Fuse Deposition Modeling (FDM)
Solution Electrospinning (ES)
Melt Electrowriting (MEW)
High-precision syringe pump
Screw driven extruder ≤ 300 °C
Pressure driven barrel: ≤ 250 °C
Module A: 0 to +30 Kv
Module B: 0 to -10 Kv
Flat plate: 190 x 190 mm
Drum collector: 250 mm long x 70 mm ⌀, 4000 rpm
Temperature: 15 – 50 ºC
Humidity: 30 – 75 % HR
Axial velocity: 200 mm/s
Accuracy: 12.5 μm
The deposition of fibers at distances of less than 40-50 μm between them is hardly possible with the MEW technique (So far not reported in the scientific literature)
Web user interface
Webcam for remote monitoring and automatic-timelapse video generation
Taylor cone camera
We have evolved the NovaSpider, turning it into a more versatile machine. You will be able to work in tissue engineering by placing the bioprinter inside a laminar flow hood to ensure cell viability. Additionally, you can characterize and produce materials under controlled temperature and humidity conditions.
Hydrogel
Solution Electrospinning (ES)
Melt Electrowriting (MEW)
Fuse Deposition Modeling (FDM) by Filament and Pellet
Syringe Extruder and Heated Syringe Extruder
ES Extruder
MEW Extruder
Filament Extruder
Pellet Extruder
UV (365 nm and 405 nm) Tool
Module ES: 0 to +20 Kv
Module MEW: 0 to -20 Kv
Refrigerated / Heated Flat plate: 120 x 120 mm – Temperature Range*: 5 ºC – 50 ºC
High Performance Heated Flat plate: 120 x 120 mm – Temperature Range*: Ambient – 120 ºC
Drum collector: 140 mm long x 60 mm ⌀, 400 rpm – 4000 rpm
* It depends on the environmental conditions.
Temperature*: Ambient – 60 ºC
Humidity*: 30 – 75 % HR
* It depends on the environmental conditions.
Touch Screen and Web User Interface
Automatic Calibration Tool
Webcam for Remote Monitoring
Taylor Cone Camera
Take part in the challenge
We are materials scientists. We are also engineers. We are a team willing to help you. Enjoy our electrospinning tools and processes support on all nanofiber production.
NovaSpider v5 standard tool includes solution electrospinnig, melt electrospinning (MEW) and Fuse deposition Modeling (FDM) additive manufacturing technique. The tool has several optional accessories.
We also povide customized electrospinnig tools designed for specific applications.
We offer scientific and technical support with different levels of involvement:
Free initial validation tests
Support on development and manufacturing
Custom nanocomposite design and manufacturing
Complete application development projects
Scanning electron Microscopy (SEM)/(ESEM)
High-res. Transmission Electron Microscope (HRTEM)
Atomic-Force Microscope (AFM)
Near-field microscope, s-SNOM (NeaSpec)
FTIR Spectrometer