The main factors driving the expected growth of the 3D printing market in Japan are increase in construction projects as well as the aerospace and defense industry. The aerospace industry needed stronger, lighter components, which allowed 3D printing to be used to build complex, lightweight parts that increase aircraft range and fuel efficiency. Mitsubishi Heavy Industries (MHI) is a Japanese aerospace company that uses 3D for production. Additionally, the technology is perfect for the aerospace and defense industries since it conforms to sustainability goals by reducing energy consumption (EC) and energy waste (EW). March of 2023, Relativity Space launched Terran-1, a rocket primarily constructed from 3D printed parts. In February 2024, Japan also announced successful launch of next-gen H3 rocket.

Increased Development in Infrastructure

The adoption of 3D printed building has numerous opportunities for the Japanese construction companies depending on segment, particularly in residential and public work segment. There is a challenge in the availability of housing stock more so in specific areas within the country and with the introduction of 3D printing technology they will have reduced construction time frame and also offer client design options that cannot be provided by conventional construction methods.

For instance, in August 2023, Serendix caused a stir in the Japanese market as it became the first to retail 3D-printed homes to the public through Sphere design first. After that, they came up with the serendix50 design, which is a much grander one-story house, that raised eyebrows because of its Uninhibited construction. Moreover, the sturdiness of structures produced by 3D printing to withstand natural calamity is consistent with current requirements in Japan for housing that can withstand disasters. 3D-printed public sitting facilities are significant in rebuilding public spaces, enhancing public sitting amenities, slashing the expenses and embracing of sustainability in utilizing better materials.

Surge of Investments in 3D Printing Market in Japan

The 3D printing market in Japan is experiencing increasing investment, which underlines confidence in this technology. Traditional players such as 3DEO have received a significant capital investment from various organizations such as Development Bank of Japan (DBJ) and Seiko Epson Corporation, which reflects the increasing belief and trust in metal 3D printing in the Japanese manufacturing industry. For instance, 3DEO, a metal 3D printing service provider, bought considerable investments from the Development Bank of Japan Inc. (DBJ) and Seiko Epson Corporation (EPSON) in January 2024. To fund 3DEO’s continued growth, this investment allowed the company to focus on key markets such as North America and Japan across semiconductor, aerospace and medical, industrial segments.

Additionally, Nikon’s acquisition of Morf3D is quite representative of a more general dynamics in the industry that leans on diversification and tapping into the promising application of 3D printing, including such areas as regenerative medicine. In addition to direct investments in its technology, industry players such as Stratasys Japan are engaged in raising awareness and building up the capability in this technology through partnering with schools and fabrication facilities in order to familiarize and train Japan industries in this technology. This injection of capital is clear proof of Japan’s seriousness in 3D printing industry as it makes its stand in the global market.

Download PDF Brochure @ https://www.marketsandmarkets.com/pdfdownloadNew.asp?id=1276

Impact of AI on 3D Printing Market in Japan

Artificial Intelligence (AI) is revolutionizing 3D printing in Japan by enhancing precision and efficiency. AI-powered generative design tools enable the creation of optimized geometries that reduce material waste and improve product performance. Real-time monitoring, facilitated by machine learning algorithms, ensures high-quality outputs while minimizing production errors. Predictive maintenance driven by AI further reduces downtime and operational costs. 

Challenges for 3D Printing Market in Japan

Since there are high initial costs needed for purchasing equipment and material, this hinders small to medium sized enterprises (SMEs) to adopt this technology. The most viable danger is that of protection of property, for example, replication of designs without permission. The freedom of choosing one’s material is another disadvantage of 3D printing, besides being limited by the availability of specialized 3D printing material in some industries which indicates an improvement area.