Smart factory. Modern factory on the example of VERSABOT implementation in Faurecia Frames
Smart Factory. Implementation of VersaBox robots in the Faurecia factory
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ITM Industry Europe. Intuitive machine-to-human-to-machine process control
FANUC, APA Group and VersaBox will showcase an innovative cooperation process based on the concept of Industry 4.0 during the ITM Industry Europe fair in Poznań (31.08 - 3.09.2021).
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Heavyweight AMR - VERSABOT 1500
VERSABOT 1500 is a new AMR in the VersaBox catalogue. Find out what transport capabilities it can offer and what makes it an even better robot than its predecessors.
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Run at rate before entering a production hall, or virtual AMR implementation tests
Simulation of an AMR implementation allows you to test any and all intralogistics processes before robots are deployed into the warehouse or production hall. Find out more!
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Does every factory have to have a digital twin?
The virtual twin of a factory is a representation of the production hall, its equipment, and machines in the form of a digital model. Should every factory have one?
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Are AMRs eco-friendly?
Find out how autonomous robots help minimise our harmful impact on the environment.
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Intralogistics 4.0. Glossary of terms - part II
What is a manufacturing cell and what are intralogistic trains for? We explain the most difficult terms associated with the use of AMRs.
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How does VersaBox do it? Comprehensive AMR implementation
VersaBox has created a system that allows customers to easily switch from traditional intralogistics to using AMRs. The solution is flexible and extensive.
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AMRs operate as a team, or how simulation supports intralogistics processes
The VERSABOT fleet is a team of autonomous, digital collaborators, managed by a central system.
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5 things you need to know before buying an AMR
Although AMRs have great potential, they’re not a magic...
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Epidemiological safety and robotisation
The COVID-19 pandemic has caused significant changes in industry and trade, which have sparked a new interest in automation and robotisation.
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Top 3 processes to be automated using AMRs
AMRs most commonly perform the same kind of task - collect a payload at point A, transport, and deliver it at point B.
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Safety standards in the context of robotisation using AMRs
The presence of a robot forces an improvement in order, cleanliness, work organisation, and changes people's approach to the use of shared spaces.
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Implementing Smart Intralogistics
This white paper presents an overview of data driven implementation process of AMR based smart intralogistics.
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