Lab Handheld Electrospinner Nanofiber Electrospinning Machine

Technical specifications

Customization guide

Adjustable voltage and fiber diameter parameters can be tailored to meet specialized research needs, such as optimizing nanofiber thickness for drug delivery systems or enhancing filtration efficiency in air purification prototypes.

Get inspired

With precise electrospinning capabilities, this machine empowers users to innovate in fields like biomedicine, electronics, and material science. For instance, its adjustable voltage allows creating ultra-thin nanofiber layers for flexible sensors or high-porosity membranes for water treatment.

Choose your model

Supplier's note

1. Technical Breakthroughs:

   • Handheld Design: Enables mobility without compromising precision, ideal for on-site research.
   • Narrow Diameter Range: The Pro model’s ±10 nm precision outperforms industry standards, critical for high-end applications like lab-on-a-chip fabrication.
   • Material Versatility: Supports a broad range of polymers, expanding use cases from biomedical to aerospace coatings.

2. Version Selection Guidance:

   • Base Model: Suitable for basic lab experiments or educational setups requiring standard precision (e.g., teaching nanofiber principles).
   • Advanced Model: Best for R&D teams needing enhanced control (e.g., prototyping filtration systems with 25 nm precision).
   • Pro Model: Recommended for industrial or cutting-edge research demanding ultra-fine fibers (e.g., creating next-gen wearable sensors).

With the Pro version’s 30 kV range and ±10 nm precision, researchers can achieve nanofiber structures 50% finer than conventional models, enabling breakthroughs in smart material development. Its real-time analytics also streamline workflow efficiency compared to manual setups.