Closer Inc. (Headquarters: Tsukuba, Ibaraki Prefecture, CEO: Shota Higuchi), with a mission to automate tasks using AI robotics technology, will be exhibiting at "FOOMA JAPAN 2022 International Food Machinery Exhibition" held at Tokyo Big Sight from June 7th (Tuesday) to June 10th (Friday). The exhibition will feature a demonstration of our robot system.

Exhibition Overview:

• Event Name: FOOMA JAPAN 2022 International Food Machinery Exhibition
• Dates: June 7 (Tuesday) – June 10 (Friday), 2022, 10:00 AM – 5:00 PM
• Venue: Tokyo Big Sight, Startup Zone 8S-17 (East Hall 8)
• Event Website: https://www.foomajapan.jp/

Exhibition Details:

We will be demonstrating a compact robot system optimized for automating tasks on production lines, specifically focusing on bulk picking of packaged products.

Features of the Displayed Product:

Compact Robot System for Production Line Automation: Our compact robot system is optimized for automating tasks on food production lines. It is easy to install and operate, and it allows for modifications to task content after installation.

• Feature 1: Compact System
  • The robot is compact, comparable in size to a human, allowing it to replace manual labor in existing spaces. It is movable, enables easy line reconfiguration, and does not require installation work. It is cost-effective and can be introduced into existing lines.
• Feature 2: Intuitive and Easy Operation
  • The robot controller features an intuitive screen design similar to a smartphone. No specialized knowledge or prior training is required, making it easy for anyone to use, including personnel on the production line.
• Feature 3: Versatile Applications
  • The system allows for easy changes in task content, even when handling different products in the morning and afternoon. Software updates enable additional features after installation.

Proprietary Robot Controller Development:

Closer has developed a cutting-edge robot controller to achieve automation of tasks that were previously difficult to automate. Each technical element of the robot controller is developed uniquely.

• Feature 1: AI Image Processing
  • Traditional image processing struggled with detecting overlapping objects, irregular shapes, and shiny objects due to lighting. Our AI image processing development overcomes these challenges.
• Feature 2: Motion Planning
  • Instead of repetitive actions through teaching, our system generates optimal robot movements without the need for teaching. It can automatically avoid interference based on the surrounding environment, enabling complex tasks like bulk picking.
• Feature 3: User Interface
  • We have developed an intuitive operation screen similar to mobile applications used on smartphones, facilitating easy operation.