Effortlessly Navigate Haul Roads with Automatic Technology

Beijing Soly Technology Co., Ltd. is a leading manufacturer, supplier, and integrator of advanced industrial automation solutions. We are proud to introduce our latest product for the mining industry, which is designed to revolutionize the way haul roads are navigated.

Our innovative system combines advanced sensors, artificial intelligence algorithms, and cutting-edge software to help heavy-duty trucks navigate haul roads with unparalleled ease and efficiency. With this technology, mining companies can reduce costs, improve worker safety, and increase productivity.

Our state-of-the-art system enables trucks to automatically steer and brake, adjust speed, and detect obstacles and other hazards to ensure smooth and safe operation. It also provides operators with real-time feedback and recommendations for optimal route planning, vehicle maintenance, and fuel management.

At Beijing Soly Technology Co., Ltd., we are committed to helping our customers succeed by providing them with the most advanced and reliable automation solutions available. Contact us today to learn more about our products and services.
  • Introducing our latest technology solution to the mining industry, an Autonomous Haulage System that is designed to allow mining companies to automatically navigate their haul roads with ease. With the ability to map and track haulage routes, our system utilizes advanced algorithms to calculate the optimal path to transport material from point A to point B, without any manual intervention or human error. Our Autonomous Haulage System is equipped with state-of-the-art sensors, cameras, and GPS technologies that enable it to detect any obstacles, anticipate potential hazards, and adjust speed and direction accordingly, ensuring a safe and efficient operation at all times. With the ability to automatically adjust to changes in terrain, weather conditions, and truck traffic, our system enhances productivity, reduces maintenance costs, and optimizes fuel consumption, resulting in a significant reduction in operational costs. Our system is highly customizable, making it easy to adapt to changes in the mining environment and operator preferences. The user-friendly interface allows operators to monitor and control the system from a central location, enabling real-time tracking and analysis of production data. In summary, our Autonomous Haulage System provides mining companies with a reliable and cost-effective solution to automatically navigate their haul roads, improving safety, efficiencies, and cost savings. We are excited to introduce this revolutionary product to the mining industry and look forward to supporting our partners in their pursuit of achieving their productivity goals.
  • Epiroc's Pit Viper Autonomous Drills Achieve Milestone of Drilling Over One Circumnavigation of the Globe

    For the mining industry, drilling is a critical and time-consuming operation. In recent years, companies have been striving to automate this process, and Epiroc is among the leaders in this effort. Th
  • Harvard University Researches Extensive Impact of Pollution, Climate, Migration and Inequity on Human Health and Empowers Critical Decision-Making on Climate Change Consequences.

    article discussing the impact of pollution on human health and the efforts being made to combat it, with a focus on the initiatives being taken by Beijing Soly Technology. Beijing Soly Technology Lea
  • Shop for Efficient Sawdust Roller Dryer Machines Online!

    article as follows: Shandong Microwave Machinery Co., Ltd. offers a wide range of sawdust roller dryer machines, cylinder drying machines, and rattler-drying machinery that are ideal for industrial a
  • Reliable and Cost-effective Aviation Wheel, Brake & Hydraulics Repair & Overhaul Services offered by Rotable Repairs Ltd.

    Beijing Soly Technology Co., Ltd. and Rotable Repairs Ltd. Join Forces to Enhance Aviation Repairs and Overhauls Beijing Soly Technology Co., Ltd., a subsidiary of Shougang Group Mining Company, rece
  • ;