Product

“NanoNC” aims to perfect the experiment.
Our products prioritize customer satisfaction and consistently yield
dependable experimental results.

eS-robot

eS-robot is easy to use with a user-friendly interface and easy-to-use approach, and offers exceptional performance and reliability that can be referenced in hundreds of papers.

*google scholar keyword: NanoNC, electrospinning, electrospray

Type 1.
ESR200 series

high scalability and customizability

1~2-axis robot
*option. Rotary collector(ex: drum collector)

Results manufactured in a 2D plane according to the movement of the robot

200 x 300(mm) *drum collector (A4 size)
300 x 300(mm) *flat plate collector
*Size can be customized

Touch screen

950(W) x 650~750(D) x 1,150(H) (mm)

30kV or 60kV (option: -30kV)

Syringe Volume : 1~200mL
*No tubing: Minimum dead volume

Type 2.
ESR100 series

both simple and reliable

Fixed type
*option. Rotary collector(ex: drum collector)

Limited area manufactured at a fixed point

Result of uneven thickness

Individual button type

950(W) x 650~750(D) x 1,150(H) (mm)

30kV or 60kV (option: -30kV)

Syringe Volume : 1~200mL

Type 3.
RTR machine series

Expanding research scale

1-axis robot
with roll-to-roll collector

2D results made continuously for several meters with RTR construction

300(mm) x 30(m)
*Size can be customized (width, length)

Touch screen

950~1,200(W) x 650~800(D) x 1,900(H) (mm)

30kV or 60kV or 100kV (option: -30kV)

Syringe Volume : 10~200mL / 1~4CH
or Injection pump with solution tank above 1L

Type 1.
ESR200 series

· The ideal choice for researchers due to its high scalability and customizability.
· Easy change to vertical and horizontal structures.
· User-friendly interface

2
• HV generator: 30kV/60kV(option)
• 1-axis robot: ball screw, servo motor, 160mm/s * working distance(max): 200mm/300mm/400mm(option)
• Syringe pump: min 0.01㎕/min
• Drum collector: 5~2,800rpm, servo motor
• Spinning direction angle control: 0~90°
• No tubing: minimum dead volume

Machine 1
: 1-axis robot with drum collector

3
• HV generator: 30kV/60kV(option)
• 2-axis robot: ball screw, servo motor, 160mm/s * working distance (max):200mm/300mm/400mm(option)
• Syringe pump: min 0.01㎕/min, dual syringe pump (option)
• Flat collector: stroke 300mm/400mm(option)
• No tubing : minimum dead volume
• (option) heating collector: ~180℃, ~250℃, ~350℃
• (option) dual concentric nozzle for ultra – atomization : 22G-30G/23G-32G

Machine 2
: 2-axis robot with flat plate collector

4
• HV generator: 30kV/60kV(option)
• 2-axis robot: ball screw , servo motor,160mm/s * working distance(max):200mm/300mm/400mm(option)
• Dual syringe pump: min 0.01㎕/min
• Drum collector: 5~2,800rpm, servo motor
• Flat collector: stroke 300mm/400mm(option)
• Spinning direction angle control: 0~90°
• No tubing: minimum dead volume

Machine 3
: 2-axis robot with flat plate collector & drum collector

5
• HV generator: (+/-) 30kV/60kV (option)
• 2-axis robot: ball screw , servo motor, 160mm/s
• Syringe pump: min 0.01㎕/min
• Flat collector: vertical type 300mm/400mm(option)
• No tubing: minimum dead volume
• (option) heating collector: ~180℃

Machine 4
: 2-axis robot with vertical collector

6
• 2-solution composite electrospinning
• HV generator: (+/-) 30kV/60kV(option)
• 1-axis robot: x2ea, ball screw, servo motor
• Syringe pump: min 0.01㎕/min
• Drum collector: 5~2,800rpm, servo motor
• No tubing: minimum dead volume

Machine 5
: 2-axis robot with drum collector for 2-solutions

7
• HV generator: 30kV/60kV(option)
• Syringe pump: min 0.01㎕/min
• Bath collector : for particle / nanofiber fabrication
• CW/CCW repetition stirring during particle preparation
• Spray nozzle for the fabrication of nano/ microparticle
• : 22G-30G (ID 0.15mm) / 23G-32G (ID 0.10mm)

Machine 6
: Bath collector

8
• HV generator: 30kV/60kV (option)
• 3(2)- axis robotic system: ball screw, servo motor, loader
• Syringe pump: min 0.01㎕/min
• (option) Drum collector:5~2,800rpm, servo motor
• 1-solution, (option)2-solution spinning
• No tubing : minimum dead volume

Machine 7
: desktop robot system with drum collector

9
• Stent coating / electrospinning on drum, disk and rod collector
• HV generator: 30kV
• Syringe pump: min 0.01㎕/min
• Linear & rotating motion system : servo motor
• Working distance (max) : 80mm
• No tubing: minimum dead volume
• (option) dual concentric nozzle for ultra – atomization
• : 22G-30G (ID 0.15mm / 23G-32G (ID 0.10mm)

Machine 8
: stent coating system

read more read less

Type 2.
ESR100 series

· Both simple and reliable.
· Easy change to vertical and horizontal structures.
· Individual button type

2
• HV generator: 30kV/60kV (option)
• Syringe pump: min 0.01㎕/min, EP100 (loader type)
• Flat collector: 300(mm) x 300(mm)
• (option) X-Y moving collector: stroke 150mm (manual type)
• (option) heating collector: ~180℃, ~250℃, ~350℃
• No tubing: minimum dead volume

Machine 11
: not movement with flat plate collector

3
• HV generator: 30kV/60kV (option)
• Syringe pump: min 0.01㎕/min, EP100 (loader type)
• Spinning direction angle control :0~90°
• Drum collector : 30~500 rpm / 200~2,700rpm (option)
• No tubing : minimum dead volume

Machine 12
: not movement with drum collector

4
• HV generator: 30kV/60kV (option)
• Syringe pump: min 0.01㎕/min, EP100 (loader type)
• Tubing / nozzle adapter
• Small case: setting inside hood
• Minimum case size: 550mm(W) x 550mm(D) x 600mm(H)
• (option) X-Y table: manual/auto control

Machine 13
: small case

5
• H.V. generator: 30kV/60kV(option)
• Syringe pump:
- flow rate: min 0.01㎕/min
- Syringe No. : 1ea ~ 4ea
• Drum collector / Flat collector : horizontal
• Traverse drive unit for syringe pump:
- speed: 12~209mm/s
- stroke: min 50~200mm

Machine 14
: traverse syringe pump

6
• H.V. generator: 30kV/60kV(option)
• Syringe pump:
- flow rate: min 0.01㎕/min
- Syringe No. : 1ea ~ 4ea
• Drum collector: 30~500rpm or 200-2,700rpm (option)
- Traverse drive unit
• Spinning direction: horizontal

Machine 15
: 2-solution with drum collector

7
• Electrospun yarn fabrication
• Funnel collector
• HV generator: (+) 30kV / (-) 30kV
• Syringe pump x2ea: EP100 (loader type)
• Nozzle adapter / Tubing
• Traverse winding unit

Machine 20
: nanofiber yarn system

8
• Air-jet blowing nozzle
• Electrospinning system
• HV generator: 30kV / 60kV
• Syringe pump: EP100 (loader type)
• Air flow controller
• Compressor

Machine 21
: large discharge amount with air-jet blowing nozzle

9
• coaxial nozzle
• heating barrel:10cc, 25~300℃
• heating method: cartridge
• hot air blowing : air heater
• melt / solution

Other Machine
: melt blowing system

read more read less

Type 3.
RTR machine series

· Expanding research with “RTR machine series” to continuous production.
· Special nozzle for mass production, patented product of “NanoNC”.
· customizable to suit your needs.

2
• HV generator: 30kV/60kV/(-)30kV (option)
• 1-axis robot
: ball screw, servo motor, 150mm/s
• syringe pump: min 0.01㎕/min, 1~4channel(CH)
• (option) injection pump with solution tank above 1L
• roll-to-roll collector
- web width: 200~500mm
- length: 1~20m
- speed: 0.05~3m/min
• multi-nozzle: 5~10 hole
- exchangeable type
- anti-clogging type
*air regulator for air-assisted type
multi-nozzle (option)

RTR Machine 1
: ~W 300mm

3
• roll-to-roll system : fabrication of a long-length nanofiber web
• 2 - axis robotic system
* TCD(tip-to-collector distance) control
* Nozzle traverse for the uniformity of web
• injection (infusion) pump with solution tank above 1L
• single nozzle and multi-nozzle (10~100 hole) / pack
• multi-pack: 100~500hole
• HV generator (+/-): 30kV / 60kV (option)
• web width: ~300mm / ~500mm (option)

RTR Machine 2
: ~W 500mm

4
• roll-to-roll system : fabrication of a long - length web
• 1 - axis robotic system
* Nozzle traverse for the uniformity of web
* TCD(tip-to-collector distance) control
(option: automatic or manual)
• injection (infusion) pump with solution tank above 1L
• single nozzle and multi-nozzle
* multi-nozzle spinneret: (50~100 hole) / pack
• multi-pack: 3 pack
• HV generator: (+) 60kV / (-) 30kV (option)
• web width: ~300mm / ~500mm (option)

RTR Machine 3
: ~W 1,000mm

read more read less