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Robot manufacturers aiming to automate last-mile delivery, in-facility transport, and outdoor delivery; logistics and delivery companies considering the development of new automated delivery robots and autonomous mobile robots or the enhancement of existing models; logistics facility operators; mobility-related companies; system integrators; and new business development departments.

・Automation and labor-saving measures for last-mile delivery operations.
・Transportation of packages, materials, and goods using autonomous robots in logistics facilities, commercial facilities, factories, and urban areas.
・Planning, conceptual design, and enclosure design for industrial robots, with a focus on customizing cargo compartments and mounting areas to suit the items being transported and the operational environment.

This product is a development support project commissioned by Hakobot Co., Ltd.

This product features a design that separates the “Hakobase” driving unit—equipped with autonomous driving capabilities—from the cargo compartment, allowing the cargo compartment to be flexibly customized according to the delivery items and operational needs. In addition to excellent off-road capability and tight turning radius provided by four-wheel drive and four-wheel steering, the compact configuration—which houses the various sensors necessary for autonomous driving—allows for a design and chassis that balances functionality, expandability, and aesthetic quality.

In developing this product, we supported the client’s product development and commercialization by assisting with exterior design and chassis design, taking into account the robot’s technical requirements and operational conditions.

Robotics manufacturers, medical device manufacturers, hospital operating corporations, medical and healthcare providers, system integrators, and new business divisions that are exploring the development and commercialization of autonomous mobile robots (AMRs), medical transport robots, and in-hospital logistics systems with the aim of reducing labor requirements and automating transport operations in hospitals and medical facilities.

・Automation of tasks such as towing and transporting meal carts, IV stands, wheelchairs, and medical supplies within hospitals.
・Exploring the introduction of autonomous robots to reduce the transportation burden on nurses and staff and improve the efficiency of hospital logistics.
・Formulating concepts and product planning for medical and healthcare robots designed to perform functions tailored to specific applications, such as towing, lifting, and monitoring.

This product is a development support project commissioned by Haloworld Co., Ltd.

“ReFRO,” an autonomous mobile robot for hospitals, utilizes customizable AMR modules to tow and transport a variety of hospital supplies—such as meal carts, IV stands, and wheelchairs—depending on the application. Equipped with an interface operable via a tablet or similar device, it is designed to support the automation and streamlining of hospital transport operations.

For this product, our company provided support in concept development and product design. We organized the AMR technology into a business and product concept that clearly communicates its specific operational value in a medical setting, and brought it to life through concrete proposals that included the product’s appearance and usage scenarios.

Robot manufacturers, construction tech companies, construction firms, surveying and point cloud data providers, system integrators, and new business divisions seeking to explore the development of new robots, measurement devices, and commercial equipment utilizing 3D mapping technology, with the goal of digitizing construction sites, facilities, and infrastructure, as well as introducing and advancing autonomous robots.

・Acquisition and visualization of spatial information at sites—such as construction sites—where layout changes and environmental shifts occur frequently.
・Generation and updating of map data necessary for the operation of autonomous robots.
・Planning, design, and prototype development of robots and industrial equipment that support labor-saving and digitalization efforts at worksites through the use of remote control and 3D mapping technologies.

This product is a development support project commissioned by Haloworld Co., Ltd.

The “ReFRO360” spatial scanning robot is a product equipped with 3D mapping capabilities that support remote operation and real-time measurement, as well as map-generation functions for autonomous mobile robots. Even at construction sites where the environment and layout are prone to change, it assists in preparing the map data necessary for robot operations and promotes the use of robotics on-site.

In the development of this product, our company provided support for industrial design, enclosure design, and prototype manufacturing. Taking into account technical requirements such as 3D mapping and remote operation, we designed the appearance and structure of the robot for on-site use and contributed to achieving a balance between functionality and product quality by participating in the production of the prototype.

Manufacturers, construction-related companies, robotics vendors, system integrators, and new business divisions that are exploring the development of new autonomous mobile robots, cleaning robots, and commercial equipment—as well as the enhancement of existing products—with the aim of reducing labor and automating on-site operations at construction sites, factories, logistics facilities, and other locations.

・Automation and labor-saving measures for cleaning operations at construction sites, including the removal of dust, gravel, concrete debris, wood chips, screws, nails, and other materials.
・Planning, design, prototyping, and mass-production development of industrial robots utilizing autonomous navigation technology, as well as equipment adapted to on-site environments.

This product is a development support project commissioned by Tokyo Machinery Works.

This product is an industrial robot designed to autonomously navigate and clean large spaces such as factories, warehouses, and construction sites. It can collect a wide variety of debris scattered across the site, ranging from dust, sand, gravel, nails, and paper scraps to items as large as plastic bottles. With a cleaning capacity of up to 1,170 square meters per hour and a large-capacity 35-liter dust bin, it can operate continuously for approximately 4.5 hours. By automating routine cleaning tasks, it helps reduce the workload on workers, ensure consistent cleaning quality, and address labor shortages.

In developing this product, we took into account the functions and operational conditions required for cleaning work at construction sites. We provided end-to-end support—from product design and enclosure design to prototyping and mass production—and contributed to bringing the product to market.