Brief Description The NE300 is a compact lab-scale electrospinning and spraying system designed for flexible R&D and small-scale production. It supports multinozzle operation (up to 8 nozzles) as well as single-nozzle mode and includes a homogeneity system for uniform nanofiber coatings. The cabinet is electrically insulated and fitted with high-density PE components resistant to many chemical solutions. Optional coaxial modules enable core-shell, hollow and bi-component fiber production.
Unique Properties - 9” touch screen for reliable and precise process adjustments
- Bottom-Up spinning configuration
- Up to 8 nozzles for increased throughput
- Coating area: 314 mm × 220 mm
- Electrically insulated cabinet with chemical-resistant high-density PE parts
- Automatic control of voltage, flow rate and collector motion (z-axis, x-axis and rotation)
- Safety options including safe-door and warning light
Precise Process Adjustments Via 9” Touch Screen The 9” touch screen provides an intuitive interface for quick setup and fine-tuning of process parameters, delivering benefits such as:
- Ease of Use: Simplified operation for users with varying technical backgrounds
- Precision: Direct control of voltage, flow and motion for repeatable results
- Efficiency: Fast adjustments and real-time feedback to reduce downtime
- User Experience: Clear visuals and straightforward navigation
Remote Monitoring and Control System NE Series units include remote monitoring and control features:
- Wi-Fi Connectivity: Built-in adapter for network connection
- Comprehensive Monitoring: Real-time remote monitoring of all process parameters
- Full Control: Remote adjustment of process settings via software
- BatchID Management: Save and recall parameter sets with BatchID
- Extended Storage: Store parameter histories for at least six months
- Graphical Data Display: Visualize parameter trends linked to BatchID
- User Authentication: Secure access through software authentication
- Activity Logs: Record remote and local activities with BatchID
- Fault and Alarm Management: Save messages and notify active remote users
High-Throughput & Flexible Production The NE300’s 8-nozzle configuration enables simultaneous production of multiple nanofiber streams to increase output and uniformity. The unit also supports single-nozzle operation for low-throughput experiments. Automatic regulation of voltage, solution flow and collector motion ensures reproducible coating results.
Safety Features Inovenso design includes advanced safety options to reduce electrical risks and support compliance:
- Safe-door and warning light systems to prevent exposure to high voltage
- Enhanced protection for operators and equipment
- Features designed to assist conformity with relevant safety standards
- Operational continuity and increased user confidence
Optional Accessories - Needles of different diameters
- Coaxial (bicomponent) system
- Gas shield nozzle system
- Rotating shaft collector
- Vacuum holder plate collector
- Climate control (temperature / humidifier / dehumidifier)
- Negative high voltage power supply
- Camera integration
- Carbon filter
- Extended warranty
Technical Specifications - Model: NE300
- Configuration: Multinozzle (up to 8 nozzles) with single-nozzle capability
- Coating area: 314 mm × 220 mm
- Control interface: 9” touch screen
- Spinning type: Bottom-Up spinning
- Cabinet: Electrically insulated with high-density PE parts (chemical resistant)
- Automatic controls: Voltage, flow rate, collector motion (z-axis, x-axis, rotation)
- Homogeneity system for uniform nanofiber coating
- Remote system: Wi‑Fi, real-time monitoring, remote control, BatchID management, data storage (≥ 6 months), graphical display, user authentication, activity logs, alarm management
- Safety options: Safe-door, warning light
- Optional features: Coaxial system (core-shell, hollow, bi-component), gas shield nozzle, different diameter needles, rotating shaft collector, temperature-controlled chamber, vacuum holder plate collector, camera integration, carbon filter, negative HV power supply