receptor GNSS & Productos geoespaciales Fabricante
TBNET, fundada en 2001, posee derechos de propiedad intelectual totalmente independientes y se dedica a aplicar tecnologías profesionales como el Posicionamiento por Satélite (GNSS), 3D Gaussian Splatting (3DGS), Posicionamiento Visual (VL), LiDAR y Localización y Mapeo Simultáneos (SLAM) para proporcionar estado espacial y percepción ambiental para una amplia gama de aplicaciones. SLAM y 3D Gaussian Splatting activos en topografía, construcción, preservación del patrimonio y entretenimiento dig
Wuhan Tianbaonet Sci & Tec Co.,Ltd
sobre nosotros2001
Año de establecimiento
40~60
Empleados
5000000-7000000
Ventas Anuales (USD)
8000+
Clientes Atendidos
PRODUCTOS PRINCIPALES
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Escáner Láser Portátil Lixel L2 Pro de Alta Precisión Modelado de Escaneo en Tiempo Real
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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Plataforma RTK de la red PandaNRTK
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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Software RTK de red de alta disponibilidad para implementaciones de CORS
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 Plataforma de servicio de corrección GNSS empresarial
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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Plataforma de gestión de sistemas PandaNRTK Network RTK
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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Cómo elegir un receptor GNSS marino: por qué los sistemas de doble antena como HP920 importan
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 Receptor GNSS de doble antena para navegación marítima y dirección precisa
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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Sistema de Posicionamiento GNSS Marino HP920 - Receptor RTK de Doble Antena para Navegación y Rumbo Marítimo
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
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El 22 de mayo, la ceremonia de apertura de la Exposición de graduación de la Escuela de Arte y Diseño de 2026 ′′Encontrando la Belleza′′Universidad de Tecnología y Negocios de WuhanFue celebrado en el Museo de Ciencia y Arte Qingling. La exposición contó con cerca de 400 obras creadas por 613 ...
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¿Cómo gestionar eficazmente el proceso de construcción?¿Cómo rastrear con precisión los problemas de calidad?Si su respuesta aún se basa en "fotos + registros escritos",¡Entonces ya está desactualizado!El escáner portátil L2pro y la cámara espacial P1,Combinados con la tecnología LCC-3DGS,Convierten ...
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Introducción Las diferentes industrias utilizan el GNSS de maneras muy diferentes.Lo que funciona bien en un campo agrícola abierto puede no funcionar de la misma manera en un sitio minero o un proyecto de cartografía urbana. En los últimos años, un patrón se ha vuelto claro:Los receptores GNSS port...