Brief: See the solution in real use and note how it behaves under normal conditions. This video provides a detailed walkthrough of the manufacturing process for ATM equipment accessories, showcasing how stainless steel SECC and electroplated galvanized sheet steel are transformed into precision sheet metal stamping parts. You will observe the complete production workflow, from cutting and forming to final inspection, highlighting the precision and durability essential for critical financial machinery components.
Related Product Features:
Precision-engineered stamping parts with a tight tolerance of ±0.01mm for reliable performance in ATM equipment.
Constructed from high-quality SECC-T1N material, offering excellent corrosion resistance and structural integrity.
Features a durable silver paint pen surface finish for enhanced aesthetics and protection.
Designed with specific dimensions of L159.5mm x W117.9mm x T1.6mm to fit seamlessly into ATM assemblies.
Manufactured through a multi-step process including cutting, L-curve and U-curve forming, tapping, and cleaning.
Undergoes a rigorous full inspection and packaging process to ensure each part meets stringent quality standards.
Ideal for use as critical components in ATM equipment, ensuring long-term reliability and functionality.
Utilizes electroplated galvanized sheet steel for added durability and resistance to environmental factors.
Pertanyaan:
What materials are used in these ATM equipment stamping parts?
These stamping parts are made from SECC-T1N, a type of electroplated galvanized sheet steel, which provides excellent corrosion resistance and strength for demanding ATM applications.
Apa tingkat toleransi untuk bagian pencetakan presisi ini?
Bagian-bagian diproduksi dengan toleransi yang tepat ± 0,01 mm, memastikan kesesuaian sempurna dan operasi yang dapat diandalkan dalam perakitan peralatan ATM.
Perawatan permukaan apa yang diterapkan pada komponen-komponen ini?
Teknologi permukaan pena cat perak diterapkan, yang meningkatkan penampilan bagian dan memberikan lapisan pelindung tambahan terhadap keausan dan paparan lingkungan.
Apa langkah-langkah utama dalam proses manufaktur?
Proses manufaktur mencakup pemotongan, pembentukan kurva-L, penyadapan, pembentukan kurva-U, pembersihan, aplikasi lapisan akhir pena cat perak, dan inspeksi penuh akhir sebelum pengemasan.