Autonomous mobile robots (AMRs) and Auto Guided Vehicles (AGVs) facilitate the autonomous transport of payloads around the required working environment without human assistance.
There are many types available offering range of capabilities from basic systems requiring infrastructure for navigation such as wires/tapes to intelligent vehicle that navigate without external infrastructure and have the intelligence to calculate the shortest or optimal route between pick and place points. Inappropriate selection can result in lengthy unproductive evaluations, workflow disruption and potential for degraded operational performance.
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A particular AMR/AGV may work well in one type of environment but may not be suitable for another. Overall performance can be seriously degraded by working environment conditions and operational requirements, for example:
Navigational accuracy/reliability impaired: E.g. vehicle deviates from path/stops or collides with objects
Traffic management not capable of meeting operational need: E.g. causes deadlocks
AMR/AGV may not be sufficiently robust for the environment: e.g. due to Floor surface, inclines, dust, temp, rain, snow, fog.
Stand-alone AMR/AGV systems deliver transportation efficiency but often they form only part of a solution for an application use case.
Case Studies
In the ever-evolving landscape of automation, Applied Integration takes a giant leap forward with the development of the Tranyst System, a cutting-edge interface designed to seamlessly connect AMR Fleet Manager software and autonomous mobile robots (AMRs).
The System Integrator (S.I) that Applied Integration supported on this project are the world’s largest independent flow computing system integrator focused on bespoke metering control systems and support for the oil and gas sector, working with upstream, mid-stream and downstream customers across the globe.
Hauling heavy loads of goods through factories and warehouses remains a highly repetitive and potentially dangerous task. Forklifts remain an ongoing contributor to workplace accidents. Forklifts cause around 85 fatal accidents a year, 34,900 accidents result in serious injury and 61,800 are classified as non-serious.
Applied Integration (AI) based in North Yorkshire, Stokesley have partnered with Tees Components to assist with the RSS Sir David Attenborough project.
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Hyve™, a Collaborative Autonomous Robot, is designed to discover advancements in formulation chemistry and biotechnology, specific for integration and automation in laboratory environments.
At the centre of the North Sea, on a rig surrounded by mile upon mile of ocean, one of Applied Integrations latest projects is set to reach fruition.
Applied Integration (AI) has worked and supported Coventry Hospital for over 12 years with helping to keep their vital systems maintained…
This week, we provided five Electrical Isolation and Earthing Interlocking panels for an overhead Crane Track for our UK client Sembcorp
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