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FS010N
Kawasaki Robotics
Not yet assessed
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FS010N
Kawasaki RoboticsThe FS010N is a Kawasaki Robotics 6-axis industrial robot arm with a 10 kg payload, manufactured around 2000, paired with a C30F-A012 controller. It belongs to Kawasaki's broader R-series small-to-medium payload lineup and is designed for applications such as assembly, welding, machine tending, and material handling. The system operates autonomously once programmed — executing industrial tasks without a human performing or driving the task — consistent with standard industrial robot arm operation. Note: a significant portion of the extracted facts are irrelevant to the FS010N specifically (Tesla FSD pricing, agricultural subscription services, education robots), and those have been excluded from the reconciled picture.
Availability
Specification
- payload
- 10 kg
- physical_dimensions
- 67" x 59" x 49" (robot + controller package as listed)
Price
No public price — contact the supplier for a quote.
Good · Bad · Ugly
Evidence-graded claims from the Kawasaki Robotics deep report
Kawasaki's industrial robots perform reliably and autonomously in structured production environments (welding, palletizing, painting, wafer transfer)
Independent PLC community members on Reddit [16] confirm that simulation-validated performance of industrial robots is generally reliable in structured settings, corroborating Kawasaki's established 50+ year commercial track record across automotive, semiconductor, and logistics industries; however, exact per-model uptime or throughput figures remain unverified.
from Kawasaki Robotics deep report →
Kawasaki has 210,000+ robots installed worldwide
The 210,000+ figure comes from Automate.org, a trade association directory that likely sources data from Kawasaki's own submissions, and the conflicting older figure of 151,000+ on Crunchbase confirms neither count is independently verified.
from Kawasaki Robotics deep report →Kawasaki's CL Series collaborative robots (cobots) safely operate alongside humans
The CL Series cobot capability is confirmed only by Kawasaki's official product pages and commerce directory listings — no independent safety certification body, customer case study, or third-party reviewer is cited in the dossier to substantiate safe human-robot collaboration in real deployments.
from Kawasaki Robotics deep report →Kawasaki has established a Physical AI Center in San Jose, Silicon Valley for the social deployment of Physical AI robots
The Physical AI Center's establishment is confirmed only by Kawasaki's own official news announcements; no independent reporter, regulator, or third-party source verifies its operational status, scale, or any actual robot deployments emanating from it.
from Kawasaki Robotics deep report →Kawasaki's Pulseboard weld inspection technology is a patented innovation developed with Fives DyAG
The Pulseboard technology and its patent are referenced solely in Kawasaki's official news announcement; no independent patent database citation, third-party technical review, or customer validation of inspection accuracy or deployment at scale is provided in the dossier.
from Kawasaki Robotics deep report →
About the company
Editorial directory of real robot products from leading global manufacturers. Each entry links to the manufacturer's official page.
