Automatic Guided Vehicle

NAVIGATION
METHODS

WEWO Techmotion supplies your complete AGV system.

From the development of the vehicle to navigation equipment
From energy management to control software

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As an expert in the field of automated guided vehicles, WEWO Techmotion is always looking for the most effective way of navigating. Decisive factors for the right navigation method are the environment, the functionality of the AGV and the desired dynamics.

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Navigation method for your AGV

Moving unmanned vehicles safely in a manned environment. This requires knowledge and expertise. Fortunately, WEWO Techmotion has both knowledge and expertise in equal abundance. Depending on your situation and your personal wishes, we will recommend the right navigation method for your AGV, namely natural navigation, laser guidance, line guidance or rail guidance. And rest assured, whichever method you choose, the AGV’s interaction with the environment and your staff will be safe.

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Natural navigation
Laser guidance
Line guidance
Rail guidance

One contact for the total concept, from a to z.

One central contact

Concept designing

Technical realisation

Services & maintenance

Automated pallet handling in the food industry
Stockmeyer

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An AGV Move for Kornelis
Kornelis

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AGV navigation

WEWO Techmotion always looks for an optimal way of navigating. This is different for each situation, and several factors are decisive for this. Consider for example the environment, the functionality of the AGV and the desired dynamics. Broadly speaking, we distinguish the following ways.

Natural navigation
Natural navigation uses structures and contours in the environment as a reference for positioning. This means that no new infrastructure is needed, such as inductive wires, magnets or reflectors. This navigation method uses structures and contours, possibly in combination with basic reflectors. The use of these types of reflectors ensures the best possible positioning.

Laser guidance
When opting for laser guidance, a laser scanner is installed on top of the AGV. This scanner scans the environment for reflectors. The AGV then converts the data from the laser scanner into the position of the AGV using a triangulation algorithm (measurement method). The position is subsequently confirmed using dead reckoning (measurement method). This process makes laser guidance and extremely accurate way of navigating.

Line guidance (optical/magnetic)
When using line guidance, an optical or magnetic scanner is mounted on the automated guided vehicle. The camera determines the location of the line in the image and uses this to position the vehicle. Thanks to 2D codes, the camera can receive commands and position the AGV in the driving direction.

Rail guidance
Rail guidance is the most robust but also the least flexible method of guidance. This is because the AGV follows a fixed route, which is defined in advance.

Automated guided vehicles with the right navigation method

Are you looking for automated guided vehicles, i.e. AGV, combined with the right navigation method? WEWO Techmotion likes to think along with you. Challenge us, make your wishes known and schedule a no-obligation consultation!