New Product: BIG NANON Electrospinning System
In cutting-edge materials development, nanofibers are increasingly recognized as essential materials. Their extremely fine fiber structure offers high specific surface area, multifunctionality, and flexible structural design, making them applicable across a wide range of fields, including filters, biomedical devices, and functional materials.
To take nanofiber research to the next level, MECC Co., Ltd. has developed an advanced electrospinning system, the BIG NANON.
A High-Power Model Inspired by Researchers’ Needs
BIG NANON builds on the highly uniform and high-quality spinning technology of our previous model, NANON, and has been upgraded to meet the needs of researchers seeking more advanced performance.
Key Features of BIG NANON
1. Enhanced Spinning Performance
- Extended spinning distance up to 250 mm for improved precision and reduced overspray.
- Equipped with a high-voltage power source (up to 40 kV), supporting a wide range of materials and experimental conditions.
2. Advanced Components for Complex Fiber Design
- Extended spinning distance up to 250 mm for improved precision and reduced overspray.
- Equipped with a high-voltage power source (up to 40 kV), supporting a wide range of materials and experimental conditions.
3. Clean and Safe Design
- Stainless steel chamber interior makes the system suitable for clean environments, including medical applications.
- Built-in safety features such as safety interlocks, emergency stop, and high-voltage cut-off ensure secure operation.
Examples of Nanofibers That Can Be Produced
BIG NANON supports the fabrication of various nanofiber types, including:
- Nonwoven fibers (e.g., cellulose acetate, gelatin)
- Aligned fibrous membranes
- Core-shell and hollow fibers
- Tubular fibers
- Porous or beaded fibers
These fibers are broadly applicable to research in areas such as filters, biomaterials, and functional materials.
Recommended for Researchers and Companies
BIG NANON is ideal for those pursuing:
- High-precision nanofiber spinning for advanced R&D
- Design and prototyping of complex or specialized fiber structures
- Applications in medical, environmental, and functional materials fields
(e.g., high-performance filters, drug delivery scaffolds)
For more details or inquiries about equipment selection and sample fabrication, please feel free to contact us.