Create future applications by combining system parts and programming spinning conditions!
The NANON series is a standard machine for nanofiber spinning using the electrospinning method. Due to its user-friendliness, it is particularly favored by experienced electrospinning researchers. By combining system parts such as the spinneret and collector, various materials can be spun by setting the spinning conditions. *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
**Features** ◆ Spinning high uniformity, high-quality nanofibers By using unique technology to establish a stable electric field, it is possible to spin nanofibers with high uniformity in fiber diameter and minimal droplets. ◆ Easy programming with a numeric keypad Parameters such as high voltage, solution capacity, feed rate, syringe diameter, collector rotation speed, spinneret width, traverse speed, and cleaning frequency/interval can be easily programmed using a numeric keypad. ◆ Easy-to-remove system parts Both the spinneret and collector can be quickly and easily exchanged and installed. ◆ Spinning highly oriented alignment films By utilizing an optional φ200mm drum collector or disk collector, it is possible to produce highly oriented alignment films (with an orientation angle of less than 5 degrees depending on the material). ◆ Equipped with an automatic cleaning mechanism It has a cleaning mechanism for the needle tip, and the frequency and interval can be programmed. ◆ Thorough safety measures Safety measures are thoroughly implemented, including door interlocks, emergency stop functions, indicator lights, the use of reinforced glass, and high-voltage rapid cutoff.
Price information
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Delivery Time
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Applications/Examples of results
◆For Research and Development Samples can be produced using various materials. For more details, please visit the "Spinning Achievements" section on our company website.
Detailed information
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Samples can be made using various materials. For more details, please visit the "Spinning Achievements" section of our company's website.
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Core-sheath spinaret Hollow fiber and core-sheath structured fibers can be spun. Different syringes of 18G, 22G, and 27G are available for use.
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[Drum Collector] By changing the rotation speed, it is possible to spin non-woven fabrics and oriented fibers.
Line up（5）
| Model number | overview |
|---|---|
| NEX-101 | [Lab Nano Fiber Electrospinning Device] Equipped with essential equipment for electrospinning experiments, including a high-voltage power supply, clip spinneret (nozzle), syringe pump, and drum collector. It is ideal for sample production and application development. |
| NW-103 | [Nonwoven Fabric Electrospinning Device] A device specialized for nonwoven fabric electrospinning, it spins fibers with diameters ranging from several tens of nm to several μm using various materials such as PVDF, PAN, and PVA through the electrospinning method. |
| NF-500 | [Research and Development Nano Fiber Electrospinning Device] A high-end model spinning device using the electrospinning method. It achieves continuous sheet spinning with a width of 500 mm and supports heated spinning and core-sheath fiber spinning. Recommended for customers seeking a highly expandable device or cutting-edge spinning technology. |
| CFS-101 | [NEW Model Core-Sheath Nano Fiber Electrospinning Device] The CFS-101 is an electrospinning device for spinning core-sheath structured nano fiber nonwoven fabrics used in medical applications and electronic components. By arranging core-sheath spinnerets in 4 or 6 rows, it rapidly spins nonwoven fabrics with an effective width of over 1m. The number, quantity, and arrangement of spinneret holes can be changed depending on the solution and conditions. |
| NF-1001 | [Semi-Mass Production Electrospinning Device] The NF-1001 is an electrospinning (electrospinning) device for pilot production of nonwoven fabrics. It can efficiently spin wide (effective width of 1m) roll-shaped nano fiber nonwoven fabrics. It is a product with high operability and maintainability, also considering safety. |
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.
