Feasibility Study for the Application of CellRail as an Automated Weight-Bearing Scaffolding Solution

Resolve Robotics提供从头到尾的完整系统设计、开发、测试和校准复杂的集成机电和软件系统。我们正在进行的项目包括世界领先的计算机视觉算法、机器人系统集成、分布式模块化制造生态系统，以及用于核设施的多种新型机器人部署系统。CellRail是一种模块化部署和检索机制，用于机器人有效载荷，通过150mm的访问端口部署传感器和工具。它可以在难以接近的位置、高度和密闭空间中向任何位置和方向提供有效载荷，这是目前其他机器人系统无法实现的。它提高了安全性，提高了生产率，并降低了成本。我们正在寻求资金来分析和探索脚手架结构的最大承重能力。如果结构能够支撑预期的重量，包括使用脚手架的人员、工具、设备和传递载荷的总重量，它可以取代人工搭建的脚手架，帮助快速、安全、经济地建造、检查、维护和修理全球多个重工业的高空结构。

Resolve Robotics delivers start-to-end full system design, development, testing and calibration of complex integrated electro-mechanical and software systems. Our active projects include a world-leading computer vision algorithm, robotics system integration, a distributed modular manufacturing ecosystem, and multiple novel robotic deployment systems for nuclear sites.CellRail is a modular deployment and retrieval mechanism for robotic payloads which deploy sensors and tools through a 150mm access port. It delivers a payload to any position and orientation in inaccessible locations, at height, and in confined spaces, something which cannot currently be achieved by other robotic systems. It improves safety, increases productivity, and reduces costs.We are seeking funding to analyse and explore the scaffolding structure's maximum weight bearing capabilities. If the structure can support the intended weight, including the total weight of persons using the scaffolding, tools, equipment and transmitted loads, it can replace manually built scaffolding to aid the fast, safe and cost-effective construction, inspection, maintenance, and repair of structures at height across multiple global heavy industries.