Tag Archives: Fanuc R2000iA 165F

THE NEW COBOTS FOR VERSATILE PRODUCTION DTP SERIES

HC10DTP and HC20DTP are the two new six-axis collaborative robotic arms for applications such as assembly, dispensing, machine maintenance, material handling, packaging and welding. Designed by Yaskawa Motoman. Each robot has four modes of collaborative operation and can switch between collaborative speed in PFL mode and maximum speed in industrial mode, meeting established safety requirements

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FANUC HAS A NEW HIGH CAPACITY ROBOT M-1000iA

According to Eric Potter, general manager of FANUC America’s General Industries and Automotive Segment, “The new M-1000iA is FANUC’s largest serial link robot to date.” ” Current needs have changed requiring new solutions to process very large parts with greater versatility and better use of the work area. Especially in applications such as processing and

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THE NEW ABB GOFA CRB 15000 6-AXIS COLLABORATIVE ROBOT

Collaborative robots (cobots) were first designed to perform highly repetitive, low-weight work that allows them to operate safely alongside human workers without the need to design and build bulky fences or barriers, providing maximum flexibility and efficiency; in the assistance of machines, assembly and minor packaging processes. In recent years, its capabilities have grown. Cobots

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FANUC AMERICA PRESENTS THE NEW ROBOT FOR THE CARE AND COLLECTION OF APPLIANCES

The LR-10iA/10 mounts on the floor, upside down, or at an angle. FANUC claims that the robot can be easily installed on an automated guided vehicle or other mobile platform to perform many repetitive tasks or to automate idle machines. FANUC America, a leading provider of CNC machines, robotics and robots, has introduced the new

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FANUC AND THE ELECTRIC CAR MARKET

The Japanese manufacturer of industrial Fanuc robots sees that in the changes and advances in the electric vehicle market, it promises to open more doors for the acquisition of industrial robots. President and CEO Kenji Yamaguchi explained. Yamaguchi also commented that the design of electric vehicles has efficient characteristics that make it different from gasoline

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FANUC AND IF WE PRIORITIZE IN MINIMIZING ELECTRICITY CONSUMPTION IN THE AUTOMATION

FANUC AND IF WE PRIORITIZE IN MINIMIZING ELECTRICITY CONSUMPTION IN THE AUTOMATION

Mr Eric Potter, the Managing Director of FANUC Automation, comments on energy efficiency with industrial robots. Interest in and concern about the energy consumption of robots varies from area to area, mostly based on local energy prices, but energy efficiency is a case-by-case issue. When it comes to impacts on nature, there are benefits to

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DOES ROBOTICS INCREASE OR DECREASE JOBS?

It is not enough to use automation processes, you have to take into account several components to get the most out of it. Errors and mistakes are common when setting up automation processes in manufacturing. Now professionals debate whether these gadgets in manufacturing will create more jobs than they displace, and 52% suspect they will.

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FANUC UK AND THE EVENT FOR THE GROWTH OF SMES IN THE CONSTRUCTION SECTOR.

Small organizations will benefit the most from increased automation in construction, concludes FANUC, whose week-long open house attended by more than 1,000 experts revealed a sequence of emerging trends that the UK should adopt to produce an increase in 2022. Tom Bouchier, Managing Director of FANUC Unified Kingdom, said: IIoT has been around for several

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MAKING ROBOTIC STABILITY AN ABSOLUTE PRIORITY

MAKING ROBOTIC STABILITY AN ABSOLUTE PRIORITY

Several of them are based on the robot operating system, the standard open source framework for developing robotics applications. Organizations that develop and build robots must ensure that stability is a priority from the moment the robot design is conceived, and not an afterthought. Ensure stability By doing this, organizations run the risk of not

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YASKAWA AND ROBOTICS UPGRADES ALLOW FOR IMPROVED CONTROL AND HANDLING WITH LESS ENERGY INVESTMENT.

The demand for effective robotic solutions is increasing as a result of increased automation, adaptation to new labor-saving production processes, and the repercussions of Covid-19. This is especially true in industries where logistics is critical, such as food, medicine and cosmetics, where the need to improve efficiency by automating the packaging and stacking of individual

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