MiR100 Hook
Increase the efficiency of internal transportation tasks with an extended-payload MiR100 Hook mobile robot. MiR Hook 100 TM is a user-friendly and efficient mobile robot top module for fully automated pick-up and towing of carts in production, logistics and healthcare environments.
• Collects and delivers unlimited number of carts
• Enhances production flow to increase productivity
• Redeploys staff from pushing carts to higher-value activities
• Safely and efficiently maneuvers around people and obstacles
• Requires no changes to existing facility
• Provided with changeable hook gripper
• Needs no prior programming experience
In-Position Technologies is proud to support MiR and AutoGuide’s full line of Mobile Robots and is ready to help customers find the right robot for their application. With payload, and size variation, all of In-Position Technologies’ Robots are ready to hit the ground rolling for warehouse logistics automation.
Multiple Configurations Available (looking for something specific? Contact us for other options):
• Various Payloads
• Tugger/Stacker Configuration
Standard Options Include:
• AMR Capabilities
• LiDAR Scanners and Mapping Systems
• Zero invasive infrastructure
Examples of available custom features:
• WiFi Modules
• Custom Top Modules for various applications
• Supply Carts
When starting a Mobile Robot project, In-Position Technologies engineers review the applications’ key requirements to determine the optimum size robot for the job. They perform all necessary engineering calculations to make sure the robot performs as required, within customer specification, and without unnecessary cost. They will also recommend the appropriate top modules and accessories to best fit the application.
This includes:
• MiR Hooks for custom and existing carts
• MiR Pallet Lifts
• Pallet Docks
When ordering the MiR100 Hook mobile robot as a part of a full system, IP Tech engineers review the solution to ensure:
• All parts and accessories necessary for a complete working solution are included
• All components have been checked and verified to work together as a system
• The selected components will perform as required by the project specifications
