The SOLIDAT SLDL6500 Belt Integrated Monitoring System enables belt safety management and real-time measurement of material volume

As a leading enterprise in the global field of integrated radar automation and machine vision technology, SOLIDAT Applied Technologies Ltd is deeply engaged in bulk material handling scenarios such as mining, ports, and heavy industry. Based on in-depth deconstruction of core pain points in conveyor belt operations and continuous iteration of cutting-edge technologies, we are proud to launch the SLDL6500 Belt Integrated Monitoring System. This product deeply integrates high-precision RGBD visual perception, real-time 3D reconstruction, and edge computing core technologies, breaking through the limitations of traditional solutions with non-contact intelligent monitoring. It builds a full-dimensional, high-precision, and self-adaptive full-process control system for conveyor belts for global customers, redefining the digital operation standards and technological development paradigm of the bulk material conveying industry.

In the entire chain of bulk material conveying, the technical shortcomings of traditional monitoring solutions have become the core constraint to the industry's intelligent upgrading. Belt scales based on load cells are affected by factors such as fluctuations in material moisture content and uneven material distribution, resulting in a mass measurement error of up to 5%-10%, and requiring high-frequency calibration and maintenance, which seriously affects production continuity; laser scanning solutions, limited by wavelength, are easily reflected by environmental media such as dust, rain, snow, and fog, leading to a sharp decline in measurement stability in complex industrial scenarios, along with high maintenance costs and field of view limitations; contact-type deviation detection equipment adopts a passive triggering mechanism, with significant response lag, often leading to irreversible losses such as material spillage and conveyor belt wear, directly pushing up operating costs. Based on more than ten years of industry technical accumulation, SOLIDAT has deeply integrated machine vision technology with edge computing architecture to innovatively develop the SLDL6500 Belt Integrated Monitoring System. With core technological strength, it solves three major industry pain points: adaptability to harsh working conditions, measurement accuracy, and real-time responsiveness, providing core technical support for the intelligent upgrading of bulk material conveying.

 

The SLDL6500 Belt Integrated Monitoring System builds an intelligent control ecosystem for the entire chain of bulk material conveying through multi-dimensional technological innovations. Equipped with SOLIDAT's proprietary high-precision RGBD visual sensor, the product can simultaneously collect 1080P high-definition color image streams and millimeter-level resolution depth data streams. Through the self-developed 3D point cloud reconstruction algorithm, it generates high-density color point cloud models in real time, realizing digital reproduction of material morphology and conveying scenarios; it has a built-in industrial-grade high-performance edge computing unit with a heterogeneous computing architecture, which can complete real-time processing of millions of point cloud data per second, ensuring millisecond-level output of monitoring results. Its non-contact measurement design fundamentally avoids the mechanical wear problems of traditional contact equipment, and at the same time has excellent environmental adaptability. It can operate stably in industrial environments with atmospheric pressure of 80～106KPa, wide temperature range of -10℃～+50℃, and relative humidity ≤85%, capable of penetrating light dust and water vapor without high-frequency cleaning and maintenance. The comprehensive failure rate of the equipment is reduced by more than 60% compared with traditional solutions.

The system builds core competitiveness through full-scenario function coverage, forming a multi-dimensional intelligent monitoring matrix: it accurately realizes adaptive calculation of conveyor belt speed in the full range of 0~6m/s, combines 3D reconstruction data of material cross-sectional area, and completes accurate measurement of instantaneous flow and cumulative flow through integral algorithms, with measurement error controlled within ±5%, providing highly reliable data support for production scheduling and inventory management; built-in AI intelligent recognition algorithm can realize real-time detection and hierarchical alarm of large-sized materials (parameters customizable), and based on 3D point cloud edge feature extraction technology, achieve millimeter-level conveyor belt deviation monitoring, warning of abnormal working conditions 3-5 seconds in advance, avoiding safety risks such as material spillage and equipment collision from the source, and extending the service life of the conveyor belt by more than 20%; it supports distributed storage of full-volume data for more than 5 years, providing multi-dimensional data traceability and trend analysis functions by hour, day, month, and year, compatible with industrial standard protocols such as TCP, ModbusTcp, and MQTT, which can be seamlessly connected to PLC/SCADA control systems, and also supports high-definition video streaming via tsp protocol and export of color point cloud data to meet the needs of multi-scenario data applications. In addition, the system adopts a modular design, with a recommended installation height of 1.2m~1.5m, which can realize full coverage of conveyor belts with a width of 0~3m. The installation process only requires 2-4 hours of downtime, adapting to complex installation scenarios such as inclined conveyor sections, stacker booms, and reclaimer corridors, taking into account the deployment of new projects and the upgrading and transformation of existing production lines.

 

Based on SOLIDAT's independently developed industrial-grade intelligent monitoring framework, the SLDL6500 Belt Integrated Monitoring System supports flexible expansion of functional modules and online algorithm upgrades. Customers can deploy core functions such as flow measurement, safety early warning, and data traceability in phases according to actual operational needs, realizing phased investment of capital costs and maximum return on value. Currently, the system has been successfully implemented in bulk material conveying scenarios in multiple industries around the world, including mining, ports, cement, chemicals, and non-ferrous metals, winning wide recognition for its excellent technical performance and scenario adaptability. In an application project of a lignite enterprise in Greece, the SLDL6500 reduced material loss rate by 35%, increased the average hourly output of equipment by 20%, and lowered comprehensive operating costs by 18% through precise flow control and early deviation warning, becoming a benchmark case for the industry's digital transformation.

 

"The SOLIDAT SLDL6500 System breaks the performance boundaries of traditional monitoring solutions through technological innovation, realizing full-link closed-loop control of precise perception, intelligent analysis, and real-time early warning in complex industrial environments - without relying on ideal working conditions or high-frequency maintenance, it can provide customers with highly reliable data support and full-dimensional safety guarantees, and is the core driving force for the bulk material conveying industry to transform from 'passive maintenance' to 'proactive prediction'," said the Technical Director of SOLIDAT. "We have always adhered to a customer-centric approach, providing customized, full-life-cycle technical solutions through technological iteration and in-depth scenario development, helping customers gradually achieve digitalization of production processes, intelligence of operation management, and pre-positioning of risk control, and ultimately reach the core business goals of cost reduction, efficiency improvement, and safety compliance."

 

SOLIDAT Applied Technologies Ltd is headquartered in Coventry, England, United Kingdom (COVENTRY, ENGLAND, UNITED KINGDOM), with branches and technical service centers on five continents around the world. Its China representative office is rooted in Beijing, building a full-chain localized service system of "technical consultation - solution design - installation and commissioning - operation and maintenance support", which can achieve technical response within 24 hours and on-site service within 48 hours. The SLDL6500 Belt Integrated Monitoring System strictly complies with ISO 9001 international quality standards and industrial safety certification specifications, and provides a one-year "three guarantees" warranty service from the date of delivery. For non-human-induced quality problems during the warranty period, customers can enjoy free maintenance and replacement of original factory parts, and at the same time receive lifelong technical upgrade and operation and maintenance consulting support, providing customers with full-life-cycle technical guarantee.

 

From precise measurement of material flow to prediction of equipment safety risks, from data traceability analysis to intelligent production scheduling, the SLDL6500 Belt Integrated Monitoring System leverages the core advantages of "multi-dimensional perception, precise calculation, and intelligent collaboration" to unlock the key links in the digital upgrading of the bulk material conveying industry. Choose SOLIDAT, choose SLDL6500, join hands with global cutting-edge technology, and unlock a new future ecosystem of efficiency, safety, and intelligence in the bulk material conveying industry!