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Automating the transportation of people and goods within a facility.

We achieve automated transport that balances safety and efficiency within a premises where people, vehicles, and equipment coexist.

Increasingly complex in-plant transportation

Amidst the ever-changing environment surrounding in-plant transportation, including labor shortages and increasingly sophisticated safety measures,
More sophisticated on-site design is required.

Personnel acquisition and personalization

Personnel acquisition and personalization

In addition to labor shortages, operations tend to become dependent on specific workers, making stable operation difficult.

Safety risks and hazardous work

Safety risks and hazardous work

Tasks that involve accident risks, such as nighttime work and handling heavy objects, tend to remain on-site.

Impact on the process

Impact on the process

Delays in material handling can cause stagnation or delays in upstream and downstream processes, impacting overall productivity.

Operational and cost constraints

Operational and cost constraints

Providing 24-hour support and flexible responses to fluctuations in workload are difficult, and there are limits to how much efficiency can be improved.

We will solve these problems through automation.

Solutions that address diverse challenges and needs

We will provide the most suitable proposal based on your intended use and the condition of your existing equipment.
We offer flexible solutions, from introducing complete vehicles to utilizing them according to specific applications.

Navya Mobility AT135

Complete vehicle type (immediate deployment model)

autonomous driving vehicles specialized in towing and transport

autonomous driving vehicles suitable for on-site transportation and towing applications. Designed for stable operation on regular routes, they are intended for deployment in airports, factories, logistics centers, and other locations.

Maximum towing capacity of 25 tons
Designed for traction and transport along regular routes.
Integration with remote monitoring and operation management
Click here for details on Navya AT135
Navya Mobility AT135
Applied EV

Applied EV

Platform type

autonomous driving platform configurable according to application.

An autonomous driving platform based on the Software Defined Vehicle (SDV) concept. Its superstructure and functions can be configured according to the application, supporting diverse deployments such as last-mile delivery and industrial applications.

Tabletop EV without a cabin
Flexible modular design
Compatible with Macnica Fleet Management Systems
Click here for details on Applied EV

Automation of existing vehicles

Utilization of existing vehicles

Automation utilizing current vehicles

This approach involves adding sensors and control systems to existing on-site vehicles to automate the process. It allows for phased implementation while utilizing existing equipment.

Utilization of existing assets
Phased implementation
cost optimization
View list of automation solutions
Automation of existing vehicles

We can accommodate a wide range of needs, from introducing complete vehicles to customizing existing vehicles to suit specific applications.

Solutions to support automated in-plant transport

In addition to introducing individual vehicles, depending on the application and existing facilities,
We also offer customization options that combine the necessary functions.

Automation software

Automation software

We provide the software necessary for autonomous driving, including driving control and route management.

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Remote management

Remote management

We remotely monitor and manage the condition and operation status of vehicles.

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ECU

ECU

This is the core unit that integrates various devices and is responsible for vehicle control.

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simulation

simulation

Before implementation, we will reproduce the driving environment and operating conditions and conduct verification.

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Drive-by-Wire

Drive-by-Wire

The vehicle's steering, acceleration, deceleration, and control are electronically managed to achieve autonomous driving.

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Various sensors

Various sensors

Sensors such as LiDAR and cameras are used to recognize the surrounding environment.

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Flexible customization is possible to suit the specific needs of the site.

We can also provide consultation regarding the configuration and implementation methods.

I would like to discuss automating on-site transportation.

Implementation Process

The procedure will vary depending on the vehicle and its intended use,
Macnica provides comprehensive support from design and implementation to operation, while selecting the optimal method for your needs.

STEP1|Site organization/application judgment
STEP 2 | Design and Verification
STEP 3 | Operation Start and Expansion
Streamlining of workflow and operations
Streamlining of workflow and operations
Examination of application methods
Examination of application methods (complete vehicle / component type / existing vehicle)
Setting the scope of implementation
Setting the scope of implementation
2-4 weeks
System Configuration Design
System Configuration Design
Safety design and control design
Safety design and control design
Small-scale demonstration and verification
Small-scale demonstration and verification
1-3 months
Establishment of operational system
Establishment of operational system
On-site adaptation and improvement
On-site adaptation and improvement
Number of units and area expansion
Number of units and area expansion
Implemented in stages

Please feel free to contact us for a consultation.

We will propose the most suitable implementation method based on the specific circumstances of your site.
Please feel free to contact us for a consultation.