IR Tracker
Mimic with IR Tracker consists of a joystick with a tracker using infrared (IR) light for recording human motions and transferring them to a robot.
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Tasks such as polishing and buffing are often at the end of the production cycle so the necessity for consistency is paramount. Nordbo technology allows the operator to demonstrate the optimal path for finishing the item and have the robot copy it precisely.
Programming time and expertise have often kept small and medium sized businesses from automating finishing tasks. With the implementation of our tracking methods what once took days can now take minutes. Our systems are tailored to your specific application needs and can be integrated with our different technologies such as Mimic or Craftmate
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CraftMate scans and constructs a highly precise 3D model of your object or the surface to be processed without a CAD model or heavy offline programming. The complete planning calculation only takes a few seconds even for complex surfaces and shapes. You can define a robot’s work area and configure various settings, including motion path, tool alignments, speed, orientation, and direction. Once the robot path is finished, you are ready to start.
Here are mechanical setup examples of how you are able to customise buffing to fit into your process with cobots and industrial robots. The machine's state-of-the-art wet buffing capabilities are designed for and approved by Apple Inc. This means that the machine has been rigorously tested and meets Apple's high standards for quality and safety.
Cobots or industrial robots
Universal Robots, Nachi, Fanuc and KUKA
Cobots or industrial robots
Universal Robots, Fanuc,Nachi and KUKA
Cobots or industrial robots
Universal Robots, Fanuc, Nachi and KUKA
Regardless of your needs we will find the solution that best suits the needs of your application. Mimic or Craftmate, part in hand or tool in hand, our engineers will tailor the system to the process.
Our process for designing the system that specifically meets your needs starts with a Front End Engineering Design (FEED) process. We send a team member to assess your needs and specs. Using this we design the whole system and have it produced for factory testing. Once this is completed the system gets sent to the end user for onsite testing and training.
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