Electrospinning
Deposit fibers as flat sheets, tubular structures or continuous webs, using collectors selected for the target format.
Explore the systemsELECTROSPINNING · ELECTROWRITING · EHD PRINTING
From materials to fiber structures.
Electrospinning, electrowriting and EHD printing systems for research, process development and scale-up. Choose a platform around the material you work with and the structure you want to make.
Systems
Find the right starting point.
Compare platforms by process, sample format and development stage.
Biomedical electrospinning
Flat, rotating and mandrel collectors provide different routes to membranes, aligned fibers and tubular samples. Discuss the required geometry before choosing the collector.
Explore the systemsElectrowriting & EHD printing
Place continuous fibers along programmed paths to explore fiber spacing, orientation and layered architectures.
Explore the systemsTONGLI
Systems
Electrowriting & EHD printing
TL-Trinity
A multi-process platform for fiber research
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Applications
Start with what you want to make.
The process and collection method work together. Match them to the geometry and properties your project needs.
Nanofiber membranes
Deposit fibers as flat sheets, tubular structures or continuous webs, using collectors selected for the target format.
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Ordered fiber scaffolds
Place continuous fibers along programmed paths to explore fiber spacing, orientation and layered architectures.
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Printed micro-patterns
Use controlled droplet deposition to create dots, lines and patterned layers with EHD jet printing.
Read moreResearch & institutional records
TONGLI in Scientific Research
Explore public institutional records and research papers using TONGLI equipment.
Only selected links found publicly on customer websites are listed here. Information without customer consent has not been disclosed.
Institutional records
- Zhejiang UniversityTL-Pro-BM (current equivalent: TL-ULTRA) · Official University Equipment PageOfficial Record ↗
- Ocean University of ChinaTL-OMNI · Official University Equipment PageOfficial Record ↗
- Zhengzhou UniversityTL-Pro · University Contract + Government Procurement RecordOfficial Record ↗
- University of Maryland, Baltimore County (UMBC)TONGLI bio-electrospinner · Model not stated · University Laboratory Facilities PageOfficial Record ↗
Equipment lists, shared-instrument records and procurement documents are described according to their original sources.
Published research
- Stanford UniversityCorneal endothelial cell carriers · TL-01 · 2024View Paper ↗
- University College LondonRiluzole-releasing fibers · NEU-BM · 2025View Paper ↗
- University of ManchesterBioengineered vascular scaffolds · TL-Pro · 2025View Paper ↗
Configuration
Plan a system around your project.
Define the material
Specify the polymer, solvent or melt, concentration and available viscosity data. This helps determine the feeding method, wetted materials, temperature control and ventilation requirements.
Describe the sample
Include membrane width or tube dimensions, target thickness, fiber orientation and any supporting substrate. For direct writing, include the pattern, fiber spacing and intended number of layers.
Define the development stage
Separate exploratory research from a validated production process. Tell us the required run time, sample quantity and available installation space so that feeding and collection can be sized appropriately.
Tell us what you want to make.
Share your material, target structure and sample size. We can discuss a suitable platform and configuration.