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The MN60 is an electrospinning device specifically designed by Foshan Weimai for the development of industrial formulation in laboratories. It is equipped with a modular array of over 100 needles and an intelligent downward spinning system, enabling the verification of industrial processes at the cost level of scientific research. This device breaks through the limitations of traditional single-needle experiments. It can rapidly produce large-sized samples (with a width of 600mm) and accurately simulate mass production conditions, helping scientific research teams efficiently complete formulation optimization, process verification, and financing roadshows, and accelerating the commercialization process of the technology.

1. Equipment Features

(1) Try production first before mass production, saving time and materials

It is possible to conduct small-batch trial production first. Ensure that the process is problem-free before large-scale production, which will not waste materials or delay time. Expand production only when the required effects are achieved.

(2) Rapidly verify the feasibility of formula scaling-up

For other manufacturers' equipment: readjustment is required when transitioning from laboratory testing to mass production; For MN60: laboratory data can be directly scaled up, saving time and effort. There is no need to explore the process again, and the results in the laboratory are consistent with those of mass production.

(3) The price is over 200,000 yuan, saving 700,000 yuan in cost (competitive products with the same production capacity cost one million yuan)

Other manufacturers sell equipment with 200 needles for one million yuan, while MN60 costs less than half of that price, which is a pleasant surprise. You can experience small-scale mass production by spending the money for a high-end experimental machine. Spend a small amount of money on trial mass production, and expand production only when there is a good market. This way, there is no pressure on capital.

(4) It occupies an area of 2 square meters, enabling scaling-up experiments with 150-200 needles in a small space

One MN60 = laboratory research and development + small-batch production. There is no need to change equipment, and it can handle everything from laboratory research to starting a business. Is there a shortage of space in the laboratory? MN60 occupies less than 2 square meters, and you can still mass-produce nanofibers even in a small room! Save one million yuan in factory building costs.

(5) Products verified by the market can be prepared with a low investment

One MN60 = laboratory research and development + small-batch mass production. There is no need to change equipment, and products can be rapidly prepared to verify market demand.

2. Equipment Advantages

The Key Leap from Single-needle to Multi-needle

The results of single-needle experiments often cannot be directly applied to industrial production. There are significant differences between traditional laboratory equipment and industrial equipment in terms of the electric field environment, material behavior, etc., which leads to the need for a large number of adjustments to the formula during the scaling-up process. MN60 fills this crucial gap and provides an experimental environment that is closer to industrialization.

Avoid the Cost of Industrial Trial and Error

Jumping directly from single-needle laboratory equipment to small-scale or pilot-scale industrial equipment requires a high investment cost. MN60 allows you to verify the feasibility of formula industrialization with a relatively small investment, avoiding the risk of finding that the formula is not suitable for large-scale production after a large amount of capital has been invested.