GNSS-Empfänger & Geospatiale Produkte Hersteller
TBNET wurde 2001 gegründet, besitzt vollständig unabhängige Rechte an geistigem Eigentum und widmet sich der Anwendung professioneller Technologien wie Satellitenpositionierung (GNSS), 3D Gaussian Splatting (((3DGS),Visuelle Positionierung (VL), LiDAR und Simultane Lokalisierung und Kartierung (SLAM) zur Bereitstellung von räumlichen Status und Umweltwahrnehmung für eine Vielzahl von Anwendungen.SLAM und 3D-Gauss-Spratting, Bauwesen, Erbe und digitale Unterhaltung.
Wuhan Tianbaonet Sci & Tec Co.,Ltd
über uns2001
Gründungsjahr
40~60
Angestellte
5000000-7000000
Jahresumsatz (USD)
8000+
Kunden bedient
TOP-PRODUKTE
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Lixel L2 Pro Hochpräzisions 3D-Handheld-Laser-Scanner Echtzeit-Scan-Modellierung
Lixel L2 Pro High-Precision Real-Time Scanning & Modeling DeviceThe Lixel L2 Pro (16/120 version) is a cutting-edge 3D scanning and reconstruction device developed by XGRIDS. Equipped with advanced modules including LiDAR, 3-color cameras, high-precision inertial navigation, and a high-performance computer, the Lixel L2 Pro offers seamless data capture and real-time 3D modeling. This device creates true-color point cloud models with centimeter-level accuracy, providing a
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PandaNRTK Netzwerk RTK Plattform
A Scalable GNSS Infrastructure Platform for High-Precision Positioning Services PandaNRTK is a Network RTK management platform developed for organizations building and operating GNSS correction service infrastructure. The software combines reference station management, correction data generation, network computation, and service monitoring within a unified system architecture. As GNSS networks continue expanding from local deployments toward regional and nationwide coverage,
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Hochverfügbare Netzwerk-RTK-Software für CORS-Bereitstellungen
High-Availability Network RTK Software for CORS Deployments Modern GNSS correction services require more than positioning algorithms alone. System reliability, scalability, and long-term maintainability have become equally important factors in large infrastructure projects. PandaNRTK was developed with this operational perspective in mind. The platform provides an integrated environment for managing GNSS reference networks while supporting continuous real-time correction
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PandaNRTK Enterprise GNSS Korrekturdienstplattform
PandaNRTK Enterprise GNSS Correction Service Platform PandaNRTK is designed for agencies, infrastructure providers, and geospatial organizations requiring reliable management of large-scale GNSS correction services. The platform integrates reference network operations with real-time computation and service delivery. By combining network processing and system management functions, PandaNRTK provides a practical framework for deploying high-precision positioning services across
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PandaNRTK Netzwerk RTK Systemmanagement Plattform
PandaNRTK is a comprehensive software platform providing global BeiDou/GNSS high-precision “Positioning, Navigation, and Timing" (PNT) integration, with operational capabilities spanning regional to global scales. This platform integrates reference station network management, Space-time reference frame calculation, product generation and broadcasting, and large-scale data analytics. It possesses the capability for single-cluster, thousand-station level concurrent data
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Wie man einen Marine-GNSS-Empfänger wählt: Warum Dual-Antennen-Systeme wie HP920 wichtig sind
1. The Hidden Problem with Marine GNSS Systems Many buyers assume that any high-precision GNSS receiver can be used for marine applications. In reality, marine environments introduce unique challenges: Signal reflection from water surfaces Constant motion and vibration Need for real-time heading, not just position This is where traditional GNSS solutions fall short. 2. Why Heading Accuracy Is Critical In marine operations, knowing your position is only half the story. You
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HP920 Dual-Antenne-GNSS-Empfänger für Marine-Navigation und präzise Richtung
High-precision dual-antenna GNSS receiver designed for marine navigation, vessel heading, and autonomous systems. Reliable, stable, and ready for harsh environments. 1. Designed for Reliable Marine Positioning The HP920 GNSS receiver is engineered specifically for marine environments where positioning reliability and heading accuracy are critical. Unlike standard GNSS receivers used in land surveying, marine applications require stable performance under vibration, multipath
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HP920 Marine-GNSS-Positionierungssystem-Dual-Antenne RTK-Empfänger für die Schifffahrt und die Schiffskursbestimmung
HP920 Marine GNSS Positioning System Dual Antenna RTK Receiver for Marine Navigation and Heading Built for Reliable Marine Positioning The HP920 is a dual-antenna GNSS receiver engineered specifically for marine navigation, vessel heading, and high-precision positioning. It is designed to operate reliably in offshore and nearshore environments where stability, accuracy, and continuous operation are critical. Unlike conventional single-antenna GNSS systems, the HP920 provides
Unternehmensvorteil
Trust Seal, Credit Check, RoSH and Supplier Capability Assessment. company has strictly quality control system and professional test lab.
Mehr anzeigenInternal professional design team and advanced machinery workshop. We can cooperate to develop the products you need.
Mehr anzeigenAdvanced automatic machines, strictly process control system. We can manufacture all the Electrical terminals beyond your demand.
Mehr anzeigenBulk and customized small packaging, FOB, CIF, DDU and DDP. Let us help you find the best solution for all your concerns.
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Am 22. Mai findet die Eröffnungsfeier der Abschlussausstellung 2026 „Encountering Beauty“ der Hochschule für Kunst und Design stattWuhan Technologie- und Wirtschaftsuniversitätfand feierlich im Qingling Science and Art Museum statt. Die Ausstellung zeigte fast 400 Werke von 613 Absolventen aus sechs ...
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Wie kann man den Bauprozess wirksam leiten?Wie kann man Qualitätsprobleme genau erkennen?Wenn Ihre Antwort immer noch auf "Fotos + schriftliche Aufzeichnungen" beruht,Dann ist es schon veraltet!Der L2pro Handscanner und die P1 Raumkamera,Kombiniert mit der LCC-3DGS-Technologie,Die 3D-digitale ...
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Einleitung Verschiedene Branchen verwenden GNSS auf sehr unterschiedliche Weise.Was in einem offenen landwirtschaftlichen Feld gut funktioniert, funktioniert möglicherweise nicht auf die gleiche Weise in einem Bergbau- oder einem Stadtkartenprojekt. In den letzten Jahren ist ein Muster deutlich ...