#Japan #MA-T #Chiyoda, Tokyo #Earth Pharmaceutical #Atam Giken

Introduction

In a remarkable step for the caregiving industry, Earth Pharmaceutical Co., Ltd., based in Chiyoda, Tokyo, has partnered with Atam Giken Co., Ltd., located in Fuso, Aichi Prefecture, to develop a multi-purpose cleaning machine specifically designed for a range of caregiving equipment. This innovative cleaner, the TS-2501M, is set to hit the market in late February 2026, making use of the pioneering MA-T® technology in its rinsing phase.

Background and Purpose of Development

The caregiving sector is currently grappling with significant challenges, primarily related to labor shortages and increased workloads. Particularly during the cleaning of caregiving tools—such as wheelchairs, bed parts, and walkers—staff have historically been required to follow machine cleaning with manual disinfecting, creating a considerable burden on their time and resources. Given this context, the launch of the TS-2501M aims not only to ease this burden but also to enhance operational efficiency.

Features and Benefits of the TS-2501M

Automation of the Disinfection Process

One of the standout features of the TS-2501M is its ability to automate the disinfection process, which traditionally required manual effort. By employing the MA-T® technology for the rinsing phase, the machine will carry out rinsing and disinfection simultaneously, thereby eliminating the need for labor-intensive manual disinfection. This promises a significant reduction in maintenance efforts, allowing staff to devote their time to more critical tasks.

Longevity of the Cleaning Machine and Care Equipment

The MA-T® technology is characterized by its low corrosiveness, minimizing its impact on the metal components of the machines involved. This contributes not only to the prevention of mold growth inside the cleaning unit but also aids in preserving the long-term quality of caregiving products. This longevity directly challenges the norm within the industry concerning equipment durability and maintenance costs.

Contribution to SDGs

The introduction of the TS-2501M is aligned with several Sustainable Development Goals (SDGs), promoting reuse, reducing waste, and improving labor conditions within the caregiving industry. This initiative not only aims at operational efficiency but also signifies a broader commitment toward sustainable practices within the field.

Comparison of Cleaning Processes

The development team has focused on comparing traditional cleaning methods with the new automated processes facilitated by the TS-2501M, showcasing its advantages in terms of time and resource management.

Future Developments

Earth Pharmaceutical, alongside Atam Giken, is dedicated to advancing the automation of cleaning tasks within the caregiving sector. In addition to preparing for the MA-T-equipped machine's launch, the companies will also work on upgrading existing machines with similar functionalities. This collaboration promises to pave the way for a robust future within caregiving practices.

Understanding MA-T® Technology

MA-T® (Matching Transformation System®) stands as Japan's first oxidation control technology, engineered to generate stable, minute volumes of radicals as needed. It boasts impressive decontamination and deodorization capabilities while also prioritizing safety. The MA-T® technology has found its implementation across various sectors, including healthcare, dental care, food hygiene, hospitality, and airline services. In November 2020, the Japan MA-T Industrial Association was established to advocate for the social implementation of this technology, ensuring proper usage standards and quality assurance.

Recognition of Earth Pharmaceutical

Earth Pharmaceutical has received accolades for its MA-T initiatives, including the Prime Minister's Award at the Cabinet Office's Open Innovation Awards and the Minister of Land, Infrastructure, Transport and Tourism Award at the Japan Resilience Awards, underscoring its commitment to continued social advancement and innovation in disease control measures.