Announced details
Approximately 30% reduction in engineering workload compared with the company’s past results
Reduction in post-installation work from approximately 70 days to approximately 35 days (50% reduction)
Potential reduction in engineering workload from the usual approximately 6–7 months to as little as approximately 4.5 months (approximately 30% reduction)
The disclosure states that Franka Robotics and Dobot robots have actual market deployment records. One robot is assumed for the implementation in this test.
リョーサン菱洋 and NTT Corporation jointly conducted the demonstration test. リョーサン菱洋 is a distributor for Franka Robotics and Dobot, while NTT Corporation provided the technology for softwarizing industrial network functions and IOWN APN.
Location, representative, capital and year of establishment: not disclosed. A company providing IOWN APN and technology for softwarizing industrial network functions.
Server: Musashino, Tokyo, Industrial robot: Yokosuka, Kanagawa Prefecture
No specific impact on sales or profit is disclosed. Potential future benefits include reductions in equipment costs and wider adoption of industrial robots.
The company does not address Contract Value / Offering price.
Average workload based on the company’s past results
| Item | Details |
|---|---|
| Names of Products / Services Covered | System for remotely controlling industrial robots over IOWN® APN (All-Photonics Network), ROS 2-based common framework using ROS™, Technology for softwarizing industrial network functions, Franka Robotics industrial robots, Dobot industrial robots |
| Counterparty | NTT Corporation |
| Counterparty overview | Location, representative, capital and year of establishment: not disclosed. A company providing IOWN APN and technology for softwarizing industrial network functions. |
| Relationship with the Company | リョーサン菱洋 and NTT Corporation jointly conducted the demonstration test. リョーサン菱洋 is a distributor for Franka Robotics and Dobot, while NTT Corporation provided the technology for softwarizing industrial network functions and IOWN APN. |
| Applicable area | Production lines in the manufacturing industry, Production lines in the food industry, Production lines in the cosmetics industry, High-mix, low-volume production at small and medium-sized factories |
| Location | Server: Musashino, Tokyo, Industrial robot: Yokosuka, Kanagawa Prefecture |
| Quantitative Effects | Approximately 30% reduction in engineering workload compared with the company’s past results, Reduction in post-installation work from approximately 70 days to approximately 35 days (50% reduction), Potential reduction in engineering workload from the usual approximately 6–7 months to as little as approximately 4.5 months (approximately 30% reduction) |
| Usage history | The disclosure states that Franka Robotics and Dobot robots have actual market deployment records. One robot is assumed for the implementation in this test. |
| Impact on Business Performance | No specific impact on sales or profit is disclosed. Potential future benefits include reductions in equipment costs and wider adoption of industrial robots. |
| Source | Average workload based on the company’s past results |
Items this document does not state (8)
These are items the company does not state in this document. We do not leave them blank, nor fill them in from other sources or by inference.
The reasons the company gives
The company's own explanation, not something inferred from the numbers.Robot work models and manufacturer-specific protocol drivers were registered as templates on the server, while a ROS 2-based common framework and NTT’s technology for softwarizing industrial network functions were used.