Uncoated, high antibacterial nano-fiber electrospinning device for medical and healthcare use.
MECC
A highly scalable high-end model capable of spinning various nanofibers.
The ESM series is a nanofiber electrospinning device developed for medical and healthcare applications. It uses a HEPA filter at the air intake and is constructed entirely from uncoated, low-dust, highly antibacterial stainless steel components within the chamber. Furthermore, the spinning space is designed to minimize dust generation. It is possible to spin nanofiber sheets with uniform fiber diameter and membrane thickness using various polymers. *For more details, please contact us by phone or through the inquiry form. Tel. 0942-41-2200 HP: https://www.mecc-jp.com/nano/contact/
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basic information
■Model Name: ESM-101 ■Main Products: Nanofiber Sheets - Non-woven fabric 450mm - Oriented film - Core-sheath and hollow fiber, etc. ■Standard Collector/Spinneret: Plate / Clip *Compatible with various nozzles and collectors ■High Voltage Power Supply: 0-50kV ■Controller: Spinning parameters/Room lamp/Electrospinning/Fan on/Spin light ■External Dimensions: 1460W x 950D x 1950H (mm) ■Weight: Under 1200kg
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Applications/Examples of results
■Application of the Device Development of applications for medical and healthcare use ■Example of Production By equipping a drum collector with a diameter of 200mm and a width of 200mm, and performing spinning at high speeds of up to 3000rpm, oriented nanofibers are produced. ■Examples of Product Development Utilizing the Characteristics of Nanofibers 1. Scaffold for cell culture and proliferation 2. Drug release and drug delivery system (DDS) 3. Biological function assistance and substitution 4. Wound and therapeutic applications
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Company information
In 1973, during the era of rising prices due to the oil shock, a company specializing in the maintenance of medical equipment was established in Ogori City, Fukuoka Prefecture. At that time, there were only three employees. This marked the beginning of MECC. Eventually, they completed the "biological phenomenon recording device" that they had been developing alongside their maintenance work. This device is still in production today and is actively used in many hospitals across the country. Currently, they are developing inspection equipment for LCD and organic EL panels. They are challenging themselves to quickly and accurately respond to the diverse needs of users around the world with new technology development. Additionally, leveraging their long-standing achievements and technical expertise, they are expanding into cable television and high-speed internet communication business areas. They aspire to build a vibrant city suitable for a highly information-oriented society, fostering a community where people from various parts of the world can communicate.