ElectrospinTechElectrospinning setup schematics
The following schematics by ElectrospinTech are licensed under a Creative Commons Attribution 3.0 Unported License.
22 April 2014
Electrospinning using multiple wires. Read more on Sharp Edges or Points
Electrospinning using multiple wires. Read more on Sharp Edges or Points
22 April 2014
Roller balls electrospinning. Read more on Free Surfaces
Roller balls electrospinning. Read more on Free Surfaces
22 April 2014
Residual charge neutralization on fiber surface using de-ionizing ions. Read more on Residual Charge Neutralization
Residual charge neutralization on fiber surface using de-ionizing ions. Read more on Residual Charge Neutralization
22 April 2014
Patterned nanofibrous membrane by depositing fibers on grids. Read more on Electrospun patterned membrane
Patterned nanofibrous membrane by depositing fibers on grids. Read more on Electrospun patterned membrane
22 April 2014
Temporary surface disruption of solution reservoir by bubbles. Read more on Temporary Surface Disruptions
Temporary surface disruption of solution reservoir by bubbles. Read more on Temporary Surface Disruptions
22 April 2014
Single bubble electrospinning. Read more on Single Bubble Electrospinning
Single bubble electrospinning. Read more on Single Bubble Electrospinning
22 April 2014
Passing the yarn through a air twisting chamber to impart a twist to the yarn. Read more on Drawing off solid substrate
Passing the yarn through a air twisting chamber to impart a twist to the yarn. Read more on Drawing off solid substrate
03 January 2014
Triple parallel electrodes setup with the outer rods having an opposing charge and the inner rod having a like-charge. Read more on Electric Field Manipulation
Triple parallel electrodes setup with the outer rods having an opposing charge and the inner rod having a like-charge. Read more on Electric Field Manipulation
03 January 2014
Generation of electrospinning streams using centrifugal force. Read more on Centrifugal Electrospinning
Generation of electrospinning streams using centrifugal force. Read more on Centrifugal Electrospinning
03 January 2014
Vibration electrospinning. Read more on Surface vibration electrospinning
Vibration electrospinning. Read more on Surface vibration electrospinning
10 November 2013
Ordered nanofiber structure using parallel electrode concept. Read more on Electric Field Manipulation
Ordered nanofiber structure using parallel electrode concept. Read more on Electric Field Manipulation
10 November 2013
Coating of filament with electrospun nanofibers. Read more on Coated Filament
Coating of filament with electrospun nanofibers. Read more on Coated Filament
10 November 2013
Coating of filament with electrospun nanofibers. Read more on Coated Filament
Coating of filament with electrospun nanofibers. Read more on Coated Filament
29 October 2013
Fabricating of aligned fibers by manipulating the electric field between the nozzle and the collector. Read more on Electric Field Manipulation
Fabricating of aligned fibers by manipulating the electric field between the nozzle and the collector. Read more on Electric Field Manipulation
29 October 2013
Construction of tube with longitudinally aligned fibers. Read more on Electrospinning tubular structures
Construction of tube with longitudinally aligned fibers. Read more on Electrospinning tubular structures
29 October 2013
Alternate deposition of fibers with opposing polarity to build up membrane layer. Read more on Progressive Membrane Buildup
Alternate deposition of fibers with opposing polarity to build up membrane layer. Read more on Progressive Membrane Buildup
29 October 2013
Using laser to melt polymer rod for melt electrospinning. Read more on Melt Electrospinning
Using laser to melt polymer rod for melt electrospinning. Read more on Melt Electrospinning
29 October 2013
Using a liquid with low surface tension for fiber collection to create a 3D construct. Read more on Liquid
Using a liquid with low surface tension for fiber collection to create a 3D construct. Read more on Liquid
29 October 2013
Using a low temperature collector to form ice crystal during fiber deposition to create a 3D construct. Read more on Ice
Using a low temperature collector to form ice crystal during fiber deposition to create a 3D construct. Read more on Ice
29 October 2013
Fabricating of aligned fibers by manipulating the electric field between the nozzle and the collector. Read more on Electric Field Manipulation
Fabricating of aligned fibers by manipulating the electric field between the nozzle and the collector. Read more on Electric Field Manipulation
29 October 2013
Fabricating of aligned fibers using a mechanical rotating collector and by manipulating the electric field between the nozzle and the collector. Read more on Hybrid system
Fabricating of aligned fibers using a mechanical rotating collector and by manipulating the electric field between the nozzle and the collector. Read more on Hybrid system
29 October 2013
Fabricating of aligned fibers by manipulating the electric field between the nozzle and the collector. Read more on Electric Field Manipulation
Fabricating of aligned fibers by manipulating the electric field between the nozzle and the collector. Read more on Electric Field Manipulation
29 October 2013
Mass-production of electrospun fibers by spinning fibers off a free surface. Read more on Free Surfaces
Mass-production of electrospun fibers by spinning fibers off a free surface. Read more on Free Surfaces
29 October 2013
Mass-production of electrospun fibers using wire. Read more on Sharp Edges or Points
Mass-production of electrospun fibers using wire. Read more on Sharp Edges or Points
29 October 2013
Mass-production of electrospun fibers using wire coil. Read more on Sharp Edges or Points
Mass-production of electrospun fibers using wire coil. Read more on Sharp Edges or Points
29 October 2013
Mass-production of electrospun fibers using sharp edges. Read more on Sharp Edges or Points
Mass-production of electrospun fibers using sharp edges. Read more on Sharp Edges or Points
29 October 2013
Mass-production of electrospun fibers using sharp edges. Read more on Sharp Edges or Points
Mass-production of electrospun fibers using sharp edges. Read more on Sharp Edges or Points
29 October 2013
Mass-production of electrospun fibers using sharp edges. Read more on Sharp Edges or Points
Mass-production of electrospun fibers using sharp edges. Read more on Sharp Edges or Points
29 October 2013
Mass-production of electrospun fibers using sharp edges. Read more on Sharp Edges or Points
Mass-production of electrospun fibers using sharp edges. Read more on Sharp Edges or Points
29 October 2013
Mass-production of core-shell electrospun fibers. Read more on Mass Production - Core Sheath fibers
Mass-production of core-shell electrospun fibers. Read more on Mass Production - Core Sheath fibers
29 October 2013
Mass-production of core-shell electrospun fibers. Read more on Mass Production - Core Sheath fibers
Mass-production of core-shell electrospun fibers. Read more on Mass Production - Core Sheath fibers
29 October 2013
Achieving greater nanofiber production through encouraging multi-jets electrospinning. Read more on Mass Production - Multiple-jets
Achieving greater nanofiber production through encouraging multi-jets electrospinning. Read more on Mass Production - Multiple-jets
29 October 2013
Simultaneous spinning of fiber and sacrificial fibers to build a 3D construct. Read more on Sacrificial fibers
Simultaneous spinning of fiber and sacrificial fibers to build a 3D construct. Read more on Sacrificial fibers
29 October 2013
Simultaneous spinning of fibers and spraying of hydrogel material to build a 3D construct. Read more on Nanofiber with hydrogel
Simultaneous spinning of fibers and spraying of hydrogel material to build a 3D construct. Read more on Nanofiber with hydrogel
29 October 2013
Controlling fiber deposition using auxiliary electrodes. Read more on Guiding Electrode
Controlling fiber deposition using auxiliary electrodes. Read more on Guiding Electrode
29 October 2013
Use of steering electrodes to deflect the electrospinning jet. Read more on Steering Electrodes
Use of steering electrodes to deflect the electrospinning jet. Read more on Steering Electrodes
29 October 2013
Use of steering electrodes to deflect the electrospinning jet. Read more on Steering Electrodes
Use of steering electrodes to deflect the electrospinning jet. Read more on Steering Electrodes
29 October 2013
Use of a guiding electrode to direct the spinning jet. Read more on Guiding Electrode
Use of a guiding electrode to direct the spinning jet. Read more on Guiding Electrode
29 October 2013
Use of a guiding electrode to direct the spinning jet. Read more on Guiding Electrode
Use of a guiding electrode to direct the spinning jet. Read more on Guiding Electrode
29 October 2013
Setup to dampen the chaotic movement of the electrospinning jet. Read more on Focusing Electrodes
Setup to dampen the chaotic movement of the electrospinning jet. Read more on Focusing Electrodes
29 October 2013
Setup to dampen the chaotic movement of the electrospinning jet. Read more on Focusing Electrodes
Setup to dampen the chaotic movement of the electrospinning jet. Read more on Focusing Electrodes
29 October 2013
Setup to dampen the chaotic movement of the electrospinning jet. Read more on Focusing Electrodes
Setup to dampen the chaotic movement of the electrospinning jet. Read more on Focusing Electrodes
29 October 2013
Controlling fiber deposition using auxiliary electrodes. Read more on Guiding Electrode
Controlling fiber deposition using auxiliary electrodes. Read more on Guiding Electrode
29 October 2013
Setup to draw continuous fibrous yarn from nanofibers deposited on a solid substrate. Read more on Drawing off solid substrate
Setup to draw continuous fibrous yarn from nanofibers deposited on a solid substrate. Read more on Drawing off solid substrate
29 October 2013
Setup to draw continuous fibrous yarn bundle off a static liquid. Read more on Static liquid yarn
Setup to draw continuous fibrous yarn bundle off a static liquid. Read more on Static liquid yarn
29 October 2013
Setup to collect continuous yarn through self-bundling of fibers from opposing charges. Read more on Opposing charge bundling
Setup to collect continuous yarn through self-bundling of fibers from opposing charges. Read more on Opposing charge bundling
29 October 2013
Setup to collect continuous yarn through self-bundling of fibers from opposing charges. Read more on Opposing charge bundling
Setup to collect continuous yarn through self-bundling of fibers from opposing charges. Read more on Opposing charge bundling
29 October 2013
Setup to collect continuous yarn off solid substrate. Read more on Drawing off solid substrate
Setup to collect continuous yarn off solid substrate. Read more on Drawing off solid substrate
29 October 2013
Setup to collect continuous yarn off solid substrate. Read more on Drawing off solid substrate
Setup to collect continuous yarn off solid substrate. Read more on Drawing off solid substrate
29 October 2013
Fiber collection for single strand nanofiber characterization. Read more on ES2001 Collection and tensile testing of single strand electrospun nanofiber
Fiber collection for single strand nanofiber characterization. Read more on ES2001 Collection and tensile testing of single strand electrospun nanofiber
29 October 2013
Setup for collecting 3D cotton-like fibrous construct. Read more on Electric field and charges
Setup for collecting 3D cotton-like fibrous construct. Read more on Electric field and charges
29 October 2013
Setup for spinning nanofibrous tube with controlled fiber orientation. Read more on Electrospinning tubular structures
Setup for spinning nanofibrous tube with controlled fiber orientation. Read more on Electrospinning tubular structures
29 October 2013
Setup for spinning aligned yarn bundle. Read more on Electric Field Manipulation
Setup for spinning aligned yarn bundle. Read more on Electric Field Manipulation
29 October 2013
Setup for spinning continuous yarn. Read more on Liquid Flow yarn
Setup for spinning continuous yarn. Read more on Liquid Flow yarn
29 October 2013
Setup for spinning 3D nanofibrous scaffold. Read more on Water vortex
Setup for spinning 3D nanofibrous scaffold. Read more on Water vortex
29 October 2013
Setup for spinning twisted yarns. Read more on Liquid Flow yarn
Setup for spinning twisted yarns. Read more on Liquid Flow yarn