E-Spinn Laboratory Electrospinning Machine
E-SPINN DUAL
Brife Description
The E-Spinn Laboratory Electrospinning Machine is a climate-controlled, lab-scale system designed for the precise fabrication of nanofibers. This advanced platform enables the production of pharmaceutical, biological, polymeric, carbon, and ceramic nanofibers with diameters ranging from 10 nm to several microns.
Compact, reliable, and engineered to meet strict international safety standards, the E-Spinne is the ideal choice for proof-of-concept studies, feasibility tests, and advanced nanomaterial research. Its dual capability for electrospinning fibers and electrospraying particles makes it a versatile solution for academic, pharmaceutical, biomedical, and industrial applications.
Main Feachers
Robust Construction
Stainless steel, aluminum, and glass body for durability, solvent resistance, and sterile operation.
Climate Control
Integrated unit (optional upgrade with HVAC) for precise regulation of temperature and humidity, ensuring consistent fiber quality.
Precision Syringe Pump
SPETEC pump with minimal dead volume (<0.1 mL), supporting flow rates from 0.1 µL/h to 6000 mL/h depending on syringe size.
Flexible Spinneret System
Supports single, coaxial, and multi-emitter setups, enabling production of standard, core–shell, or composite nanofibers.
High-Voltage Power Supplies
Dual SPELLMANN HV supplies (0–30 kV and -10 kV) with full arc and short-circuit protection, ensuring stability and safety.
Advanced Collectors
Interchangeable flat plate, rotating drum (0–3000 rpm), mandrel/wire, and plate collectors for various fiber alignment needs.
Dual Scan Model (optional)
Two syringe pumps with independent scanning motion and HV supplies, allowing simultaneous spinning of different materials.
User-Friendly Interface
Siemens touch-screen control with recipe storage, real-time monitoring, and programmable automation.
Safety & Compliance
Meets CE, ISO, and DIN standards, with safeguards for handling solvents and high voltage.
Additional Capabilities
Integrated exhaust ventilation, Data logging, Remote diagnostics via Ethernet, Optional gas-assisted spinning, Taylor cone camera, and multi-parallel electrospinning.
Specification
General
Dimensions:
- External: 850 mm (W) × 570 mm (D) × 1850 mm (H)
- Chamber internal: 685 mm (W) × 510 mm (D) × 720 mm (H)
Weight:
- Standard unit: 85 kg
- With HVAC: 190 kg
Syringe Pump
- Volume: up to 140 mL
- Flow range: 0.1 µL/h – 6000 mL/h
- Linear force: 100–200 N
High Voltage
- Primary HV: 0–30 kV, max current 0.133 mA
- Secondary HV: –10 kV, max current 0.75 mA
- Regulation: Line <0.01%, Load <0.01%
- Stability: 0.01% / 8 h, 0.02% / day
Collector
- Flat plate: 150 × 200 mm
- Rotating drum: Ø 100 mm × 200 mm, up to 3000 rpm
- Mandrel: Ø 1–15 mm, length up to 200 mm
- Multi-emitter head: up to 6 emitters
Environmental Control
- Integrated sensors for temperature & humidity monitoring
- Optional ultrasonic humidifier and compressor-based HVAC system
- Climate range: dry heat, high humidity, frost simulation
Process Control
- Programmable recipes (voltage, distance, flow, rotation speed, etc.)
- Sequential programming with time-based functions
- Secure multi-level operator access
Applications
- Pharmaceuticals & Biomedicine: wound dressings, drug delivery, tissue scaffolds
- Filtration: air & water nanofiber membranes
- Protective Clothing: pathogen/chemical-resistant PPE
- Energy & Environment: battery separators, solar electrodes, nanocoatings
- Advanced Research: biomimetic scaffolds, organ-on-chip models