When determining which system is right for your application, it can be difficult to visualize the impact of IMU selection on total system performance. Our goal in this paper is to show how the quality of the IMU affects the end-use system via several real-world tests.
The future of fresh, fast food is in robotics. In the not-so-distant future, robotic food automation systems will line the checkout areas and hallways of our major retailers, food courts, airport terminals, hospitals and universities.
Paperless automation saves space, money, and boosts security. The ease of transferring information while promoting the environmentally sound choices makes this process logical for all manufacturers, particularly food manufacturers.
"Robotics-as-a-service" is a model in which customers purchase automation on an "as-needed" basis. This could be monthly pricing or usage-based pricing. Upfront costs are typically negligible or non-existent.
When you sell a robot, the amount of additional required pneumatic components, sensing products, vision inspection systems and machine safety products can cost as much or more than the robot itself. Every robot sold has an exponential economic ripple effect.
Last month, Stäubli introduced 5 new models of tool changers to round out our MPS product line. These new models open up much of the smaller payload robots to using tool changers.
Conversion from a Neon CL board to an Axion board is quite simple. The connectors are the same, so cabling won't be an issue. Simply swap out the boards, upgrade the SDK to the most recent version available on our website, recompile your code and you are good to go.
The Boxed Bot is extremely flexible, allowing an operator to design and produce exact pallet patterns quickly and easily from bags to boxes and other product types, and does so with a small footprint starting at just 8'x10'.
In today's e-commerce environment, consumers are purchasing single items with a click and that item-handling task has been pushed back upstream into distribution and fulfillment centers.
Many production areas are already extremely short on space, so having a design that allows for streamlined goods-to-person capability is a game-changer. These benefits are combined with our best-in-class energy consumption.
The system uses rollers to move pallets smoothly, without friction (a byproduct often seen in belt-driven platforms). The conveyor's open design eliminates concerns of small parts or screws dropping into rollers and causing conveyor damage or jamming.
With AI-powered SORT systems, robots do the mundane, repetitive tasks, successfully piece-picking customer orders into completion. Thus, our customers can redeploy employees in more suitable roles throughout the supply chain.
By collating all the robots onto one platform, we can enable the robots to operate collectively rather than individually. If all the robots are on one platform and under one traffic control, they will be able to share their location and become very efficient.
Supply chains are relying on automation to effectively adapt to fluctuating demand levels, new safety protocols, and shrinking labor pools. The need to operate efficiently, safely, and productively with less people is critical for today and also for success in the future.
Here are some lessons learned while shepherding grocery robots as they've logged more than 250,000 miles of pilot runs and hundreds of actual deployments.
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OCTOPUZ makes complex robot programming simple through cutting-edge Offline Robot Programming Software (OLRP) that enables detailed robot operations, complete with machinery and manufacturing components, to be first simulated on a computer, then output for the real world. Within this virtual cell, OCTOPUZ uses built-in machine logic to identify the optimal toolpath trajectory and program the required code for a multitude of industrial tasks. The code is then output for the specific robot brand, for use in the real world.