Replica IWC Da Vinci IW356605 – 1:1 Best Edition Blue Dial with Silver Markers

• Design Authenticity:

• 1:1 replica of the IWC Da Vinci IW356605, crafted to match the original’s size, design, and details
• 40mm stainless steel case with a polished finish for a sophisticated and modern look
• Striking blue dial with sunburst effect, complemented by silver markers for a premium and elegant appearance
• Date display at 3 o’clock for added convenience and functionality
• IWC logo engraved on the case back, emphasizing precision and attention to detail

• Material Specifications:

• Stainless steel case with a high-polish finish, ensuring durability and a premium look
• Scratch-resistant sapphire crystal with anti-reflective coating, providing clarity and protecting from glare
• Quality blue leather strap with contrast stitching for both comfort and luxury appeal
• Stainless steel pin buckle for secure and adjustable fastening

• Precision Crafting:

• Luminous hands and hour markers filled with Super-LumiNova for easy readability in low-light environments
• Fine engravings on the pushers and crown, combining both form and function
• Chronograph sub-dials for accurate timekeeping and daily utility
• 3ATM water resistance, providing light protection against water splashes

• Functional Engineering:

• Automatic mechanical movement for smooth, reliable timekeeping, with a sweeping second hand
• 44-hour power reserve, ensuring accurate timekeeping even when the watch is not worn for several days
• 3ATM water resistance, suitable for daily wear and light exposure to water
• Screw-down crown and pushers for added water resistance and protection of the internal movement

• Care Protocol:

• Use a microfiber cloth to clean the stainless steel case and sapphire crystal, preserving the clarity and preventing scratches
• Store the watch in a dry, padded box to protect it from moisture and dust
• Avoid prolonged exposure to water to preserve the leather strap’s quality and texture
• Wind the watch periodically if not worn frequently to maintain the mechanical movement’s functionality