Cutting through the clutter: Two key insights about nLink
At nLink, we believe in clarity and simplicity, and here are two essential aspects that define our journey and aspirations in the robotics landscape:
1. A decade of robotic innovation
nLink has been a pioneer in the field of robotics since 2012. Our journey began with the development of our first collaborative drilling robot, Drilly, marking the start of a decade-long quest for excellence. Throughout this time, we have built knowledge and experience, transforming initial sketches into fully realized industrial robotic solutions. Our robotic journey has not just been about technological advancement, but also about fostering an inherent culture of learning. This is a vital part of our corporate DNA, and our commitment to sharing knowledge ensures that every team member, new and seasoned, benefits from our collective wisdom.
Developing the drilling robot platform Drilly, late night test in Oslo 2016
2. Revolutionizing with machine vision
It is a fact that robotics merges artificial intelligence (AI) with the tangible world of machinery. This interesting fusion has led to the development of robots that can autonomously navigate, handle objects with precision, and execute complex tasks like drilling and berry picking—all through the innovative use of computer vision.
nLink’s longstanding expertise in AI and machine vision has been instrumental in digitizing the construction industry. We have now leveraged this experience by broadening our scope to include the digitalization of visual inspection, and the automation of quality control processes, through machine learning and AI.
At nLink, we do more than creating robots; we’re crafting the future of automation and digital transformation. We havbe a dedication to innovation and learning continues that drives us forward, shaping the landscape of industrial robotics and beyond. Join us on this exciting journey as we explore new frontiers in technology and innovation.
3D model of robotic system, machine vision and graphical interpretation
