AGV Product Delivery Date: The 2022 ROI Calculation

AGV Product Delivery Date
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AGV Product Delivery Date: The 2022 ROI Calculation


NEWS | BY KIVNON

AGV vendors must promise a delivery date with a guarantee not to exceed 180 days from purchase order to delivery.


The best automation solution on paper means nothing if it cannot be delivered in 2022. Even remarkable AGVs means nothing if manufacturers and logistics leaders cannot take delivery of the product until 2023. Too much emphasis has been placed on features, advantages, and benefits; too little attention has been paid to delivery dates. AGV vendors must promise a delivery date with a guarantee not to exceed 180 days from purchase order to delivery. Failing to provide that commitment is unacceptable. Solving the immediate challenges in production by delivering product by Q3 2022 and mitigating the hiring constraints plaguing industries must be the top priorities. The current state of the supply chain has exacerbated the situation.

Throughout industrial manufacturing, distribution, and logistics, the lead time from many AGV manufacturers is more than a year.

That means product ordered in Q1 2022 will not be delivered until the following year. That is an absurd lead time and reflects poor planning and introduces unnecessary supply chain constraints. 

Supply chain disruption

Several years ago, the decision might have been whether to use fork trucks or AGVs. The average delivery time for most new fork trucks is also 2023. Until now, the question from purchasing was which vendor could best demonstrate the fastest ROI and cost-justification.

AGVs’ ROI starts from the date of delivery and rapid installation.

Basic AGV solutions prove best option for 2022

One of the realities of moving materials on a production loop with many stops is that well-established, tried, and trusted AGV technologies solve the problem.  Likewise, most AGVs are needed for simple A to B location (such as dock to production cell) delivering raw materials or kitted solutions.

Help wanted… the great resignation continues

Years ago, the efficacy and merits of AGV technology had to be explained. Some feared that fork truck drivers would be replaced. Ask any manufacturer struggling to find workers right now; experienced fork truck drivers are part of the great resignation. Plant managers, purchasing and procurement, occupational health and safety professionals, and human resource managers are tasked with automation objectives, hiring objectives, and production quality and safety process improvement.  

Magnetic AGVs/AMRs: Problem solved

Some 2022 AGV (automated guided vehicle) and AMR (automated mobile robot) buyers are seriously considering purchasing magnetic propulsion solutions because they are tested, established and have worked well for more than two decades.  If there is a knock or complaint on this technology, it had to do with interruptions when the magnetic strip is damaged.

Until recently, this forced plant managers to seek tech support and on-site visits to ferret the location of the defective or damaged magnetic guide strip or RFID navigational waypoint, making necessary repairs.  This obstacle has been solved with a new cell phone app, FlexTag. It enables the customer repair damaged magnetic guidance strips and to replace, reprogram, or repurpose RFID navigation waypoints and can be performed without technical support or third party visits.  Removing that objection, the benefit of the magnetic AGVs/AMRs is they can be ordered and delivered in 2022, whereas many of the vision-guided and SLAM (Simultaneous Localization and Mapping) trucks are seriously backlogged into 2023 and beyond.

The FlexTag app is the first-of-its-kind solution to create, configure, and modify magnetic navigation circuits. This innovation is a critical accessory in the AGV/AMR space along with FlexMap, management software that allows users to create, configure, and map navigation circuits. Similarly, the Smartpad Application is designed to control and move automated guided vehicles (AGVs/AMRs) via a Bluetooth connection.

Original post from Automation.com

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