Semiconductors

  • We provide an OHT (Overhead Hoist Transporter) operation solution, which is the core automated material handling system of semiconductor fab.
  • DAIM Research's OHT Management System (OMS) provides an optimal solution by fusing mathematical optimization technology and reinforcement learning based artificial intelligence technology.
  • Specifically, in the case of unexpected congestion, our solution relieves the traffic by automatically presenting a route detour. This feature eliminates the need for engineers to manually monitor any congested areas and also delivers a performance superior to the engineer's manual solution.
  • In addition, smart functions such as OHT's vehicle swapping and optimal movement to idle areas are installed to ensure an increase in overall operational efficiency.
  • When using DAIM Research's OMS AID solution, the dedicated IoT sensor detects anomalies, and OHT with a suspected performance problem is excluded from work assignment or automatically dispatch so that the work proceeds in an easy-to-maintain place.

Rechargeable Batteries

  • It is difficult to verify proper design and evaluate automated material handling systems efficiency in secondary battery manufacturing where various process facilities and logistics robots coexist.
  • DAIM Research verifies the pre-design of various automated material handling systems such as various AGVs, AMRs, STKs, and conveyors in the secondary battery plant, and provides Integrated automated material handling system solutions.
  • Based on DAIM Research's digital twin emulator, it guarantees high consistency of design verification and operational efficiency for rechargeable battery factories where various logistics robots coexist.
  • By finding the bottleneck in the factory, we prevent overinvestment in facilities and overcome the limitations of factory design by improving the automated material handling system.

Automobile

  • The automotive industry requires the supplying of numerous parts and custom production to meet the diverse demand.
  • DAIM Research provides automated material handling system operation solutions that can maximize the utility of this flexible production system.
  • By optimal supplying of parts to minimize delays in vehicle production and selecting workstations to reduce production gaps, DAIM Research maximizes factory productivity through optimal automated material handling system operations.

Flat Panel Display

  • We provide the operation solution and Integrated automated material handling system of the STK system used in flat panel displays such as LCD, OLED, and LED.
  • In the case of flat panel displays, technology to efficiently control the material flow of the entire factory is required along with the operation of a stacker crane operated through rail guides.
  • DAIM Research provides an optimal automated material handling system layout design through mathematical modeling and simulation technology in the design stage of flat panel display fab. This provides an optimal operation solution for stacker crane system.
  • It contributes to the value realization of client through solutions that can optimize the overall material flow as well as the operational efficiency of the stocker system.

Manufacturing automated material handling system
(Warehouse in manufacturing facilities)

  • In order to efficiently respond to customer demands, warehouses must solve problems such as optimal layout design, workstation arrangement, rack configuration, and bin configuration within the rack.
  • DAIM Research provides system design analysis of the warehouses, evaluations on the automated material handling system efficiency, and optimal design proposals.
  • The optimal rack configuration and bin configuration is determined by solving the problem of rack selection and AGV/workstation assignment for efficient automated material handling system flow.
  • It solves problems such as segment blocking within the AGV system, deadlock avoidance, bi-directional section control, and battery management while taking the overall automated material handling system efficiency of the factory into consideration.
  • We also provide an evaluation on operational efficiency and optimal operation solutions for 3D warehouse systems suitable for Micro-Fulfillment Centers in the city.