The Next Generation of Micro-fulfillment with Yegor Achyshkin (Instock)
Micro-fulfillment is a dynamic space that involves automated facilities, usually smaller than 10,000 square feet, for efficient order fulfillment.
The landscape of micro-fulfillment solutions includes various goods-to-person systems that aim to optimize storage density and throughput.
Instock is a micro-fulfillment solution that uses robots driving on the floor, ceiling, and vertical walls to maximize space utilization.
The system is designed to be highly flexible, fitting into existing real estate, and allowing customers to try it out as a service.
Instock's approach focuses on software complexity, simplifying the hardware, and enabling easier installations.
The system's flexibility and lower cost compared to traditional solutions make it more accessible for retailers to deploy in various locations.
The robots in the Instock system can operate both inside and outside the grid, enabling innovative applications and easy integration with other automation technologies.
The unique magnetic suspension system allows the robots to move smoothly on various surfaces without the risk of falling.
Instock is expected to be available for customers within the next six to nine months.
The Next Generation of Micro-fulfillment with Yegor Achyshkin (Instock)
Micro-fulfillment is a dynamic space that involves automated facilities, usually smaller than 10,000 square feet, for efficient order fulfillment.
The landscape of micro-fulfillment solutions includes various goods-to-person systems that aim to optimize storage density and throughput.
Instock is a micro-fulfillment solution that uses robots driving on the floor, ceiling, and vertical walls to maximize space utilization.
The system is designed to be highly flexible, fitting into existing real estate, and allowing customers to try it out as a service.
Instock's approach focuses on software complexity, simplifying the hardware, and enabling easier installations.
The system's flexibility and lower cost compared to traditional solutions make it more accessible for retailers to deploy in various locations.
The robots in the Instock system can operate both inside and outside the grid, enabling innovative applications and easy integration with other automation technologies.
The unique magnetic suspension system allows the robots to move smoothly on various surfaces without the risk of falling.
Instock is expected to be available for customers within the next six to nine months.