2D laser scanner for measuring wear of kiln-fired refractory bricks for waste incineration.
Accurate and quick measurement of incinerator wear. Contributes to work efficiency.
In the waste incineration industry, accurately understanding the wear condition of refractory bricks in incinerators and performing appropriate maintenance is crucial for extending the lifespan of equipment and ensuring stable operation. Early detection of wear progression and planned repairs can reduce the risk of production stoppages due to unexpected failures. Our 2D laser scanner can measure in both horizontal and vertical directions, allowing for high-precision and rapid measurement of wear conditions in incinerators, such as displacement, strain, subsidence, and erosion, which were previously difficult to assess. 【Usage Scenarios】 - Identification of wear locations on refractory bricks inside the incinerator - Regular monitoring of wear progression - Support for maintenance planning 【Benefits of Implementation】 - Improved operational efficiency of the incinerator - Optimization of maintenance costs - Achievement of safe operations
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【Features】 ■ Capable of high-precision measurement (≦±2mm) ■ Captures fine changes with high resolution of 200,000 points/rev ■ Achieves short measurement times with high-speed measurement at 250Hz ■ Compact (270X200X125mm) and lightweight (2.3kg) for easy installation ■ Supports measurement in both horizontal and vertical directions 【Our Strengths】 Since our establishment, we have consistently developed our own products, handling everything from mechanical design to processing, circuit design, and programming. We continue to develop measuring instruments that meet customer demands through both OEM production and our own product sales. As the exclusive distributor for Swiss company Dimetix in Japan, we also sell high-precision laser distance meters and have a proven track record in developing measurement instruments for construction limits related to railways.
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【Applications】 ■ Tunnel cross-section measurement ■ Building clearance measurement ■ Trolley wire height/displacement measurement ■ Firebrick displacement measurement ■ Ground subsidence displacement measurement ■ Structural strain displacement measurement, etc. *For more details, please refer to the PDF document or feel free to contact us.
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Since its establishment, we have been involved in the development of our own products, starting from gathering ideas, and have repeated the processes of mechanical design, processing, circuit design, and embedded programming every year. Currently, we are engaged in both OEM production and the sale of our own products, and we intend to continue developing measuring instruments that can further meet our customers' needs. We are also the general agent for Dimetix in Switzerland and are focusing on the sales of red laser distance meters. This product has been adopted for measuring the height of the Tokyo Skytree, the tallest structure in the world. We believe there are still many applications for this technology, and we would like to explore each one. In recent years, we have also been focusing on measuring instruments for railway-related construction limits. We have started to receive inquiries from East Japan Railway Company regarding the development of measuring instruments for construction limits in various fields such as construction, civil engineering, signaling, and power. Additionally, we received an Encouragement Award at the 28th Ota City Small and Medium Enterprises New Products and New Technologies Competition for our graphic-integrated construction limit measuring instrument.
