SEFPRO launches 3D scanning technology to achieve digital and precise detection of glass kilns

2026-05-27 09:48:32

Recently, SEFPRO officially launched a professional 3D scanning service, which combines laser precision measurement technology with a team of senior technical experts to transform glass manufacturing furnace scanning into practical insights that can be implemented and analyzed, providing a new solution for furnace detection and refractory corrosion analysis in the glass industry.

The current glass manufacturing kilns are continuously iterating and upgrading, and accurately grasping the operating conditions and refractory material losses inside the furnace has become a core requirement in the industry. SEFPRO 3D scanning service is tailor-made for corrosion analysis of refractory materials, breaking through the limitations of traditional furnace inspection and upgrading from single data acquisition to deep analysis applications.

This service has multiple core advantages: it can complete repair operations, digital reconstruction after kiln autopsy analysis, and accurately draw corrosion profiles of refractory materials; Relying on the professional expert team of SEFPRO, we deeply analyze the corrosion mechanism and provide authoritative analysis reports; The measurement accuracy is extremely high, with an error as low as 1 millimeter within a distance of 5 meters, ensuring accurate and reliable data.

At the same time, SEFPRO 3D scanning adopts a safe and non-invasive detection method, with no structural damage risk throughout the process, ensuring the safety of kiln equipment. All data obtained from scanning can be permanently stored, supporting subsequent secondary processing. Analysis areas can be added at any time, and the performance of kilns at different operating stages can be compared, providing detailed and practical data support for kiln design optimization, refractory material selection, and daily maintenance strategy upgrades.

The application of SEFPRO 3D scanning technology will greatly enhance the scientific and efficient detection of glass kilns, assist glass manufacturing enterprises in accurately controlling the kiln status, optimize production and operation, and promote the development of the glass manufacturing industry towards digitalization and refinement.