Japan Introduces Biodegradable Film for Sustainable Farming
Fukuoka, Monday, 21 April 2025.
Japan’s new ‘Ninja Multi’ aims to revolutionize agriculture with its biodegradable film, reducing environmental impact and labor in farming operations, displaying at Kyushu Agriculture WEEK in May 2025.
Introducing the Ninja Multi in Japan
As Japan grapples with an aging agricultural workforce averaging 68.4 years and rapidly decreasing in numbers, innovative solutions are urgently needed to sustain and enhance food production. The Ninja Multi, a biodegradable film developed by the Osaka-based company Ohmiya, promises to address these pressing challenges by reducing labor demands and environmental impact [1].
An Innovative Approach to Sustainable Farming
The Ninja Multi utilizes a mulch sheet composed of biodegradable materials like PBAT and PLA. It naturally decomposes into water and carbon dioxide through soil microbes, eliminating the need for traditional plastic film’s retrieval and disposal processes. This innovation not only reduces labor costs but also lessens overall environmental stress, aligning with global sustainability trends [1].
Showcasing at 3rd Kyushu Agriculture WEEK
Slated for its debut at the 3rd Kyushu Agriculture WEEK running from May 28 to May 30, 2025, the Ninja Multi will be available for hands-on inspection at booth 3-52. The exhibition provides a platform for stakeholders to explore the Ninja Multi’s capabilities and its implementation case studies, underlining Ohmiya’s commitment to practical sustainable farming solutions [1].
A Broader Vision for Agricultural Efficiency
Ohmiya’s Ninja Multi isn’t merely a product; it’s part of a broader vision to revolutionize farming efficiency in Japan. With more than 40% reduction in agricultural workforce over the past decade, sustainable automation and material innovation like the Ninja Multi are crucial. The film aims to improve Japan’s food self-sufficiency rate, currently at a modest 38%, and ensure a sustainable production framework for future generations [1].