The primary goal of this presentation is to compete for and win the "Asım Kibar Blue Drop Awards" by showcasing an in-house engineering and HSE innovation at Assan Alüminyum. The presentation should accomplish the following key objectives:Eliminate Critical HSE Hazard: Demonstrate how a previously normalized and unreported thermal explosion risk during manual cutting was completely eliminated through 100% operator isolation and sub-second automatic retraction.Justify Financial ROI via Asset Protection: Show that despite a low monthly volume (4 shells/month), the project provides massive ROI by completely preventing multi-thousand-dollar scrap damage to high-value steel cores.Highlight Technical Innovation & Patentability: Emphasize that off-the-shelf market solutions failed, leading to a unique, patent-approved, current-sensing adaptive NC cutting algorithm engineered entirely in-house.Process Standardization & Compliance: Show the operational shift from an inconsistent, physically exhausting 6-hour manual task to a standardized, otonomous process meeting high safety standards (EN ISO 13849-1 PL d)
The primary goal of this presentation is to compete for and win the "Asım Kibar Blue Drop Awards" by showcasing an in-house engineering and HSE innovation at Assan Alüminyum. The presentation should accomplish the following key objectives:Eliminate Critical HSE Hazard: Demonstrate how a previously normalized and unreported thermal explosion risk during manual cutting was completely eliminated through 100% operator isolation and sub-second automatic retraction.Justify Financial ROI via Asset Protection: Show that despite a low monthly volume (4 shells/month), the project provides massive ROI by completely preventing multi-thousand-dollar scrap damage to high-value steel cores.Highlight Technical Innovation & Patentability: Emphasize that off-the-shelf market solutions failed, leading to a unique, patent-approved, current-sensing adaptive NC cutting algorithm engineered entirely in-house.Process Standardization & Compliance: Show the operational shift from an inconsistent, physically exhausting 6-hour manual task to a standardized, otonomous process meeting high safety standards (EN ISO 13849-1 PL d)
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Bu sunum, kritik risklerin yönetimi ve süreçlere entegrasyonu üzerine odaklanmaktadır. Manuel kesim süreçlerinin iyileştirilmesi, özgün teknolojilerin ve patentlerin önemi, ayrıca sürdürülebilir etki ve ölçüm kriterleri ele alınacaktır. Shell gerilimi gibi tehlikelerin yönetimi, %100 özkaynakla tasarım ve imalat süreçleri ile inovasyonun ödüllendirilmesi gibi konular, katılımcılara kapsamlı bir bakış açısı sunacaktır.