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RoboDK has introduced advanced features in its digital twin and offline programming (OLP) software, enabling manufacturers to simulate robotic cells virtually. This software allows users to model robots, tooling, and surrounding equipment, facilitating pre-installation testing of automation systems. Key functionalities include accurate robot simulation, calibration, and the ability to generate executable robot code seamlessly, thus reducing deployment time and costs. The significance of these features lies in their ability to streamline the programming and commissioning processes, which are often time-consuming in traditional setups. By utilizing digital twins, manufacturers can assess critical factors such as reachability, collision risks, and cycle times before physical implementation. This proactive approach minimizes uncertainties and enhances operational efficiency, making it a vital tool for modern manufacturing environments. Looking ahead, manufacturers should monitor the integration of CAD/CAM workflows with digital twin software, as this will further enhance the flexibility and usability of robotic programming. The ability to compare various robot models and specifications without vendor lock-in is crucial for optimizing production lines. No further timeline was disclosed at the time of publication.
roboticstomorrow-Robotics Jul 09, 2026
The Mariana Trench, home to Challenger Deep, the deepest point in the world's oceans at 10,935 meters (35,876 feet), remains one of the least explored and most geologically significant areas on Earth. This underwater marvel, located in the western Pacific Ocean, continues to intrigue scientists and researchers due to its profound depths and unique geological features. Efforts to map and study this region are crucial for understanding oceanic processes and biodiversity, as well as the effects of climate change on deep-sea ecosystems. As exploration technologies advance, researchers aim to uncover the mysteries of the trench and its surrounding islands, shedding light on the fundamental workings of our planet’s oceans.
ROVplanet.com By ROV Planet Feb 24, 2026 mapping mariana islands saildrone woolpert survey noaa
RoboDK has introduced its new CAM software, enabling robotic machining programs to be generated directly from CAD files. This innovation, showcased at the Automate Show, promises to reduce deployment time by up to 40%, allowing users to create toolpaths and collision-free motions without manual coding. The software aims to simplify the robotic machining process for manufacturers and integrators, even those lacking programming expertise. The significance of RoboDK CAM lies in its potential to overcome the traditional complexities associated with robot programming, which have hindered the adoption of robotic machining. By automating the generation of machining programs from CAD designs, RoboDK CAM facilitates rapid integration into production environments, thereby reducing costs and enhancing efficiency. CEO Albert Nubiola emphasized that this approach transforms CAD into the starting point for automation, making deployments faster and more consistent. Looking ahead, RoboDK's recent software update, Version 6.0, enhances performance and simulation capabilities, including support for over 1,400 robot models. The next milestone for RoboDK will be to further expand its software's capabilities and user accessibility. No further timeline was disclosed at the time of publication.
RoboticsAndAutomationNews.com By Sam Francis 3 hours ago News Robot simulation Software Automate 2026 CAD-to-robot CAM software
Walt Disney Co. is developing an innovative wooden manta ray prototype at its research and development lab, designed to eventually transform into the character Gramma Tala from the animated film Moana. This prototype, currently supported by scaffolding and measuring approximately the size of a car, is part of a broader initiative to enhance guest experiences at Disney parks. The company plans to introduce this technology at a lagoon attraction in the near future, with additional plans to incorporate a fleet of dolphin-like robots to further enrich the interactive experience. The project reflects Disney's commitment to blending technology with storytelling to create immersive environments for park visitors.
BloombergTechnology By Samantha Kelly Jun 26, 2026 NYS:DIS
Manufacturers facing challenges in manual surface finishing due to rising costs and a shortage of skilled labor can now turn to a new solution from HKR Sondermaschinenbau. The company has introduced the HKR Finish Box, a compact automation system powered by a JAKA collaborative robot, designed to streamline grinding, polishing, and deburring processes. Launched recently, the HKR Finish Box transforms traditional manual workflows into fully automated operations, ensuring consistent quality and precision even for complex geometries. This innovative system utilizes intelligent 3D software and active force control to maintain reliable results, addressing the difficulties of standardization and scalability in small batch production. One of the standout features of the HKR Finish Box is its user-friendly programming. Instead of requiring extensive robotics expertise, users can simply define the processing area, allowing the system to automatically generate the necessary toolpaths. This ease of use facilitates quick integration into existing workshops, thanks to its compact 1 x 1 meter design and fully enclosed structure that ensures safe operation. With a starting price of €120,000, the HKR Finish Box offers an accessible entry point into automation for small and medium-sized enterprises, promising immediate benefits such as high-quality surface results, reduced physical workload, and efficient production capabilities. By combining advanced tooling with collaborative robotics, HKR aims to help manufacturers modernize their processes without unnecessary complexity or risk.
jaka.com By JAKA Apr 17, 2026RSF defines a common language for robot service capability, lifecycle operations, certification pathways, and service-provider networks.