Yantra replaces Traditional Navigation with ‘Natural Feature’ Technology from Guidance Automation, Reducing Maintenance and Manpower Expenses
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ELITE ROBOT lightweight 6-axis collaborative robots have payloads of (3kg, 6kg, and 12kg cobots). ELITE ROBOT cobots have gained a positive reputation among users in the Automotive, Electronics, Packaging Logistics, Metal Processing, Rubber & Plastics, chemicals, and other industries. The EC series robots start at $14,000 USD making it one of the fastest ROI in the industry. The EC robots come complete with 6 DOF arm, control box, teach pendant and software.
ELITE ROBOT lightweight 6-axis collaborative robots have payloads of (3kg, 6kg, and 12kg cobots). Elite cobots have gained a positive reputation among users in the Automotive, Electronics, Packaging Logistics, Metal Processing, Rubber & Plastics, chemicals, and other industries. The EC series robots start at $14,000 USD making it one of the fastest ROI in the industry. The EC robots come complete with 6 DOF arm, control box, teach pendant and software.
The new maxon site in Beynost (15 minutes from Lyon) required a €10m investment of the maxon Group's own funds, and is located at the heart of a center of excellence for mechatronics.
In 2020, McStarlite invested in automation by integrating a KUKA robot coupled with Robotmaster offline robot programming (OLP) software, to perform the lipskin polishing application. Lipskins, also known as engine nacelle leading edges, are the aerodynamic structures that make up the leading edge of an airplane engine.
Scientists have begun implementing robotic tools to aid in innovative sustainability strategies. With 2021’s unprecedented surge in public interest in sustainability, 2022 will see more use and development of green robots than ever before.
Transitioning to clean wind energy could become more cost-efficient as Purdue University researchers test a new technology created by an international startup to anchor offshore wind turbines.
Leveraging third-party hardware, such as a robotic picking arm, and software, such as customized WMS, is crucial if you want true flexibility in your robotics system.
Matrox AltiZ high-fidelity 3D profile sensor powers TUNASCAN vision system, sorting up to 20 tons of tuna per hour with accuracy rates approaching 100%
Advancements in machine vision drive industrial automation and push the boundaries of what is feasible. Yet one limitation of machine vision could long not be overcome, which seriously restrained the range of tasks that could be automated. This changes now.
The aerospace industry is constantly evolving, and modern robotics are driving that change. The last several years have seen significant growth in robotics, with much of it concentrating on industrial applications for the aerospace manufacturing process.
Association for Advancing Automation (A3) stats show $1.48 billion in sales so far in 2021, surpassing the previous nine-month record set in 2017
The last two years accelerated ongoing robotic trends like AI integration, agile design, and widespread IIoT adoption. At the same time, new pressures from changing worker availability, and supply chain disruptions, created a higher demand for manufacturing robots.
Finding and implementing the perfect end-effector system is reliant on the user giving due consideration to four critical areas. Only when complete understanding of the needs in these four realms is acquired can an educated end-effector choice be made.