fit before expanding.

Post-pilot: Production pricing depends on scope. Use estimator to see typical monthly range →

Now, schedule a short call below to confirm scope and start the pilot, or build something new.

or email us at paul@jsonify.co

Data sources are the websites and apps where information will be collected from. These can be changed or expanded at any time. This is turned into data rows.

sciencedirect.com

springer.com

researchgate.net

patents.google.com

europages.com

textileworld.com

footwearnews.com

apparelnews.net

mdpi.com

wipo.int

ifai.com

fabrics.net

Add Source

Sample data preview. This is synthetic test data generated to illustrate the structure. Real data from your sources will be populated during the pilot. This data powers the dashboard widgets.

	id	Source	Title	Authors	Publication Date	Technique	Material	Performance Metric	Availability	Last Updated
	1	sciencedirect.com	Continuous fiber-reinforced TPU via multimaterial extrusion for high-performance midsoles	L. García, S. Patel, M. Huang	Jan 31, 2026	Multimaterial Fused Filament Fabrication (FFF) with in-line fiber deposition	Thermoplastic polyurethane (TPU) + continuous carbon/nylon fiber	Energy return 62%, tensile strength 85 MPa	Prototype-level (research lab)	Feb 3, 2026
	2	mdpi.com	Electrospun graphene-doped nanofibers for moisture-wicking sport apparel	A. Kim, R. Osei, J. Novak	Jan 29, 2026	Solution electrospinning with post-deposition annealing	Polyester/PAN blend doped with graphene oxide	Wicking rate 9.8 mm/s, conductivity 0.45 S/m	Open-access article; lab samples available	Feb 2, 2026
	3	patents.google.com	Automated last-shaping system with laser-guided stitching heads	Inventor: S. Morin; Assignee: FootTech Solutions	Jan 30, 2026	Robotic stitching with vision-assisted laser last alignment	N/A (system-level patent)	Cycle time 18s/upper; accuracy ±0.5 mm	Patent published; licensing inquiries	Feb 1, 2026
	4	springer.com	Additive manufacturing of anisotropic midsoles using variable-density lattices	E. Rossi, H. Meier, T. Suzuki	Jan 28, 2026	Selective Laser Sintering (SLS) with graded lattice control	Nylon PA12 with TPU infill	Compression set 12%, rebound 58%	Journal article; datasets available upon request	Feb 3, 2026
	5	researchgate.net	Closed-loop CNC knitting for seamless performance apparel	P. Singh, M. Duarte	Jan 30, 2026	Machine-learning-controlled circular knitting with in-line sensor feedback	Polyamide/elastane yarn with integrated conductive yarns	Defect rate 0.3% per 10k m; production speed 32 m/min	Preprint; source code on request from authors	Feb 4, 2026
	6	patents.google.com	Method for bonding polymer foam to textile uppers using ultrasonic welding	Inventor: K. Yamato; Assignee: GlobalSole Inc.	Jan 27, 2026	High-frequency ultrasonic welding with patterned anvil	EVA foam to woven polyester upper	Bond shear strength 4.2 MPa; cycle time 6s	Patent published; prototype line operational	Feb 2, 2026
	7	textileworld.com	Bio-based dyeing processes reduce chemical load in athleisure fabrics	Editorial; T. Alvarez (report)	Jan 31, 2026	Enzymatic reactive dyeing with low liquor ratio	PLA/cotton blends	Water use reduced 72%; colorfastness 4/5	Industry report; trials in 3 mills	Feb 3, 2026
	8	footwearnews.com	Hybrid robotic gluing and trimming cell speeds up footwear assembly	J. Carter (industry correspondent)	Feb 1, 2026	Integrated 6-axis robot with rotary trimming turret	Hot-melt adhesive systems for rubber soles	Throughput 420 pairs/day per cell; scrap rate 1.1%	Commercial deployments in EU factories	Feb 4, 2026
	9	fabrics.net	Plasma surface activation for durable water repellency without fluorochemicals	R. Mensah, L. Becker	Jan 29, 2026	Atmospheric plasma treatment with roll-to-roll applicator	Nylon 6,6 and polyester knits	Spray rating 90/100 after 20 washes; contact angle 128°	Pilot systems available; supplier partnerships	Feb 3, 2026
	10	wipo.int	Modular last and jig system for rapid footwear customization	Applicant: ShoeFab Global	Jan 31, 2026	Interchangeable modular jigs with quick-lock kinematics	Aluminum alloys and ABS fixtures	Changeover time 45s; tolerance ±0.3 mm	International patent application published	Feb 2, 2026
	11	europages.com	Industrial suppliers: closed-loop recycling lines for PU foam scraps	Listed supplier profile: ReFoam Tech GmbH	Jan 30, 2026	Depolymerization + repolymerization integrated plant	Polyurethane foam from shoe midsoles	Reclaim rate 86%; energy consumption 1.9 MJ/kg	Commercial systems; lead time 14 weeks	Feb 3, 2026
	12	sciencedirect.com	Inkjet functional printing of conductive traces on stretch textiles	M. Oliveira, S. Chen	Jan 28, 2026	Drop-on-demand inkjet with elastomeric silver ink	Spandex/polyester stretch fabric	Resistance 0.8 Ω/cm under 30% strain; 10k bend cycles	Research prototypes; material supplier samples	Feb 1, 2026
	13	mdpi.com	Low-temperature bonding adhesives enabling recyclable footwear assemblies	N. Alvarez, F. Zhou	Jan 29, 2026	Thermally-activated reversible adhesives (40–60°C)	Bio-based thermoset adhesives, lignin-modified	Peel strength 3.8 N/cm; reversible after 50°C soak	Open-access; lab validation complete	Feb 2, 2026
	14	patents.google.com	Automated ply-cutting and nesting for upper panels using AI optimization	Inventor: H. Becker; Assignee: SeamAI Ltd.	Jan 31, 2026	Computer-vision-guided cutting with nesting algorithm	Woven uppers, bonded laminates	Material yield improvement 12%; cut speed 2.5 m/s	Patent published; pilot installations	Feb 4, 2026
	15	researchgate.net	High-throughput mechanical screening of footwear foams using microindentation arrays	S. Rao, P. Müller	Jan 28, 2026	Automated microindentation with statistical mapping	EVA, PU, and bio-foam samples	R^2 correlation with standard compression 0.97; throughput 300 samples/hr	Preprint; methods repository linked	Feb 2, 2026
	16	springer.com	3D-knitted load-bearing structures for adaptive compression garments	Y. Chen, D. Laurent	Jan 30, 2026	Whole-garment seamless 3D knitting with variable tuck stitches	Polypropylene/elastane composite yarns	Modulus gradient 3:1; garment cycle time 22 min	Journal paper; industrial partners listed	Feb 3, 2026
	17	textileworld.com	AI-driven color matching reduces dye overspray in batch dye houses	R. Patel (industry analyst)	Jan 31, 2026	Deep-learning color prediction integrated with dosing pumps	Reactive dyes for cotton and blends	Dye waste reduction 34%; repeatability ΔE <1.2	Commercial software; trials ongoing	Feb 4, 2026
	18	footwearnews.com	Sustainable cork-based outsoles with injection-compression molding process	K. Simmons (product feature)	Jan 27, 2026	Injection-compression molding with cork-polymer composite	Cork particles + bio-based TPU	Abrasion resistance 78% of rubber; weight reduction 15%	Limited production runs; retail samples Q2 2026	Feb 1, 2026
	19	fabrics.net	Antimicrobial silver-nanoparticle encapsulation for long-life activewear	D. Ibrahim, S. Holmes	Jan 29, 2026	Microencapsulation with controlled-release matrix coating	Polyester knit with encapsulated AgNPs in polymer shell	Log reduction 4.6 (S. aureus) after 50 washes	Supplier samples; regulatory dossiers in progress	Feb 3, 2026
	20	wipo.int	Automated in-line optical inspection for seam integrity in apparel lines	Applicant: VisionStitch GmbH	Jan 30, 2026	High-resolution multispectral line-scan cameras with ML detection	Applies to woven and knit materials	Defect detection accuracy 98.7%; false positive 0.9%	PCT application published; demo units available	Feb 2, 2026
	21	europages.com	Supplier listing: heated forming presses for thermoforming PU uppers	Supplier profile: HeatForm Systems SRL	Jan 28, 2026	Programmable heated mold presses with vacuum assist	Thermoplastic polyurethane (TPU) uppers	Cycle time 35s; temperature range up to 220°C	Stock units; 6–8 week delivery	Feb 1, 2026
	22	sciencedirect.com	Enzyme-enabled textile finishing for reduced microplastic shedding	T. Nguyen, O. Pérez	Jan 30, 2026	Enzymatic biopolymer coating to reduce fiber fibrillation	Polyester microfibers with cellulose-derivative finish	Microfiber release reduced 67% in wash tests	Academic study; industrial scale-up proposed	Feb 3, 2026
	23	mdpi.com	Cold-spray deposition of metallic studs for enhanced traction on outdoor footwear	B. Laurent, C. Rossi	Jan 27, 2026	Cold spray additive deposition with robotic gantry	Stainless steel 316L studs onto TPU soles	Adhesion shear 6.5 MPa; added mass 12 g/pair	Open-access; prototype process lines	Feb 1, 2026
	24	patents.google.com	Multi-axis laser perforation for breathable uppers with minimized heat damage	Inventor: L. Novak; Assignee: Ventex Labs	Jan 31, 2026	Pulsed fiber laser with synchronized motion control	Microfiber synthetic uppers (polyester/PU)	Perforation precision ±0.2 mm; thermal char <0.4% area	Patent published; pilot system shipping Q2 2026	Feb 4, 2026
	25	researchgate.net	Hybrid foam-3D printing for graded cushioning zones in running shoes	G. Alvarez, S. Okeke	Jan 29, 2026	Foam injection plus voxel-based 3D printing infill	Bio-based PU foam with reinforced PLA lattice	Localized stiffness range 18–65 kN/m; mass 215 g/pair	Preprint; collaboration opportunities listed	Feb 2, 2026
	26	springer.com	Smart textiles with embedded thermoelectric fibers for temperature regulation	H. Park, M. Leclerc	Jan 28, 2026	Coaxial wet-spinning of thermoelectric core-sheath fibers	PEDOT:PSS core with polymer sheath	Power density 4.2 μW/cm2 at ΔT 10°C	Published study; sample yarns by request	Feb 1, 2026
	27	textileworld.com	Roll-to-roll laser patterning increases adhesion for laminated shoe uppers	Industry desk	Jan 30, 2026	Continuous laser ablation patterning prior to lamination	TPU film to knitted engineered mesh	Peel strength improvement 28%; line speed 12 m/min	Case studies; vendor contact available	Feb 3, 2026
	28	footwearnews.com	On-demand microfactory using automated last scanning and modular tooling	L. Grant (feature)	Jan 31, 2026	Integrated 3D scanning, CNC last milling, modular assembly cells	Various (custom uppers, PU soles)	Custom pair lead time 48 hrs; fit error <3 mm	Commercial pilot in US and UK	Feb 4, 2026
Looking for more? Great news − this is just a small sample. Jsonify production workflows process anywhere from tens of thousands to millions of real data rows per run!

–

Emerging trends in advanced manufacturing techniques are focused on sustainable materials, with a significant increase in research published in leading journals such as sciencedirect.com and springer.com.

Over the past year, automated production systems have seen a 25% rise in patent applications, indicating a strong shift towards automation in the footwear industry.

The use of bio-based materials in apparel manufacturing has gained traction, with a 15% increase in publications highlighting materials science breakthroughs on platforms like researchgate.net and mdpi.com.

Recent innovations in 3D printing technology are expected to revolutionize the footwear design process, as noted in several articles on footwearnews.com.

Market analysis suggests that companies integrating advanced manufacturing technologies are likely to enhance their operational efficiency by up to 30%.

Source	Title	Authors	Publication Date	DOI
sciencedirect.com	Advancements in Biodegradable Materials for Footwear	J. Smith, A. Johnson	2026-01-15	10.1016/j.materials.2026.01.045
springer.com	Automated Cutting Systems in Apparel Production	L. Chen, M. Patel	2026-01-22	10.1007/s00170-026-04560-9
researchgate.net	Novel 3D Printing Techniques for Footwear Manufacturing	K. Liu, T. Brown	2026-01-10	10.1177/0954408923610452
patents.google.com	Patent US1234567A1: Smart Fabrics for Enhanced Performance	R. Green	2026-01-30	Google Patents Link
textileworld.com	Emerging Trends in Sustainable Textile Production	S. Davis, P. Wilson	2026-01-25	10.1016/j.text.2026.01.034
footwearnews.com	Revolutionizing Footwear Design with AI	A. Singh, N. Lee	2026-01-18	10.1080/09544125.2026.01234
apparelnews.net	Integration of Robotics in Apparel Manufacturing	C. Taylor, H. Wright	2026-01-29	10.1080/09544125.2026.04567

Publication Title	Authors	Journal/Source	Date	Key Findings
Advancements in Automated Footwear Production Techniques	J. Smith, A. Johnson	ScienceDirect.com	2026-01-15	Introduces a new robotic system for mass customization.
Innovative Materials for Sustainable Apparel Production	L. Garcia, R. Lee	Springer.com	2026-01-10	Discusses biodegradable composites and their applications.
Automation in Apparel Manufacturing: Trends and Challenges	K. Patel, M. Wong	TextileWorld.com	2026-01-05	Analyzes the impact of AI on production efficiency.
Recent Patents in Automated Production Systems for Apparel	D. Brown, T. Wilson	Patents.Google.com	2026-01-20	Highlights key patents related to automated cutting machines.
Smart Fabrics and Automated Processes in Footwear Manufacturing	N. Harris, P. Thompson	ResearchGate.net	2026-01-25	Explores the integration of IoT in manufacturing processes.
The Future of Manufacturing: 3D Printing in Footwear	S. Adams, F. Miller	MDPI.com	2026-01-30	Examines the evolution of 3D printing technologies in footwear.
Robotics in Apparel Manufacturing: A Survey	E. Clark, J. Lewis	ApparelNews.net	2026-01-28	Surveys current robotic implementations in the industry.
Material Science Breakthroughs in Footwear Engineering	H. White, C. Young	WIPO.int	2026-01-12	Details recent advancements in lightweight materials for footwear.