Synchronized Internal Logistics

Adopt a flow improvement model and digitize logistics


Logistics-related issues are the leading cause of production delays in manufacturing companies, with an average impact of more than 15% on productivity. Traditionally, companies tend to invest in storage space, complex automated systems, human resources, and quality checks.


On the other hand, the adoption of the flow improvement model, together with the digitization of logistics, enables companies to address customers’ new requirements: faster, more flexible, more granular, more accurate and more efficient.

KAIZEN™ Solution

A solution that combines best-in-class lean principles with digital tools

Autonomous Guided Vehicles

Autonomous Guided Vehicles (AGVs) used to automate the Mizusumashi transport operations

RFID

RFID for traceability inside and outside the factory

Warehouse Management System

Autonomous warehouse management system with real-time connection to production and customer data

Automated Material Storage

Automated material storage and retrieval systems

Flexible Shelf Management

Flexible shelf management with random location

Pick-to-light & pick-by-voice

Pick-to-light and voice systems

Drone Inspection

Drone-based inventory inspection

Digital Twin

Digital twin to design optimal warehouse operations by simulating different scenarios and technologies

Autonomous Guided Vehicles (AGVs) used to automate the Mizusumashi transport operations

RFID for traceability inside and outside the factory

Autonomous warehouse management system with real-time connection to production and customer data

Automated material storage and retrieval systems

Flexible shelf management with random location

Pick-to-light and voice systems

Drone-based inventory inspection

Digital twin to design optimal warehouse operations by simulating different scenarios and technologies

Ready to start?

Find out what are the key opportunities in your processes by conducting a diagnosis workshop

Key Outcomes

Agile supply chain

Efficient operations

Accuracy