Gemax iLED Day Light Lamp Pro-I - Superior Daylight Lighting for Professional Jewelers

Elevate your professional workspace with the Gemax Precision iLED Daylight Lamp Pro-I, expertly designed for jewelers, gemologists, and quality control professionals who demand precision lighting. Equipped with a high-quality 6000K diffused LED light, this lamp offers true-to-life daylight color to enhance the accuracy of diamond and gemstone grading, ensuring you can assess colors, clarity, and cuts with confidence.

Whether you're working in a jewelry workshop, gemstone showroom, or conducting quality control inspections, the Gemax Precision iLED Daylight Lamp Pro-I delivers the ultimate in versatility and reliability. The lamp features a long and flexible arm, providing complete adjustability for optimal lighting positioning, while the sturdy, well-finished body ensures durability for long-term use in busy environments.

For added convenience, the table clamp design secures the lamp firmly to your workspace, and the optional heavy base offers a freestanding solution when needed. With energy-efficient LED technology, this lamp not only offers consistent brightness but also reduces power consumption—making it an eco-friendly choice for professionals.

• Light Type: High-quality, diffused LED light with a color temperature of 6000K (daylight white)
• Ideal Use: Diamond and gemstone color grading, quality inspections, jewelry workshops, showrooms
• Adjustability: Long, flexible arm for maximum positioning flexibility
• Mounting: Optional: Table Mount or Heavy Base
• Base Design: Space-saving rectangular utility base
• Light Output: No dimming, uniform light output
• Power Specifications: 100-240V~; 50Hz/60Hz; 18W Power
• LED Specifications: 100 pcs. iLED with 80 CRI
• Product Size: 500*62.5*950mm
• Build Quality: Sturdy body, well-finished, and built for long-term professional use
• Energy Efficiency: LED technology for reduced energy consumption and extended lamp life
• Color Rendering Index (CRI): High CRI for true-to-life color rendering