Automated Mine Shaft Inspections
The Lazaruss 3D scanner helps you run weekly automated mine shaft inspections that are thorough and completed in less than an hour. Our 3D laser scanning technology will generate state-of-the-art quality data that allows for predictive maintenance, enhanced mining safety and improved shaft degradation process.
The Lazaruss scanner specializes in swiftly acquiring an accurate 3D model coupled with high-resolution 360° images of your mine shaft.
Point Laz’s mining solutions incorporate reinforcement learning models that facilitate the ongoing improvement of mine shaft maintenance and the proactive detection of areas of concern. When integrated into your mine monitoring system, our cutting-edge technologies help you optimize your maintenance strategies and stay ahead of potential issues, which helps with the longevity and efficiency of your mining performance and operations.
Lazaruss has been designed for mine shafts. It’s user-friendly while also being specifically crafted to perform in challenging underground mining environments. With the robust IP67 components and the rugged design of our mine shaft scanner, we ensure the longevity and enduring performance of your device in the most demanding conditions.
By eliminating the need for workers to perform manual mine shaft inspections, Point Laz significantly improves miner safety and reduces the risks of on-the-job injuries. Mining safety is non-negotiable in the industry, and Point Laz takes a bold step towards optimal site safety management. By removing manual mine shaft inspection tasks, our technology serves as a protective shield for your miners and mitigates the inherent risks of the unpredictable mining environment. This ensures a safer workplace and fosters a culture of well-being and productivity.
Our advanced 3D laser scanning technology features 2 x survey-grade LiDAR and 7 high-resolution CMOS sensors, guaranteeing top-notch rendering quality. Before deployment, each device undergoes meticulous calibration to ensure optimal results and provide you with the most accurate data for your mine monitoring system.
Address the constraints posed by mandatory mine shaft inspections and unexpected maintenance, which collectively consume 6% of production time. These issues translate into substantial losses, ranging from $0.3 to $2 million per week for underground mine operators. Lazaruss helps you proactively manage inspections, minimize mine shaft downtime and optimize production, ultimately mitigating your financial losses.
Revolutionize mining safety and efficiency with our solutions developed for underground mine shafts.
Frequently asked questions
Absolutely, our GT version of the Lazaruss mine shaft scanner is designed with precision in mind. Offering an impressive 5mm accuracy for guide alignment, it ensures meticulous measurements to meet the highest standards in the industry.
The system is securely clamped onto the mine shaft’s cable cage through our proprietary design, ensuring a swift and hassle-free installation process. Our innovative clamps come equipped with adapters designed to fit any cable diameter, which makes our laser scanning technology versatile and easy to use.
Our cable clamps are made from aluminum, chosen for its lower abrasiveness and resistance compared to other mine shaft cable materials. These clamps are designed to safeguard the integrity of your cables and have been validated by cable manufacturers.
Certainly, our advanced system is designed for versatility and can seamlessly process data from any type of mine shaft in the industry. However, it's important to note that different adapters for cable diameter as well as brackets for guide alignment systems might need to be manufactured before you can start performing mine shaft inspection scans. Our process is fully customizable and multiple parameters can be set depending on your needs. Point Laz’s mining solutions are tailor-made to meet the unique needs of your mine shaft operations.
The data is transferred via USB onto our web app. The file size can vary depending on the export type and duration of the mine shaft data acquisition.
