Designed for academic research
All-digital nanofiber and nanoparticle formation
What you can make with spincube
Random fibers
using single or multiple emitters and a flat-plate collector
Oriented fibers
using single or multiple emitters and a rotating drum collector
Core-shell fibers
using a coaxial emitter and a flat-plate or rotating collector
Nanoparticles
through electrospraying using a single or coaxial emitter
What spincube is for
Spincube is an all-digital benchtop electrospinning and electrospraying system for academic research. Produce random, oriented and core-shell nanofibers or nanoparticles, control every parameter remotely from spinstudio software, and log reproducible process data from day one to PhD and beyond.
User-friendly, safe, data-driven
Get started quickly and adapt the system to your research needs with minimal effort. Built-in safety features let you focus on your research with confidence. Every experiment generates not only a result, but also the data needed to understand how you got there.
Tool-free modular setup
Exchange components without tools to suit your experients.
Remote operation
Spincube software lets you set parameters, monitor experiments, and follow your process from anywhere.
Shared knowledge
Learn from practical guides, open community resources, and 40+ research papers featuring spincube.
Built-in safety
Integrated safety features support confident operation for users of all skill levels.
Isolated high voltage
High-voltage processes take place safely inside the enclosed spincube chamber.
Safety certification
Safety training, test and certification is included in spincube onboarding process.
Live process visibility
Follow your experiment with real-time process data and a live camera view.
Continuous data logging
Capture process data as your experiment runs and export it for further analysis.
Compare and reproduce
Compare conditions across experiments to identify what influences your results.
Buy the hardware and love it for the software
spinstudio makes spincube a research instrument you can run, watch and reproduce from anywhere
- Monitor. Keep track of cabinet temperature and humidity, HydroDrive pressure, and the live camera feed from one interface.
- Control. Adjust the applied voltage, precursor feed rate, and rotational collector speed directly through the spincube software.
- Respond. See how the process reacts to your changes in real time and fine-tune experimental conditions as your run progresses.
- Track. See how key process parameters change throughout your experiment with continuous data logging.
- Learn. Export your recorded data for further analysis and use what you discover to refine your settings and improve reproducibility.
- Compare. Review previous experimental runs side by side to identify which process conditions lead to better results.
- Connect. Access spincube software from your desktop, laptop, tablet, or phone, whichever device fits your workflow.
- Collaborate. Let multiple users view and control the same system, making it easier to share experiments and work together.
- Stay updated. Check your process status and live camera feed remotely, so you can keep an eye on your experiment even when you need to step away from the lab.
From teaching to PhD
One platform that carries a group from a first undergraduate demonstration to published work.
Ready for teaching
An approachable platform for training, teaching and everyday laboratory research.
From spincube to PhD
spincube is designed to accelerate academic research from day one to PhD degree and beyond.
Hydro-drive
Dead volume elimination and easy to clean pump system
Single, multiple and coaxial emitters
Flat plate and rotational drum collectors
spincube Technical Overview
| Features | Values |
|---|---|
| Output voltage | Up to 40 kV |
| Electrospinning cabinet internal size | 45 x 45 x 42 cm |
| Emitter – collector arrangement | Horizontal |
| Manual emitter position adjust (emitter-collector distance) | 5 – 30 cm (for flat collector) 5 – 20 cm (for rotational drum collector) |
| Flat plate collector size | Size: 20 x 20 cm (400 cm2), stainless steel |
| Rotational collector | Rotational speed: 1000 – 4200 RPM (monitored) Surface speed: 400 – 1600 cm/sec Diameter: 72.5 mm Width: 150 mm Area: 340 cm2 Alumina |
| Imaging system | Monochrome 1.3 MP 10x optical zoom 5 – 50 mm focal length Up to 30 fps frame rate |
| Polymer dispension from syringe | 0.06 uL/min to 90 mL/min (1 mL – 60 mL syringes) |
| Polymer dispension from HydroDrive (zero dead volume) | 0.06 uL/min to 4.5 mL/min (1 mL or 3 mL syringes) |
| Emitter options | Luer lock compatible Single needle emitters 18 – 22G Coaxial emitters (18G / 22G) Multiple needle emitters (6 luer lock compatible positions) |
| Cabinet ventillation | Passive valve or active ventillation |
* The information contained herein may be changed without prior notice.