Exploring with Linventix

Wuhan Linventix Technology Co.,Ltd

Linventix Remote Sensing Processing Software SpaceVoxelProcessor Officially Launched on GeoCloud Platform

Recently, Linventix’s remote sensing data processing software SpaceVoxelProcessor has officially been launched on the GeoCloud software ecosystem platform, providing global users with more efficient and convenient remote sensing data processing and analysis services.

Sonar View SVF-1 Successfully Exhibited at 2025 China (Chengdu) International Pipeline Expo

We successfully participated in the 2025 China (Chengdu) International Pipeline Expo, showcasing the Sonar View SVF-1 High Water-Level Pipeline Inspection System, along with its functional features and typical project cases.Designed for high water-level and fully flooded environments, SVF-1 as an un

The W-2000A Dual-Speed Non-Magnetic Alloy Winch System (2000m capacity) has been successfully delivered for a mineral exploration project.

The W-2000A Dual-Speed Non-Magnetic Alloy Winch System (2000m capacity) has been successfully delivered for a mineral exploration project. Featuring switchable high-speed and low-speed modes, built-in tension sensors, and compatibility with magnetic susceptibility, resistivity, and borehole temperat

Dual-Speed Logging Winch Upgrade|All-New W-2000A

Linventix officially launches the latest W-2000A Dual-Speed Logging Winch,an upgraded version of Dual-Speed Logging Winch.It has undergone comprehensive optimizations in structure, drive performance, and intelligent monitoring,featuring a lighter, stronger, and smarter design to deliver more efficient and reliable solutions for geological and engineering logging operations.

Successful Equipment Delivery and Training for Gold Group Mineral Exploration Project

Recently, our company successfully completed the equipment delivery and technical training for a mineral exploration project of a Gold Group. The delivered system features probe measurements of magnetic susceptibility,polarization, borehole temperature, and deviation, and is equipped with a 500 m wi

High-Precision Survey for Mountainous Secondary Highway Reconstruction Based on FT-mini Airborne LiDAR

Project BackgroundA mountainous secondary highway has experienced pavement cracking and collapse due to increasing traffic volume and heavy vehicles, requiring reconstruction and expansion. Traditional manual surveying is inefficient, time-consuming, and poses safety risks. Therefore, the client and