By Alberto Moel (Vice President Strategy and Partnerships)
The nitty-gritty on how we estimate the minimum safe human-robot distance: manufacturer-provided stopping time and distance data.
Read MoreBy Alberto Moel (Vice President Strategy and Partnerships)
The nitty-gritty on how we estimate the minimum safe human-robot distance: manufacturer-provided stopping time and distance data.
Read MoreBy Alberto Moel (Vice President Strategy and Partnerships)
We look at how the buffer area between the robot and an approaching human changes with robot velocity and how the use of fences impacts workcell design.
Read MoreBy Alberto Moel (Vice President Strategy and Partnerships) and Clara Vu (CTO / co-founder), Veo Robotics
In today’s post we look in depth at some simple SSM collaborative applications and debunk this notion that “collaborative” = “fenceless.”
Read MoreBy Pritha Vijay, Director, Product, Veo Robotics
In order to reduce downtime, improve productivity, and boost revenue, a parts manufacturer decided to work with Veo Robotics to design a machine tending workcell using FreeMove.
Read MoreBy Alberto Moel, Vice President Strategy and Partnerships, Veo Robotics
There is (in theory and in practice) a “best,” most productive combination of humans and machines working together.
Read MoreBy Alberto Moel, Vice President Strategy and Partnerships, Veo Robotics
Productivity in manufacturing has hit a wall. Jumping over this wall will require novel approaches to introducing flexibility in factories and workshops.
Read MoreBy Alberto Moel, Vice President Strategy and Partnerships, Veo Robotics
Coupled with mass customization and SKU proliferation, shorter product life cycles force manufacturers to continually shift production profiles very quickly. Stick demands for consistently high-quality products on top and you get the perfect storm.
Read MoreBy Alberto Moel, Vice President Strategy and Partnerships, Veo Robotics
Over the last couple of decades, as a result of changes in demand, competition, and market pressures, manufacturing has become a more complex and fraught affair requiring increased flexibility with a narrower margin of error.
Read MoreBy Alberto Moel, Vice President Strategy and Partnerships, Veo Robotics
Using tools like the Veo FreeMove system, you will be able to automate the tasks that are most efficiently done by machines while retaining the flexibility of human workers to safely manage tasks that require adaptability, dexterity, and judgment.
Read MoreBy Alberto Moel, Vice President Strategy and Partnerships, Veo Robotics
In this final part of the case study, we’ll dig a bit deeper into how the Veo FreeMove solution’s quicker and lower cost design, development, and implementation has benefits when it comes to reconfiguring (i.e., recommissioning) the palletizing workcell.
Read MoreBy Alberto Moel, Vice President Strategy and Partnerships, Veo Robotics
How do the economics of an operational Veo FreeMove palletizer stack up? In particular, what kind of flexibility does the Veo approach enable, and how much is that flexibility actually “worth” to the end-user?
Read MoreBy Alberto Moel, Vice President Strategy and Partnerships, Veo Robotics
This first part of our palletizing case study outlines the circumstances and conditions of the case and discusses how the Veo FreeMove solution requires much lower capital expenditures and results in shorter payback while providing the best operating metrics.
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