Nanofiber Systems for Laboratories
Environmental Science Business Unit (ENV)
Pressure Calibration Lab Business Unit (PRS)
Educational Engineering Business Unit (ENG)
Materials Science Business Unit (MAT)
Educational Engineering Business Unit (ENG)

Nanofiber Systems for Laboratories

NF-500 Electro-spinning machine for laboratory use

The NF-500 is the electro-spinning setup integrating up-to-date nanofiber technology with high future extensibility.

● Flexible system design

The NF-500 can integrate various component units to meet your nanofiber needs.

● State-of-the-art technology

The NF-500 can mount the heating and the ultra-thin co-axial spinneret to make new-type nanofibers.

NANON-01A Electro-spinning machine for laboratory use

The model NANON-01A is a nanofiber electrospinning system for R & D purpose. A variety of materials can be spun by programming spinning conditions and combining system parts such as spinnerets and collectors.

● Spinning high uniformity and quality nanofiber sheets

MECC’s unique technology creates stable electronic fields, enabling spin of nanofibers of uniform fiber diameter and with very few droplets.

● Quick and easy programming with a 10-key controller

With a 10-key controller makes quick and easy programming of parameters such as: High voltage, Solution volume, Feed rate, Diameters of syringes, Rotaion speed of collectors, Width of spinnerets, Traversing speed, and Frequency and intervals of cleaning

● Easy replacement of system parts

Both spinnerets and collectors can be replaced quickly and easily.

● Spinning aligned membranes of super low orientation

Membranes of super low orientation at 5 degree or less can be spun. (patented)

● Integrating cleaning mechanism

The system has a cleaning mechanism for syringe needles, and the cleaning frequencies and intervals are preprogrammable.

● Safety measures for operators

The system is equipped with safety devices for operators such as a door interlock, emergency stop switches, a signal tower, strengthened glass and instant shutoff of high voltage output.