Would you like to solve your problems with flash panels and melamine adhesive?
Would you like to solve the problems of flash panels and melamine bonding with a high-frequency bonding machine?
Currently, cold pressing is the mainstream method for adhesive bonding of flash panels and melamine lamination. However, traditional methods have the following issues: - The core material shows through on the surface. - Warping or deformation occurs in the product after press release or during transportation. - The method of stacking the same size does not accommodate small quantities of various types. - Adhesion takes time, making it difficult to move on to the next process. - Fast-drying adhesives are used to increase productivity, but they are harmful to human health, resulting in a poor workplace environment. There are various other issues as well, but by applying high-frequency technology, these problems can be resolved. If you are considering improvements in quality, productivity, and workplace environment, please take this into consideration.
basic information
Our high-frequency flash panel bonding machine offers optimal equipment tailored to product size and production volume. The standard size is 4 feet by 9 feet (1200mm by 2700mm). We can also manufacture large sizes upon special order, so please contact us if you have any requests.
Price range
P7
Delivery Time
OTHER
Applications/Examples of results
【Usage】 ・Flash panel adhesion ・Melamine bonding, etc. 【Examples of Achievements】 ・Custom furniture manufacturers ・Building materials manufacturers, etc.
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Yamamoto Vinita is a machinery manufacturer that specializes in "radio wave heating technology," such as high-frequency and microwave heating, and is engaged in the manufacturing and sales of industrial machinery and medical devices. About 70% of our products are completely custom-made, making each one unique in the world. By realizing our customers' needs, Yamamoto Vinita's radio wave heating technology, which utilizes strong and deep radio wave energy, is expanding into various applications.