Introducing the all-new Digitex X Invicta Collaboration Men’s Watch – Black (ACW424-002), a sophisticated fusion of style and functionality designed to elevate your everyday look while offering unparalleled versatility.
Crafted with the finest attention to detail, this shock-resistant digital sport watch embodies durability and modern design. Its sleek black finish isn’t just a fashion statement; it’s a mark of reliability that complements your lifestyle, whether you’re in the office or exploring the outdoors.
Key Features & Benefits:
- Stylish Design: Crafted to seamlessly complement any attire, exuding a contemporary and timeless vibe.
- Built Tough: Shock-resistant construction ensures durability, withstanding minor impacts during your daily adventures.
- Versatile Functionality: From standard timekeeping to stopwatch and alarm functions, it caters to your diverse lifestyle needs.
- Water-Resistant: Handles minor splashes, but caution is recommended for prolonged exposure to water.
- Elevated Visibility: Cold light function for improved visibility in varying lighting conditions.
Watch Set Instructions:
- Setting Time: Access time mode by pressing mode three times, adjust using Reset and Start.
- Setting Alarm: Press mode twice, adjust using Reset and Start.
- Stopwatch Mode: Single press mode to access, use Start to start/stop, and Reset to reset.
Specifications:
| Feature | Details |
| Standard Display | Hour, minute, second, month, date, and week |
| Cold Light Function | Enhanced visibility in various lighting conditions |
| Stopwatch | Precise timekeeping for your activities |
| Alarm & Hourly Chime | Convenient reminders for your day |
Care Guide Included: Understanding the importance of care, we provide detailed care instructions for your watch’s longevity.
Embrace sophistication and functionality with the Digitex X Invicta Collaboration Men’s Watch. Elevate your style, seize every moment, and add this exceptional timepiece to your collection today!
*In some instances, the colors in the images may slightly differ from the real product.
