大喜産業 Official site

- Robot solutions focused on coexistence with humans -

■Easy operation with general-purpose terminals No special knowledge of programming is required, and it can be easily operated with an intuitive interface. ■High expandability Various top modules can be installed, such as for transporting pallets and racks, towing carts, conveyor integration, and collaboration with robots. ■MiR Software Add-ons are available, including software to manage multiple robots and optimize their movements, as well as charging stations that allow robots to autonomously recharge. Fleet…Software that centrally manages up to 100 MiRs and prioritizes commands for multiple MiRs for centralized control. Insights…Allows for monitoring and analyzing the movements of robots managed by Fleet through heatmaps, providing visualization. *For more details, please refer to the materials. Feel free to contact us with any inquiries.

Automating transportation operations within the facility increases productivity! Easy to implement with no special programming knowledge required.

【Features】 ■ Operable with general-purpose terminals ■ Selectable from four lineups according to transport weight ■ Software to manage multiple robots and optimize their movements, as well as add-ons like charging stations where robots can autonomously recharge 【We have demo units available!】 At Oki Industry Osaka Lab Takami DC (Yao City, Osaka Prefecture), we have actual units of 《MiR250》《MiR250Hook》《MiR1350》! At Oki Industry Tokyo Lab (Kawaguchi City, Saitama Prefecture), we have demo units of 《MiR250》《MiR250Hook》! Please take a moment to see MiR in action (*^-^*) *For more details, please refer to the materials. Feel free to contact us as well.

★We have demo units available★ Automate transportation tasks within your facility to increase productivity! Easy to implement with no special programming knowledge required.

【Features】 ■ Operable with general-purpose terminals ■ Selectable from four lineups according to transport weight ■ Software to manage multiple robots and optimize their movements, as well as add-ons like charging stations that allow robots to autonomously recharge 【We have demo units available!】 At Daiki Sangyo Osaka Lab Takami DC (Yao City, Osaka Prefecture), we have actual units of 《MiR250》《MiR250Hook》《MiR1350》! At Daiki Sangyo Tokyo Lab (Kawaguchi City, Saitama Prefecture), we have demo units of 《MiR250》《MiR250Hook》! Please take a moment to see MiR in action (*^-^*) *For more details, please refer to the materials. Feel free to contact us with any inquiries.

Automation of transportation operations within the facility increases productivity! Easy to implement without the need for special programming knowledge.

【Features】 ■ Operable with general-purpose terminals ■ Selectable from four lineups according to transport weight ■ Software to manage multiple robots and optimize their movements, as well as add-ons such as charging stations that allow robots to autonomously recharge 【We have demo units available!】 At Daiki Sangyo Osaka Lab Takami DC (Yao City, Osaka Prefecture), we have actual units of 《MiR250》《MiR250Hook》《MiR1350》! At Daiki Sangyo Tokyo Lab (Kawaguchi City, Saitama Prefecture), we have demo units of 《MiR250》《MiR250Hook》! Please come and see the MiR in action (*^-^*) *For more details, please refer to the materials. Feel free to contact us with any inquiries.

- Goodbye control panel - A dedicated model of the top module for the autonomous mobile robot (AMR) 'MiR' is now available for smartPLC.

1★Easy Installation! Designed specifically for MiR, making installation simple. The MiR robot only requires a power cord and a LAN cable. No complicated setup is needed. 2★Utilization of PLC Registers You can read and write to the PLC registers equipped in MiR, allowing you to manage I/O input and output from the robot. 3★12 Points of Input/Output The I/O on MiR consists of 4 points each for input and output. By using smartPLC, you can expand this to 16 points of input and output. 4★Compact Design When designing the top module, the dimensions of control devices make it difficult to achieve a low-profile design. Using smartPLC makes it possible to achieve miniaturization.