Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity |
Power of data and connectivity | Traditional connectivity challenges |
Power of data and connectivity | Traditional connectivity challenges | Atlas Copco 5G Connect
Transform your manufacturing process with 5G-connected assembly solutions that provide ultra-reliable connectivity and unmatched mobility on the factory floor. Smart factories rely on seamless data collection from the assembly line to enhance process control, improve quality assurance, and drive operational excellence.
We are proud to introduce the world’s first 5G-connected nutrunner, designed to deliver true mobility and next-level connectivity to the factory floor. Powered by the innovative Atlas Copco 5G Connect module, compatible with the IxB family of tools, our solution ensures seamless data collection and reliable connectivity across every corner of the production facility for outstanding flexibility. Atlas Copco’s 5G Connect sets new benchmarks in smart integrated assembly, offering enhanced mobility, low latency, and secure connectivity.
The power of data and connectivity
Data: the key to smart factory success
Data collection is vital for real-time adjustments, process control, and quality assurance in modern manufacturing. Every tool reading and production log helps identify patterns, bottlenecks, and optimize production.
Connectivity: the backbone of smart factories
More and more data is collected every day in production environments, and assembly systems are getting smarter and more integrated. To ensure that these systems run smoothly, and data is not lost along the way, reliable and consistent connectivity is key to unlock the true potential.
Overcoming Traditional Connectivity Challenges
Wi-Fi and Bluetooth provide good connectivity for most applications and are a solid choice for most assembly environments. However, complex manufacturing environments with integrated systems and vast spaces often face challenges like limited mobility, interference from machinery, and security risks.
Limited Mobility & Coverage
Bluetooth offers a limited range, restricting mobility to small areas. While Wi-Fi offers broader coverage, it struggles with seamless mobility and connection interruptions while moving between access points.
Interference & Security
Both Wi-Fi and Bluetooth are prone to interference from electronic equipment, machinery, and large metal structures. Moreover, such networks may pose a risk of unauthorized access and data breaches if not maintained securely.
Latency & Scalability
Delays in communication impact real-time control, productivity and safety-critical processes. Managing a growing number of connected devices becomes complex and costly, while communication quality degrades as tool density increases.
How 5G Transforms Smart Factories
Designed for unparalleled mobility and flexibility, 5G technology delivers a transformative solution for reliable and secure connectivity on the factory floor. Manufacturers can install a private 5G network, independent of public telecom networks, which allows them to harness the full power of the 5G technology and ensures a secure connection with low interference, low latency, and wide coverage indoors and outdoors.
Why Choose 5G Connect by Atlas Copco?
Experience the benefits of 5G in your manufacturing environment
Our ultra-reliable, low-latency 5G connectivity solution is the ultimate choice for securing your process control and quality assurance. Anywhere and everywhere. Experience unparalleled optimization of output and quality across your production line. Join us in embracing the future of production with our cutting-edge 5G technology.
Unlock the Power of 5G Connectivity in Your Factory
Atlas Copco’s 5G Connect provides secure, low-latency, and scalable connectivity for any manufacturing environment. By adopting 5G technology, your factory can achieve a smarter, more flexible production process ensuring full process control and quality assurance in the assembly.
Discover the true potential of 5G-connected assembly solutions. Contact us today to learn more and get started on your path to true mobility and operational excellence.