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Mission Viejo CA 92691

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Precision-engineered nanofiber equipment empowering researchers and industries worldwide

FAQ

What is electrospinning?
  • Electrospinning is a technique that uses high voltage to produce ultrafine fibers from polymer solutions or melts. It’s widely used for fabricating nanofiber materials with high surface area and porosity.

Electrospun nanofibers are used in diverse fields:

  • Biomedical: tissue engineering, wound healing, drug delivery
  • Filtration: air, water, and industrial filters
  • Energy: battery separators, fuel cells
  • Textiles: smart fabrics, protective clothing
  • Cosmetics & skincare: nanofiber masks, controlled release systems.

 Yes. Fiber diameter can be tuned by adjusting parameters such as:

  • Polymer concentration and viscosity
  • Voltage
  • Flow rate
  • Spinneret-collector distance
  • Environmental conditions (temperature & humidity)

 Yes. We support a wide range of natural and synthetic polymers, including:

  • PCL, PLA, PLGA, PAN, PVDF, Gelatin, Chitosan, Collagen, and more
  • We also work with water-based, solvent-based, and hybrid systems.

Yes. You can produce blended nanofibers or separate fiber layers using dual-nozzle configurations or multi-syringe setups, available on our advanced machines like the LS-325 and ES800H4.

Our machines support coaxial electrospinning, where two polymer solutions are fed through a specialized coaxial nozzle to create core-shell (bicomponent) fibers. This is useful for drug encapsulation, barrier layers, or combining properties of two polymers.

Electrospinning

What are the advantages of nanofibers?

Nanofibers offer:

  • High surface area-to-volume ratio
  • Excellent tunability and porosity
  • Capability to mimic extracellular matrices (biomedical)
  • Versatility in mechanical and functional properties

Yes. Our systems offer various collectors (rotating drums, patterned electrodes, etc.) to control fiber alignment, thickness, and structure.

 Yes. We offer contract manufacturing and R&D services, including custom nanofiber membranes, scaffolds, and coatings tailored to your application.Electrospinning Machines (ElectrospinTek Systems)

Yes. You can produce blended nanofibers or separate fiber layers using dual-nozzle configurations or multi-syringe setups, available on our advanced machines like the LS-325 and ES800H4.

  • LS-200: Compact, lab-scale unit for entry-level research
  • LS-325: Advanced lab unit with dual-syringe capability, controlled atmosphere, and multiple collectors
  • ES800H4: Industrial system with roll-to-roll collection, needle-based and needleless platforms, customizable widths (55–150 cm)

Yes. The ES800H4 comes with interchangeable platforms that allow for both methods, giving you flexibility based on your throughput and material requirements.

The ES800H4 supports production speeds up to 25 meters per minute, depending on polymer type and desired basis weight.

Absolutely. We provide:

  • On-site installation and training
  • Remote troubleshooting and technical support
  • Process optimization for specific materials
  • Ongoing R&D collaboration if needed

Yes. Many clients start with our lab units (LS-200 or LS-325) for R&D and then scale up to the ES800H4 for pilot or full-scale production.

Nanofibers

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Precision-engineered nanofiber equipment empowering researchers and industries worldwide