PVC/TPU Suction Hose Extrusion Line It is mainly used for conveying the solids with high high-speed flow ratio and high wearing, such as sand, gravel, grain, cullet and scraps; medium for gaseity and liquid, underground convey; convey hoses for glass factory. The port, steel mill, quarry, shipyard and cement mill use it as protective hose. Pvc Suction Hose Extrusion Line,Tpu Suction Hose Extrusion Line,Suction Hose Extrusion Line,Pvc Pipe Extrusion Line KonRun Intelligent Machinery(Ningbo) Co., Ltd. , https://www.konrunmachine.com
Features: It is high wear resistance protection, with reinforced steel wire and narrow inclination (Wear resistance is 2.5 - 5 times higher than most rubber material and 6 - 8 times higher than soft PVC material). Flat and smooth inner wall make the flow run well. The weight is low and it has someelasticity.
Structure:Spiral elastic steel wire is embedded strongly in the hose wall, which makes exterior flowability optimized. Wall thickness is about 3- 3.5mm, strengthen the main wearing parts.
Material: Hose wall: Pre-PUR. Spiral rib:elastic steel wire
Temperature range: -40°C to125°C ,can get up to 150°C in a short time.
Flyability, in partnership with FARO technologies, announces a new elios 3 surveying payload for centimeter accuracy in challenging environments
October 20, 2023 — Flyability, a pioneer in confined-space drones, is excited to announce the release of a new Surveying Payload for its Elios 3 drone at InterGEO in Berlin. This innovative addition marks a major milestone in the company’s mission to keep people out of dangerous environments while delivering high-precision data.
The new payload, the Ouster OS0-128 Rev 7, offers enhanced accuracy and performance, making it ideal for scanning hard-to-reach areas with centimeter-level precision. The package includes training, reflective targets, and specialized software, FARO Connect, designed to streamline data processing and improve workflow efficiency.
Key improvements include increased range, higher point density, and better photon sensitivity, making this payload an excellent alternative to the existing Ouster OS0-32 Rev 6.2. It is especially well-suited for symmetrical environments like wastewater pipes and sewers, where detailed and accurate scans are essential. With a volumetric accuracy of within 1% of terrestrial laser scans, this payload delivers survey-grade results that professionals can rely on.
FARO Connect plays a crucial role in maximizing the value of the data collected. It automatically identifies reflective targets as ground control points, allowing for accurate georeferencing and noise filtering. The software also aligns multiple point clouds into a single, clean dataset, simplifying visualization and analysis. Data can be exported in standard formats, ensuring compatibility with other industry tools.
Adrien Briod, Chief Technical Officer and co-founder of Flyability, said: “This new Surveying Payload is a major step forward in improving the quality of data we can collect with our drones. It's the second payload available for the Elios 3, supporting our vision of routine drone inspections with minimal hardware changes.â€
Leo Martinez, Director of Mapping Products at FARO Technologies, added: “Flyability’s new survey package represents another leap in making surveying safer and more efficient. When combined with the improved range and precision of the new payload, it offers a powerful solution for customers working in inaccessible environments.â€
The new Surveying Payload is now available for purchase directly from Flyability and its global network of resellers. Users can choose the level of precision that best suits their specific needs, whether it's for infrastructure inspection, underground mapping, or industrial maintenance.
Flyability continues to push the boundaries of what drones can achieve in challenging environments. With the Elios 3 and its expanding payload options, the company is setting new standards in safety, accuracy, and efficiency.
For more information about the new payload, visit [Flyability’s official website](http://www.flyability.com).