iSANMATE’s Materials Open Up a World of Possibilities for Innovation With 3D Printing

The choice of materials for additive manufacturing is a key consideration depending on the intended use of the technology. As this manufacturing method expands and develops, many companies in different industries are considering its adoption. That is why today, there is a wide variety of materials to choose from, and more specifically, plastic filaments that are compatible with extrusion 3D printing. Sectors such as art, lighting, furniture, and even toys are already taking advantage of additive manufacturing to achieve customized and creative designs, reducing production costs and shortening time to market. In this context, iSANMATE has a broad portfolio of FFF 3D printing materials that open a world of possibilities for innovation with the technology.

The increased use of materials and government policies supporting 3D printing are the leading market drivers contributing to its growth and expansion. In fact, according to a report published by Market Research Future, the 3D printing materials sector is expected to reach a value of $15.4 billion by 2032, showing a compound annual growth rate of 18.07%. In turn, the wide variety of available filaments allows artists to implement the technology to produce complex and unique works that challenge the boundaries of traditional craftsmanship. The iSANMATE team explains, “Lamp and furniture designers are also increasingly embracing 3D printing technology to achieve unique design shapes, reduce material waste, and improve production efficiency.”

iSANMATE’s materials that open a world of possibilities for innovation with AM

iSANMATE’s 3D printing materials range

It is in this rapidly developing environment that we find the materials developed by iSANMATE. The Asian company stands out for three series of filaments: Rainbow, Wood, and Lamp. All of them, compatible with a wide variety of FFF 3D printers, offer colorful finishes and an appearance similar to wood or the surface of classic decorative lamps. These high-performance filaments improve manufacturing results and provide designers and manufacturers with more creative freedom and inspiration.