Precision Archives - Used Robots

THE FUTURE OF INDUSTRIAL AUTOMATION: FANUC M-900iA/600

In the competitive world of industrial automation, the Fanuc M-900iA/600 stands out as a robust and versatile solution offered by URC. This industrial robot provides significant advantages for handling large parts, palletizing, and machining, key sectors where efficiency and precision are essential.

Technical Specifications

The Fanuc M-900iA/600 is a 6-axis robot powered by electric servomotors, designed to operate with extreme loads. A look at its technical specifications highlights its exceptional capabilities:
• Payload capacity: 600 kg, with an option to extend up to 700 kg.

• Reach: A horizontal arm reach of 2832 mm facilitates the precise handling of large parts.

• Repeatability: With a repeatability of 0.3 mm, it ensures high precision in all operations.

• Mounting: Its design allows for floor mounting, easily adapting to different plant configurations.

Competitive Advantages

The robustness and adaptability of the M-900iA/600 make it a preferred choice for optimizing industrial processes:
• High Payload Capacity: Ideal for heavy load handling operations, crucial in sectors dealing with bulky materials.

• Reliability and Efficiency: FANUC’s servo systems ensure high uptime and productivity, minimizing downtime due to technical failures.

• Durable Mechanical Design: Its sturdy structure drastically reduces downtime, increasing mean time between failures and reducing the need for spare parts.

• Environmental Protection: With an IP67-rated wrist design, it is resistant to harsh environments. An optional package for severe dust and liquid protection is also available.

• Minimal Interference: Slim arms and wrists allow operation in confined spaces without interference, maximizing workspace utilization.

• Visual Guidance: Capable of integrating with vision systems for camera-guided and error-proof applications.

Industry Impact

Sectors dedicated to handling large parts, palletizing, and machining greatly benefit from the M-900iA/600 due to its ability to handle heavy and repetitive tasks with high reliability. These robots not only improve operational efficiency but also ensure a return on investment with increased production and reduced downtime.

In summary, the Fanuc M-900iA/600 represents a significant advancement in industrial robotic automation, promising companies the flexibility and durability needed to face the challenges of an ever-evolving market. With the introduction of such advanced technologies, URC continues to lead the way towards a more automated and efficient future.

REVOLUTION IN ROBOTICS: BRISTOL UNIVERSITY’S FOUR-FINGERED ROBOTIC HAND

Articles / admin

Researchers at the University of Bristol have achieved a significant breakthrough in the field of robotics with the development of a four-fingered robotic hand equipped with tactile fingertips. This innovative device can rotate objects in all directions while maintaining a firm grip, representing a milestone in robotic dexterity.

Innovation in Robotic Dexterity

The research team, led by Professor Nathan Lepora, has designed a robotic hand that can operate in any orientation, even upside down, an unprecedented feat in robotics. This progress contrasts with the successes of OpenAI in 2019, which, despite being outstanding, required an expensive infrastructure with 19 cameras and over 6000 processors. In contrast, Lepora’s team has demonstrated that similar results can be achieved using simpler and more cost-effective techniques.

Biology-Inspired Technology

The key to this advancement lies in the artificial tactile fingertips of the robotic hand, which mimic the internal structure of human skin. Using a 3D-printed mesh with pin-shaped papillae, the researchers have replicated human tactile sensitivity. These papillae are made with advanced 3D printers that can mix soft and hard materials to create complex structures similar to those found in biology.

Potential Applications

The Bristol robotic hand has the potential to revolutionize various industries. In product handling in supermarkets, for example, it could significantly improve efficiency and precision. Additionally, in waste sorting for recycling, the robotic hand could perform complex tasks more quickly and accurately than current methods.

Challenges and Future

Initially, the robotic hand had difficulty maintaining its grip when operating upside down, frequently dropping objects. However, after adjusting the training with tactile data, the hand began to operate correctly even in motion. This advancement was made possible by a research leadership award granted by the Leverhulme Trust to Professor Lepora.

The next step for this technology is to move beyond basic pick-and-rotate tasks to tackle more advanced examples of dexterity, such as manual assembly of objects, similar to building with Lego. This development could open new possibilities in automating complex tasks that require high precision and sensitivity.

The development of the four-fingered robotic hand with tactile fingertips by the University of Bristol represents a significant advancement in robotics. With potential applications in various industries and the ability to operate in any orientation, this innovation could transform the way many complex tasks are performed. The combination of advanced technology and cost-effective methods makes this development even more impressive and promising for the future of robotics.

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