Dusty Robotics introduced it would use the Leica Absolute Tracker AT500 from Hexagon’s Manufacturing Intelligence division. When paired with the Dusty FieldPrinter 2, the AT500 improves setup velocity and usefulness whereas supporting Dusty’s 1/16″ accuracy commonplace for functions in information facilities, healthcare services, and superior manufacturing.
For top-precision tasks, the Hexagon-powered answer enhances Dusty’s automated format capabilities with improved operational effectivity, providing a substitute for conventional complete station strategies.
This replace helps Dusty’s purpose of enhancing building workflows by aligning design groups and subject crews for extra correct undertaking execution.
Constructed for demanding environments, the Leica AT500 encompasses a compact design and sturdy building in a user-friendly format. Now built-in with the light-weight LMF-embedded (LMF-e) interface, it connects simply to embedded Linux working techniques. This integration permits the Dusty FieldPrinter 2 to carry out dynamic trajectory correction with out the necessity for high-end industrial Ethernet real-time options, simplifying operations and lowering system complexity. For contractors, the mixture supplies the velocity and reliability wanted for as we speak’s fast-paced building schedules.
The Leica AT500 is a long-range Absolute Tracker providing a measurement quantity of as much as 320 meters in diameter. Engineered for demanding environments, it boasts an IP54 certification for defense towards mud and water publicity, and encompasses a controllerless design to streamline setup. The built-in hot-swappable batteries guarantee uninterrupted operation, whereas the PowerLock system allows the Tracker to robotically lock on and observe the robotic even when the measurement course of is blocked or interrupted. Merely put, the Leica AT500 is the best answer for building jobsite work, surpassing any earlier laser tracker in efficiency and usefulness.
The AT500 integration additionally enhances Dusty’s ground elevation capabilities, enabling groups to measure flatness and ground deviations with the effectivity required for mission-critical functions in healthcare and industrial settings. This expanded performance demonstrates how Dusty continues to evolve past format right into a complete design-field collaboration platform.
Dusty Robotics will supply the AT500 as an extra tracker choice for FieldPrinter 2 deployments, supporting its concentrate on enhancing coordination between design and subject groups with environment friendly and sensible instruments.
Tessa Lau, founder and CEO of Dusty Robotics, would be the featured speaker at RoboBusiness‘ Ladies in Robotics Luncheon on Oct. 16 in Santa Clara, Calif. This networking occasion will present engineers a chance to attach with others within the business. It’ll additionally function a dialog between Lau and and Joyce Sidopoulos, co-founder and chief of operations at MassRobotics. Lau will describe her profession journey, together with the challenges and triumphs alongside the way in which.