Electrospinning
Machine

LS-325

Advanced Lab-Scale
Electrospinning Machine LS-325

advanced level machine

Overview

Our advanced lab-scale nanofiber electrospinning machine is designed for sophisticated applications while maintaining a compact footprint. Ideal for researchers and small-scale manufacturers, it offers precise control and versatility in a lab-friendly design. This electrospinning setup is perfect for those who require high precision and reliability in their work.

Key Features

Up to 16
Needles / Convergent-Divergent Nozzles for High Productivity

Supports multiple needle and nozzle configurations, allowing enhanced throughput and precise control over fiber formation.

Benchtop
Variety Collector

Compatible with drum, flat, funnel, and mandrel collectors, offering flexibility for different electrospinning applications.

Bottom-Up
Spinning

Provides better fiber deposition control and uniformity, making it suitable for advanced research and development.

Machine Features

  • Compact system with a small footprint
  • Bottom-up spinning
  • Up to 50 kV applied voltage
  • Adjustable spinning distance
  • Various collectors (drum, flat, funnel, mandrel)
  • Homogeneity system for uniform fiber distribution
  • Dual syringe pumps for enhanced control
  • Climate control system
  • User-friendly interface
  • Integrated safety functions and sealed chamber

Optional Custom Features

  • Heater and dehumidifier
  • Mandrel collector
  • Up-bottom spinning
  • Needleless spinning
  • HEPA filter and gas shield
  • Bicomponent and triaxial nozzle
  • Robot arm needle holder
  • External environment climate controller
  • Taylor cone visualization camera
  • Nano yarn funnel collector
  • Disk collector
  • Bipolar voltages

Tissue Engineering

Fabrication of biocompatible scaffolds for regenerative medicine.

Drug Delivery

Controlled release of pharmaceuticals using nanofiber carriers

Bio Textiles

Development of functional textiles with enhanced properties.

Cosmetics

Nanofiber-based skincare and cosmetic applications.

Batteries & Fuel Cells

Research and development of novel energy materials.