MAMO teams up with AIBO to advance intelligent automation
MAMO plans to leverage its commercialization capabilities, market development resources and operational experience to support the introduction, localization, deployment, and scaling of robotic systems across commercial, retail, service and selected industrial environments.
Massimo Group (MAMO) has announced that it has entered into a strategic cooperation agreement with Shenzhen AIBO Robotics Co, a Chinese company specializing in intelligent service robots. The agreement is intended to support MAMO’s expansion into intelligent commercial automation, robotic service systems and AI-enabled equipment upgrades, with an initial focus on the United States and China.
Under the agreement, MAMO plans to leverage its commercialization capabilities, market development resources and operational experience to support the introduction, localization, deployment, and scaling of robotic systems across commercial, retail, service and selected industrial environments, according to a media release.
MAMO also intends to evaluate opportunities to utilize its US-based assembly, manufacturing support, and technical service capabilities to support localization and deployment of robotics-related products in the North American market.
AIBO is expected to serve as a strategic robotics technology and equipment partner, subject to project-level evaluation, technical validation, and mutually agreed commercial terms.
In addition, MAMO intends to explore the application of intelligent automation and AI-enabled system upgrades to its existing golf cart and related vehicle platforms, the media release said.
“This strategic partnership represents an important step in MAMO’s long-term platform expansion strategy,” said David Shan, Chief Executive Officer of MAMO. “By combining AIBO’s robotics technology with our strengths in commercialization, deployment execution, electromechanical integration, U.S.-based assembly capabilities, and existing vehicle platform experience, we believe MAMO is positioned to evaluate practical automation applications across a range of real-world environments, including the potential intelligent upgrading of selected golf cart and utility vehicle platforms.”


