Draeger Polaris 100/200

Want to make your ICU or ICCU more effective and efficient by increasing the luminous visibility? Then install Polaris100/200 now.

The Draeger Polaris 100/200 surgical lights are designed to enhance visibility in ICUs, ICCUs, and operating rooms. They deliver cool, natural-colored light with rich contrast, ensuring thousands of hours of reliable operation while remaining budget-friendly for maintenance. These systems are perfect for hospitals aiming to improve efficiency and precision in critical care areas.

Why Choose Polaris 100/200

Polaris 100/200 combines durability, advanced LED technology, and ergonomic design. Both models provide consistent light output with minimal heat and shadow control for unobstructed surgical procedures. Their long-lasting LEDs and reliable battery system support continuous use, while adjustable color temperature and ambient light settings allow customization for any procedure.

Technical Data

Operational Application:       Surgical light with basic functions.

Light-field diameters  :           20 cm.

Light intensity :                       P100: 40000 – 120000 lx; P200: 20000 – 160000 lx.

Ambient light intensity:        300 lx.

Color temperature:                 4400, 5000, 5600 Kelvin.

Number of LEDs:                    P100: 48 LEDs in 8 modules; P200: 66 LEDs in 11modules.

Service life of LED:                50000 hours.

Light head diameter    :         0.62 m.

Battery charging time :         24 hours.

Bridging time  :                      180 min.

Benefits of Polaris 100/200

• Enhanced visibility with natural colors and rich contrast
• Long-lasting LED lights reduce replacement and maintenance costs
• Ergonomic design for easy positioning and sterile operation
• Adjustable light intensity and color temperature for procedure flexibility
• Reliable battery backup ensures an uninterrupted workflow during power fluctuations

The Draeger Polaris 100/200 surgical lighting systems offer hospitals a dependable, high-performance solution for improved patient care, increased precision, and efficient operation in ICUs, ICCUs, and surgical environments.