Brief: Join a quick walkthrough that focuses on what matters to users and operators. This video provides a detailed look at the manufacturing process of SECC-T1N Metal Stamping ATM Equipment Components, from cutting and forming to final packaging. You'll see how these precision parts are made and learn about their application in ATM equipment.
Related Product Features:
Constructed from electroplated galvanized steel sheet (SECC-T1N) for enhanced durability and corrosion resistance.
Precision dimensions measuring L148mm × W19.2mm × T1.0mm for exact fit in ATM assemblies.
Specifically designed for use as critical components in ATM equipment systems.
Manufactured through a multi-step process including cutting, teeth extraction, and protrusion.
Includes tapping and folding operations to create functional features and structural integrity.
Undergoes thorough cleaning to ensure parts are free from contaminants before use.
Final packaging and shipping processes designed to protect components during transit.
Engineered to meet the high reliability standards required for financial equipment applications.
Faqs:
What material are these ATM equipment components made from?
These components are manufactured from electroplated galvanized steel sheet, specifically SECC-T1N material, which provides excellent corrosion resistance and durability for long-term use in ATM equipment.
What are the exact specifications of these metal stamping parts?
The components have precise dimensions of L148mm in length, W19.2mm in width, and T1.0mm in thickness, ensuring proper fit and function within ATM equipment assemblies.
What manufacturing processes are used to create these components?
The manufacturing process includes cutting, teeth extraction and protrusion, tapping, folding, cleaning, and final packaging and shipping to ensure high-quality, precision parts ready for installation.
Are these components specifically designed for ATM equipment?
Yes, these SECC-T1N metal stamping components are specifically engineered and manufactured for use in ATM equipment, meeting the reliability and precision requirements of financial machinery applications.