三機 Creative Lab Official site

Would you like to improve inter-process transportation and aim for efficiency through the collaboration of collaborative robots and serving robots (small AMRs)?

Sanki Co., Ltd. has started operations as a retailer.

We will exhibit at Mechatrotech Japan 2023 in October! We will showcase a collaboration between collaborative robots and serving robots, as well as AI visual inspection!

≪ Mechatrotech Japan 2023 (Abbreviation: MECT2023) ≫ □ Date: October 18 (Wednesday) - October 21 (Saturday), 2023 □ Time: 10:00 AM - 5:00 PM; on the final day, October 21 (Saturday), until 4:00 PM □ Venue: Port Messe Nagoya, New Hall 1, Hall 2, Hall 3 □ Admission Fee: 1,000 yen per person / 500 yen per person for groups of 10 or more (both include tax) However, pre-registered attendees, international visitors, and students are free *If you have any inquiries regarding our products, please feel free to contact us. 【Contact Information】 Person in charge: Yoshida Email address: katsuhiko_yoshida@sanki1948.co.jp Phone number: 070-6410-3706

This collaborative robot can broadly meet customer needs in terms of portable weight, safety, convenience, and cost-effectiveness, thanks to its rich lineup.

■Flexible Deployment Ready to Use Immediately The CR series collaborative robots feature a simple design and straightforward wiring. Installation is completed in 20 minutes after unpacking, and they are ready for use in one hour. They can be deployed flexibly, saving time and enhancing efficiency. ■Wireless Interconnectivity Complete Control The CR series can be directly controlled using smart devices such as mobile phones and tablets, featuring low latency and high immunity levels. It supports control on Android, iOS, Windows, and other platforms. ■User-Friendly Free Operation With just the push of a button, you can teach pulling, record and reproduce trajectories, and freely operate custom clamps and devices such as grippers and suction cups. It is user-friendly, allows for free operation, and enables simultaneous system-linked debugging. ■Open Ecosystem Flexible Expansion Loading/unloading, assembly, detection, transportation, screwing, grinding, spraying, etc. To achieve the above applications, it often requires the implementation of various end tools.

The three machines will propose automation of visual inspection utilizing "RoxyAI."

**Features of RoxyAI** 1. Visualization of AI Personality (Perception) The performance of AI cannot be measured by numbers alone. RoxyAI visualizes the personality of the AI. 2. Understanding AI's Perception (Palpation) By tracing the areas of missed detections or over-detections with a mouse, you can confirm how the AI perceives them. When a defect is detected, the mouse vibrates (when using a compatible mouse), allowing you to gauge the AI's confidence level by the intensity of the vibration. 3. One-Click Annotation for Defective Areas You can simply click on the defective area, even if it slightly overlaps, and the AI will recognize it. In typical AI visual inspection software, it is necessary to indicate the defective areas accurately. 4. No Need for AI Engineers Anyone capable of visual inspection can easily create AI in a short time. Instead of focusing on parameter tuning, the process emphasizes improving accuracy, allowing for easy and instant adjustments to precision even after operations have begun. 5. Learning AI with Normal Products and a Few Defective Ones The required sample size is about 100 normal products and approximately 30 defective products per type. Additionally, it can detect unknown defects as anomalies even if they have not been previously learned.