VIV Europe, From Feed To Food

Accuracy in industrial manufacturing isn’t a one-time setup; it’s a commitment. From daily maintenance to self-cleaning tech, learn how to protect your equipment’s lifespan and eliminate costly production downtime. In industrial manufacturing, process instruments are critical for ensuring process safe and efficient operations. Whether measuring temperature, pressure, flow, or liquid levels, the precision and reliability of these instruments directly impact production efficiency and product quality. However, optimal performance isn’t achieved once. It is built on a foundation of consistent maintenance and swift technical support. The Strategic Value of Consistent Daily Maintenance Industrial instruments are constantly exposed to environmental factors, varying media, and mechanical vibrations, which can lead to measurement drift or failure. Proper maintenance provides guaranteed measurement accuracy by ensuring precise data and preventing drift from affecting production decisions. It also extends equipment lifespan by reducing wear and corrosion, minimizes downtime through early detection of potential issues, and significantly lowers long-term repair expenses while enhancing

RETTAR’s 3DPro2300 Radar Scanner revolutionizes coal silo management with 180°x360° scanning. By eliminating blind spots and providing real-time 3D data, it ensures precise inventory control and enhanced safety for thermal power plants. In the production chain of thermal power plants, accurately mastering the amount of coal inside storage silos and monitoring the surface morphology is directly related to the stability of fuel supply, cost control, and production safety. However, traditional measurement methods often fall short when facing the large-scale coal silos common in power plants, suffering from numerous blind spots, low precision, and delayed information that fail to meet actual operational needs. Precise measurement The 3DPro2300 Radar Scanner, specifically designed by BEIJING RETTAR TECHNOLOGY CO., LTD. for such industrial scenarios, is becoming a key tool to break through the bottlenecks of precise measurement in power plant coal silos. Its core value lies in completely solving the main pain points of large silo measurement: * Comprehensive All-Around Scanning; Featuring a 180° x 360° full-space scanning capability, the device performs a complete and seamless 3D scan of the entire

Symach has released a new case study video featuring Coloma Farm, demonstrating how automated palletizing systems optimize packaging lines, reduce downtime, and improve reliability in bulk agricultural processing. Advanced Palletizing Solutions for the Potato Industry The featured video highlights the integration of Symach’s palletizing technology within Coloma Farm’s production environment. By automating the end-of-line process, the facility has achieved significant improvements in operational stability. The system is designed to handle the specific demands of the potato industry, ensuring that bulk products are stacked with precision to maintain load integrity during transport. The customer testimonial emphasizes several key advantages of the Symach installation: Focus on Engineering Quality and System Flexibility * High-quality machine construction for long-term durability. * System flexibility to adapt to varying packaging requirements. * Professional technical support and collaboration from the Symach team. * Increased daily production output through reduced manual intervention. Strategic Impact on Agricultural Production Lines This collaboration illustrates

In the context of global food security and the rapid growth of smart agriculture, precise monitoring of grain levels and volumes in large-scale silos has become a strategic necessity. Traditional manual auditing in silos, which can stand dozens of meters high and hold thousands of tons, presents severe safety risks, including dust explosions, oxygen deprivation, and grain entrapment. The Challenge: Accuracy in High-Dust, High-Volume Storage Grain storage environments are characterized by high dust concentrations and fluctuating temperatures. For plant managers, the primary hurdles are twofold: - Safety Compliance: Eliminating the need for personnel to enter hazardous confined spaces. - Data Fidelity: Moving away from ”estimated” volumes toward a ”digital twin” that reflects the actual shape of the grain pile. The Solution: 3DPro2300 Radar Scanner To address these industrial bottlenecks, RETTAR introduced the 3DPro2300 Radar Scanner, a high-frequency sensing system designed to unlock the ”digital code” of smart grain storage. # 80GHz FMCW Technology for Dust Penetration; The 3DPro2300 utilizes 80GHz Frequency Modulated Continuous

In the vast and complex landscape of mining and aggregate yards, achieving efficient resource supervision and precise measurement is a long-standing industry challenge. Traditional methods are often hindered by low visibility, high labor costs, and data lag, making it difficult to meet the needs of modern dynamic management. Today, Beijing Rettar Technology Co., Ltd. (RETTAR) is transforming these operations with the 3DPro2501 Laser Scanner, bringing a new level of vitality to industrial monitoring. Visibility and Data Gaps in Mining Mining and aggregate yards are at the core of resource extraction, where efficiency directly impacts safety and profitability. In these environments, heavy dust is a constant—especially during blasting or heavy machinery operations. This poor visibility makes volume estimation and stockpile assessment extremely difficult. Conventional manual measurements are not only slow but often inaccurate due to environmental interference. As global regulations on resource management tighten, industries need a transition from ”static records” to ”real-time dynamic monitoring.” 3DPro2501 Laser Scanner

Coal washeries face high chemical waste due to poor slurry control. RETTAR Thicker Bed Level Monitoring offers precision, saving millions annually. Coal slurry thickeners are the core of solid-liquid separation in coal washing, and their operational efficiency directly affects the economic benefits of coal washeries. However, traditional thickener management methods have long been plagued by prominent problems: turbid overflow risks, uncontrollable flocculant (PAM) costs due to experience-based dosing, and inefficient maintenance caused by easy interference of traditional instruments. To address these pain points, RETTAR Thicker Bed Level Monitoring System provides a professional solution. With vertical penetration sensing, dual-signal scanning and cloud intelligent control as its core, the system’s probe goes deep into the thickener, directly penetrating the coal slurry medium to accurately monitor the distribution of clear liquid layer, sedimentation layer and sludge layer, avoiding data distortion caused by tank wall scaling and bubbles. The system dynamically adjusts flocculant dosage according to real-time

For continuous operations and cost optimization in mining and material processing plants, precisely determining the actual material volume and inventory within silos is a critical factor. Traditional level sensors provide limited point data, leading to inaccurate volume estimates and unreliable inventory reports, especially when facing high dust or extreme environmental conditions. RETTAR offers a breakthrough solution using its robust 3D Radar Scanning technology. The 3DPro2300 Series Radar Scanner provides the high-penetration, accurate 3D data required for complex interior volume calculations, offering a reliable monitoring architecture for smart inventory management. ATEX-Certified Reliability for Silo Environments The RETTAR 3DPro2300 Series Radar Scanners are specifically engineered for environments where lasers fail. Their superior wave penetration and environmental immunity make them the ideal choice for high-dust, high-humidity, or confined silo environments