Product Description:

• Design Authenticity:
The Replica Omega Seamaster Diver 300M 212.32.41.20.04.001 is crafted to mirror the iconic look of the original Seamaster with remarkable precision. Featuring the signature wave-patterned blue dial, helium-escape valve, and ceramic bezel, every detail is faithfully reproduced. The 41mm stainless-steel case and sleek design ensure a comfortable yet bold presence on the wrist.

• Material Specifications:

• Bezel: Ceramic bezel with a polished finish, offering scratch resistance and a clean look.
• Case: Stainless steel with a combination of brushed and polished surfaces for durability and visual appeal.
• Dial: Blue wave-patterned dial with a high level of detail for a true-to-original appearance.
• Crystal: Scratch-resistant sapphire crystal with anti-reflective coating for enhanced visibility.
• Strap: High-quality, textured calfskin-grade PU leather strap that ensures comfort and flexibility.

• Precision Crafting:
This 1:1 replica is constructed with high precision, using advanced machining techniques to replicate the original Omega Seamaster's design. The dial is printed with sharp, contrasting markers for maximum readability, while the chronograph pushers, date window, and bezel markings are meticulously aligned for an authentic look and feel.

• Functional Engineering:

• Movement: Quartz movement, providing reliable timekeeping with low-maintenance operation.
• Water Resistance: 300 meters (30 ATM), suitable for diving and underwater activities.
• Dimensions: 41mm case diameter and 13.5mm thickness, offering a balanced and versatile size that fits comfortably on most wrists.

• Care Protocol:
To maintain your Replica Omega Seamaster Diver 300M:

• Clean the leather strap regularly with a pH-neutral cleaner designed for PU leather.
• Wipe down the stainless-steel case and sapphire crystal using a microfiber cloth to remove fingerprints and dirt.
• Avoid exposure to extreme temperatures, harsh chemicals, or moisture when the watch is not in use to preserve the longevity of the materials and movement.