Cut From the Same Cloth - Automatic 3D Recognition and Marking of Wooden Beams
An Ensenso N35 camera is used to capture the beam position and geometry. As soon as the timber is in the printing position, the robot automatically places the flange-mounted camera so that it can detect the surfaces of the beam.
MODEX Q&A - Mobile Industrial Robots (MiR)
This is our first time at MODEX, so we're excited to see the latest innovations created for the supply chain to advance automation and overall improve logistics for these companies.
Booth #9435
MODEX Q&A - Vecna Robotics
As this industry is growing more complex, it is important for us to contribute to the conversations around the trends and technologies needed to solve issues around labor shortages and increased demand. Booth #9807
MODEX Q&A - Comau
MODEX provides Comau the opportunity to showcase some of our latest innovative material handling automation solutions to help turn your manufacturing facilities into the factory of the future.
Booth #4089
RoboticsTomorrow - Special Tradeshow Coverage MODEX 2020
MODEX 2020 takes place in Atlanta, GA March 9th - 12th. This RoboticsTomorrow.com Special Tradeshow report aims to bring you news, articles and products from this years events.
AMR Innovation Arrives at MODEX 2020
Given the proliferation of warehouses, distribution centers, direct to consumer (D2C) business models, fleets of AMRs, questioning the validity of innovation is worthy of examination.
Autonomous Mobile Robots in Warehouses: IDTechEx Asks What Justifies the Recent High Valuations
The trend of investment in and acquisition of mobile robotic companies seeking to automate the movement of goods within warehouses, fulfillment centers, and manufacturing facilities is still rising. Only in recent months, IDTechEx has seen three notable activities.
Top Article of 2019 - Warehouse and Supply Chain Automation
The profitable companies of the future will be those that can adapt to the change in sourcing, production and distribution that are happening today, and are flexible enough to take advantage of new technologies.
Clearpath Robotics Announces Dingoâ„¢ Indoor Research Robot
Dingo is a compact, lightweight and cost-effective indoor robotic platform that is extensible and programmable, and designed to accelerate robotics research and education.
Rapid Launches and Strategic Acquisitions Propel Growth of Warehouse Robotics
The warehouse robotics have offered a more efficient, reliable, and accurate way of handling demand and supply equation by letting robots perform functions such as pick-place, packaging, transportation, and palletizing.
Future of Warehouse Automation - Market worth $27B by 2025
As per LogisticsIQâ„¢ market study, AGV/AMR market is expected to cross $4B mark by 2025 and AMR is going to be main contributor in retail warehouses due to high demand in e-commerce sector.
Autonomous Mobile Manipulation Robots and e-Commerce Fulfillment
The sophisticated integration of perception sensors, autonomous navigation, manipulation, and artificial intelligence in Swift warehouse robots enables maximum picking productivity across single pick, trays, and totes.
Zone Picking vs. Wave Picking: Which Method is Best?
Before selecting a picking technique for your operation, evaluate your current inventory situation, workforce, technology, infrastructure and warehouse layout. Once you assess all of these factors, you can confidently determine a picking methodology
Boston Dynamics Handle Robot Reimagined for Logistics
The boxes used in the video weigh about 5 Kg (11 lbs), but the robot is designed to handle boxes up to (15 Kg) (33 lb). This version of Handle works with pallets that are 1.2 m deep and 1.7 m tall (48 inches deep and 68 inches tall).
MiR500 Mobile Cobots Make Traffic Safer in Kverneland's Factory
"The robot saves at least five hours in transport time a week, and the working day is quieter and calmer," Broberg said. "I already take 15,000 to 17,000 steps a day in my job, so I definitely don't miss the walk to the pallet stacker."
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PI USA - 50 Ways to Use Hexapod Robots
Hexapod micro-motion robots are based on a very flexible concept that can easily solve complex motion and alignment problems in fields including Optics, Photonics, Precision Automation, Automotive, and Medical Engineering.
