Scale Nanofiber Production from Pilot Validation to Industrial Manufacturing
Inovenso pilot and industrial electrospinning lines help manufacturers move from successful lab-scale nanofiber recipes to continuous roll-to-roll production, pilot validation and application-specific industrial manufacturing.
From lab results to continuous nanofiber production
Scaling electrospinning is not only about increasing flow rate. Production-scale nanofiber manufacturing requires stable substrate movement, controlled deposition, solvent management, operator safety and repeatable process conditions.
Coating width
Move from small lab collectors to 300 mm, 550 mm, 1000 mm or 1600 mm production widths.
Basis weight control
Define target GSM, coating weight and membrane thickness for pilot validation or production.
Roll-to-roll stability
Coordinate substrate winding speed, flow rate and deposition uniformity during continuous runs.
Process architecture
Choose between needle-based / hybrid scale-up and open-surface high-throughput production.
Choose your scale-up path
Different production goals require different electrospinning architectures. Start with your current recipe, target product and required production capacity.
Needle-Based / Hybrid Pilot Scale-Up
For users who want to carry a needle-based lab recipe into controlled pilot validation.
- PE-300 as the first needle-based pilot step
- PE-550 for larger pilot and pre-industrial validation
- Useful when nozzle-level process control is important
Open-Surface Roll-to-Roll Production
For higher throughput, continuous web coating and industrial roll-to-roll nanofiber production.
- StreamSpinner550 for open-surface pilot validation
- StreamSpinner1000 for 1-meter industrial production
- StreamSpinner1600 for higher-width industrial output
Application-Specific Production
For companies targeting a defined end product such as cosmetic nanofiber masks, filtration membranes, protective textiles or energy materials.
- CosmeTailor1000 for cosmetic nanofiber sheets
- Application-specific line customization
- Scale-up support based on polymer, solvent and product target
How to choose your pilot or industrial electrospinning line
Use this guide as a first selection step. Final configuration should be confirmed based on your polymer, solvent, substrate, target GSM, fiber diameter and production capacity.
| Production need | Recommended direction |
|---|---|
| Lab needle-based recipe moving to pilot validation | PE-300 |
| Larger needle-based pilot / pre-industrial production | PE-550 |
| Open-surface pilot validation on 550 mm roll media | StreamSpinner550 |
| 1-meter open-surface industrial roll-to-roll production | StreamSpinner1000 |
| Higher-width industrial open-surface production | StreamSpinner1600 |
| Industrial needle-based / multi-nozzle production | Nanospinner416 |
| Cosmetic nanofiber mask and patch sheet production | CosmeTailor1000 |
Pilot-scale electrospinning systems
Pilot-scale systems are used to validate lab recipes on wider substrates, produce sample batches and reduce technical risk before full industrial production.
PE-300
PE-300 is the first needle-based / hybrid pilot step for moving lab electrospinning recipes into controlled roll-to-roll pilot validation.
PE-550
PE-550 is the larger needle-based / hybrid pilot line for higher productivity, sample batches and pre-industrial process validation.
StreamSpinner550
StreamSpinner550 is an open-surface pilot-scale roll-to-roll line for large-scale sampling, pilot validation and transition from lab media to continuous web production.
Which pilot system fits your process?
Select PE-300 or PE-550 when needle-based process continuity is important. Select StreamSpinner550 when the main goal is open-surface roll-to-roll pilot validation.
Industrial roll-to-roll and production-scale systems
Industrial electrospinning lines are configured for continuous production, wider web handling, high-throughput deposition and application-specific manufacturing goals.
StreamSpinner1000
StreamSpinner1000 is an open-surface industrial electrospinning line for commercial nanofiber manufacturing on 1000 mm roll-to-roll media.
StreamSpinner1600
StreamSpinner1600 is designed for higher-width industrial open-surface roll-to-roll production where output capacity and continuous operation are the main priorities.
Nanospinner416
Nanospinner416 is an industrial needle-based electrospinning line for users who require multi-nozzle production architecture and controlled fiber deposition.
CosmeTailor1000
CosmeTailor1000 is an application-specific open-surface roll-to-roll system for producing cosmetic nanofiber sheets used in masks, patches and skincare products.
Open-surface or needle-based production?
The right production architecture depends on your polymer, solvent system, target fiber morphology, throughput goal and whether your lab process must stay close to a needle-based setup.
Open-Surface Production
Best suited for high-throughput roll-to-roll manufacturing where clogging risk, production continuity and wide web coating are the main concerns.
- StreamSpinner550, StreamSpinner1000 and StreamSpinner1600
- Nozzle-free production path
- High throughput potential
- Roll-to-roll industrial web handling
- Good fit for filtration, membranes, coatings and cosmetic sheets
Needle-Based / Hybrid Production
Best suited when a lab needle-based recipe must be scaled with controlled nozzle architecture and process continuity.
- PE-300, PE-550 and Nanospinner416
- Controlled multi-nozzle process architecture
- Useful for lab-to-pilot continuity
- Possible single-nozzle operation for R&D work
- Good fit when polymer/process control is more important than maximum width
Industrial applications of electrospun nanofiber production
Pilot and industrial electrospinning lines can be configured for different nanofiber-based products depending on target morphology, substrate, coating weight and production environment.
Key parameters for pilot and industrial nanofiber production
These parameters should be defined before selecting a machine, requesting a quote or planning a pilot validation run.
Pilot & Industrial Electrospinning Lines Comparison Table
This comparison is designed to show the main selection differences rather than repeat every shared feature.
| System | Production architecture | Typical scale | Width / capacity indicator | Best fit | Key differentiator | Links |
|---|---|---|---|---|---|---|
| PE-300 | Needle-based / hybrid | Pilot | 18 nozzles, 300 mm coating width | Lab needle recipe moving to pilot validation | First pilot step for controlled needle-based scale-up | Page |
| PE-550 | Needle-based / hybrid | Larger pilot / pre-industrial | 56 nozzles, 550 mm coating width | Sample batches and process validation | Higher pilot productivity with 4 independently controlled polymers | Page |
| StreamSpinner550 | Open surface | Pilot roll-to-roll | 550 mm roll, hundreds of linear meters | Open-surface pilot validation on roll media | High-throughput pilot bridge before industrial open-surface production | Page |
| StreamSpinner1000 | Open surface | Industrial | 1000 mm roll-to-roll collector | 1-meter commercial nanofiber membrane production | Industrial open-surface roll-to-roll platform | Page |
| StreamSpinner1600 | Open surface | Higher-width industrial | 1600 mm roll-to-roll collector | Higher-width and higher-output production | 60% higher production rate than SS1000 | Page |
| Nanospinner416 | Needle-based industrial | Industrial | 1000 mm deposition width, up to 204 nozzles | Industrial needle-based nanofiber production | Controlled multi-nozzle industrial architecture | Page |
| CosmeTailor1000 | Open surface application-specific | Industrial cosmetic production | 1 meter effective coating width | Cosmetic nanofiber masks, patches and skincare sheets | Application-specific line for continuous cosmetic nanofiber sheet production | Page |
Shared production-oriented features
Some features are shared across multiple pilot and industrial systems. Product cards focus on the differences, while this section explains the production mindset behind the platform.
Roll-to-roll production approach
Pilot and industrial systems are designed around continuous substrate handling, process repeatability and production-oriented nanofiber coating.
- Substrate winding and web movement
- Coating width and deposition control
- Repeatable production recipes
- Operator safety and high-voltage control
Scale-up support mindset
Selecting a production line requires more than comparing hardware. The polymer, solvent, target GSM, substrate and final product must be evaluated together.
- Lab recipe review and process assessment
- Machine architecture recommendation
- Pilot trial or sample production planning
- Installation, training and production support
A practical scale-up workflow with Inovenso
Inovenso supports nanofiber producers through the technical steps needed to move from a lab recipe to pilot validation and industrial production.
Recipe review
Review polymer, solvent, concentration, viscosity, conductivity and current lab parameters.
Product definition
Define target application, substrate, fiber diameter, GSM, coating width and QC requirements.
Pilot validation
Validate the process on pilot media, sample batches or wider roll-to-roll substrate.
Line configuration
Select needle-based, hybrid or open-surface architecture and configure production modules.
Installation & training
Support installation, operator training, safety practices and production startup.
Production support
Support process optimization, repeatability and future capacity expansion needs.
Customization and optional modules
Optional modules and customization packages depend on the selected machine architecture, production target and solvent/polymer system.
Request a pilot or industrial electrospinning consultation
Tell us about your current lab result, target product and production goal. Inovenso can help recommend the right pilot or industrial electrospinning line.
- Needle-based / hybrid pilot lines: PE-300 and PE-550
- Open-surface pilot and industrial lines: StreamSpinner550, 1000 and 1600
- Needle-based industrial production: Nanospinner416
- Application-specific production: CosmeTailor1000 and custom configurations
Discuss your production line
Please share your target application, polymer/solvent system, desired coating width, target GSM, substrate type and expected production capacity.