Services and Solutions

Manufacturing Logistics Automation

Manufacturing logistics automation system that improves the efficiency of logistics operations in all areas of the manufacturing site

Service Overview

Miracom's manufacturing logistics automation service provides logistics automation services in every manufacturing stage, from material input to transfer, storage, and shipment at diverse shop floors.

  • Material Transfer Automation
    Conveyance automation that moves materials/semi-finished products from the current process (equipment/system) to the next process using autonomous equipment such as AGV, AMR, OHT, etc.
  • Material Storage Automation
    Automated storage of raw material, work-in-progress (WIP)inventory, or finished products before shipping
  • Warehousing/Shipping
    Automated input and shipping of materials and finished products using equipment such as AGVs, robots, and conveyors
  • Integrated Monitoring and Control
    An Integrated Intelligent Monitoring and Control System that allows for real-time monitoring of logistics movement data from factories and distribution centers to immediately recognize, analyze, and act on production/facility/logistics failures
    * AGV (Automated Guided Vehicle), AMR(Autonomous Mobile Robot), OHT(Overhead Hoist Transport)

Equipment/System

Implementation of automation of conveyance tasks that move materials/semi-finished products from the current process (machine/system) to the next process by utilizing either automated or autonomous equipment such as AGV, AMR, and OHT. By applying a system akin to autonomous driving technology, it improves efficiency through optimal route navigation, or following a predetermined path, without separate on-spot guidance and realizes safe unmanned delivery.

AGV AMR OHT

An unmanned transport machine that travel on predetermined routes to do repetitive tasks

A machine that’s not only self-driven, but can also choose optimal route using laser-based navigation and perception algorithms

An automated transport system that travels across overhead rails

Maximum utilization of ceiling space

  • AGV

    An unmanned transport machine that travel on predetermined routes to do repetitive tasks

  • AMR

    A machine that’s not only self-driven, but can also choose optimal route using laser-based navigation and perception algorithms

  • OHT

    An automated transport system that travels across overhead rails

    Maximum utilization of ceiling space

We efficiently implement storage automation in limited areas or spaces by utilizing equipment such as stacker cranes and multi-shuttle. Depending on the size of the product, it is divided into pallet or box type, and the optimal solution is selected and provided allowing for the customer's environment such as storage efficiency and processing volume.

Pallet Storage Type
Stacker Crane Shuttle

Handling Bulk Product (Pallet)

Automated palletizing, storage, and retrieval system with crane

High storage capacity in limited space

Crane throughput calculation considering inbound and outbound volume, storage volume, and floor height, etc.

Handling Bulk Product (pallets)

System that automatically receives/stores/releases pallets in racks via Shuttle

Maximum storage capacity in the same area

Type selection based on inbound and outbound volume, storage volume, movement, etc.

Box Storage Type
Shuttle Mini-Loader AutoStore

Handling Lightweight/Low-volume product (Bucket)

Shuttles and lifters enabling automated receiving/storage/retrieval system

Handling Lightweight/Low-Volume Product (Bucket)

Mini cranes enabling automated receiving/storage/shipping system

Handling Light/Low Volume Products (Buckets)

A system where robots automatically receiving/storage/shipping from the top of the grid

Pallet Storage Type

  • Stacker Crane

    Handling Bulk Product (Pallet)

    Automated palletizing, storage, and retrieval system with crane

    High storage capacity in limited space

    Crane throughput calculation considering inbound and outbound volume, storage volume, and floor height, etc.

  • Shuttle

    Handling Bulk Product(pallets)

    System that automatically receives/stores/releases pallets in racks via Shuttle

    Maximum storage capacity in the same area

    Type selection based on inbound and outbound volume, storage volume, movement, etc.

Box Storage Type

  • Shuttle

    Handling Lightweight/Low-volume product (Bucket)

    Shuttles and lifters enabling automated receiving/storage/retrieval systems

  • Mini-Loader

    Handling Lightweight/Low-volume product (Bucket)

    Mini cranes enabling automated receiving/storage/shipping system

  • AutoStore

    Handling Lightweight/Low-volume product (Bucket)

    A system where robots automatically receiving/storage/shipping from the top of the grid

Warehousing and shipment automation is classified into picking and sorting automation equipment, which utilize picking robots, sorters, and QPS to reduce human error and improve speed and accuracy.

Picking/Sorting Machine/System
Robot Picking Sorter (Automatic) QPS

Automated robotic picking by identifying product characteristics

Applicable to a variety of environments, from small products to boxes

Equipment that quickly recognizes barcodes on products and sorts them automatically

Deployment of the suitable type of sorter based on product shape, size, weight, throughput, etc.

A system that automatically transports boxes with goods to stations that require picking, and workers pick or sort by checking lighted indicators.

Minimizing worker movements and streamlining work loads

*QPS: Quick Picking System

We provide a 3D-based logistics site real-time monitoring/control system, including facility operation status, failure notification, and operation status visualization. (MiiT : Miracom Digital Twin Platform)
The system enables integrated field management from failure detection/analysis/action to real-time status/alarm data.

  • 1Logistics Monitoring

    Visualizing equipment uptime, failure notifications, and operational status.

  • 2Collection and Analysis of Logistics Movement Data

    System and Machine Interfaces

    Fault Analysis/Tracking

  • 3Intelligent Fault Detection/Countermeasure

    AI-based automatic detection utilizing parent system/CCTV

    Remote action for simple troubleshooting

    Real-time collaboration with warehouse workers

  • 1Logistics Monitoring

    Visualizing equipment uptime, failure notifications, and operational status.

  • 2Collection and Analysis of Logistics Movement Data

    System and Machine Interfaces

    Fault Analysis/Tracking

  • 3Intelligent Fault Detection/Countermeasure

    AI-based automatic detection utilizing parent system/CCTV

    Remote action for simple troubleshooting

    Real-time collaboration with warehouse workers

Why Needed?

Increased safety regulations, reduced production labor, and increased market competition intensify the need to automate manufacturing logistics.

  • Tightening Warehouse Safety Regulations
    • Tightening regulations for workplace conditions and worker safety increases the need for warehouse worker safety through logistics automation.
  • Reduced Production Labor
    • Fewer on-site workers due to declining productive age population and improved quality of life drives demand for logistics.
  • Increased market competition
    • Increased competition and diversified consumer demands drive logistics automation. Adopting logistics automation is necessary to improve work hours and productivity through adoption.

Key features

  • Feature 1. Consulting
    Warehouse automation planning through Preliminary consultation with specialized consultants
    • Years of experience to design automation systems tailored to each customer's warehouse
    • Calculating logistics automation equipment quantities, designing and arranging routes, etc., based on production volumes, inter-process logistics flows, LOB (Line of Balance), etc.
    • Analyzing design feasibility and return on investment through validation of simulation models
  • Feature 2. Solution
    Providing solutions to optimize manufacturing and logistics operations and deploying equipment
    • Optimizing logistics processing with integrated logistics management solution (MCS/WCS) linking MES and dispatcher
    • Deploying automated equipment fitted with proven solutions such as ACS (AGV Control System), CCS (Conveyor Control System), and SCS (Stoker Control System)
  • Feature 3. Maintenance
    Providing reliable maintenance services
    • Planning measures for both operation optimization and failure recovery by type of failure
    • Operating digital twin-based real-time control system (MiiT)
    • Ensuring operational stability with emergency contacts and organized emergency support

*MCS (Material Control System), WCS (Warehouse Control System), ACS (AGV Control System),
CCS (Conveyor Control System), SCS (Stocker Control System)

Customer Benefits

  • Smooth logistics flow and increased productivity by returning the right materials to the right place at the right time

  • Eliminating risk of input errors with management and automation tied to MES

  • Automating repetitive, structured tasks to streamline your workforce and shift to higher-value work

  • Securing manufacturing environments and mitigating legal risks by replacing high-risk, heavy-duty operations

  • Real-time management of logistics operations for immediate response to production issues and a collaborative environment

Customer Success Stories

  • A leading global memory chipmaker needed to maintain a high level of cleanliness when transporting wafers to each process manufacturing machines. To accomplish this, we built an automated wafer logistics system utilizing overhead hoist transport (OHT) facilities. They travel on their own according to the process sequence that each product must go through, and the central system control room handles the OHT routes, times, and movements, providing a bird's eye view of the movements of all OHT devices. The logistics automation system for the semiconductor manufacturing line enabled a smooth process flow, increasing semiconductor quality levels and production efficiency.
    A global secondary battery company had high manpower dependence due to the nature of battery manufacturing and proceeded many manual tasks. To address this, they used autonomous guided vehicles (AGVs) to improved process of assembly, notching, stacking, and so forth. They were able to increase the firm's productivity by semi-automating their electric vehicle battery production line, which helped the firm become profitable in battery business where cost reduction is difficult.
    A comprehensive online retailer built digital fulfillment centers (DFCs) in six offline stores to enhance sales competitiveness. By applying a model that automated some parts of the picking, sorting, and delivery process to each of brick-and-mortar stores, they were able to offer their customers "same-day delivery“, and "fresh delivery" (delivery within 2 hours of their neighborhood), as well as their first "drive-through" pickup service. Through Miracom's logistics automation, the customer has been able to speed up their work, minimize misclassification, and enhance their work efficiency.
    A domestic company specializing in manufacturing industrial fasteners was planning to relocate its product warehouse to a new site. Due to the nature of the product, high proportion of heavy goods made worker fatigue high and low storage efficiency low. There was issues that efficiency got lower due to paper-based logistics operations. In addition, the new site required about twice the storage volume as the current one in a limited space, so we proposed and built a stacker crane- a u t o m a t e d warehouse optimized for the customer's operation. This allowed them to maximize storage within their footprint, allowing for faster warehousing and releasing flow and enabling flexible logistics operations
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