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DRAGON
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High Brightness and Color Temperature Adjustment
LED surgical lights offer extremely high brightness and typically feature multi-level brightness adjustment functionality, allowing users to adjust light intensity as needed. The color temperature is typically around 6000K, simulating natural daylight, which aids doctors in accurately observing details.
Featuring a multi-head, multi-beam design, these lights achieve seamless coverage without blind spots, eliminating shadows during procedures and ensuring clear visibility of the surgical area.
LED light sources consume low energy, generate minimal heat, and help reduce hospital energy costs.
LEDs have a lifespan of over 50,000 hours, reducing replacement frequency and maintenance costs.
The multi-joint design and rotatable adjustment allow operators to easily position the light source at the optimal angle.
The robust structure is designed to withstand the demanding conditions of medical environments.
Surgery: Provides detailed, bright lighting to help doctors identify tissue structures.
Dental Treatment: Ensures a clear field of view for dental procedures.
Laboratory Testing: Provides a stable light source to support scientific research and analysis.
Cosmetic Surgery: Enhances the precision and effectiveness of procedures.
High Brightness and Color Temperature Adjustment
LED surgical lights offer extremely high brightness and typically feature multi-level brightness adjustment functionality, allowing users to adjust light intensity as needed. The color temperature is typically around 6000K, simulating natural daylight, which aids doctors in accurately observing details.
Featuring a multi-head, multi-beam design, these lights achieve seamless coverage without blind spots, eliminating shadows during procedures and ensuring clear visibility of the surgical area.
LED light sources consume low energy, generate minimal heat, and help reduce hospital energy costs.
LEDs have a lifespan of over 50,000 hours, reducing replacement frequency and maintenance costs.
The multi-joint design and rotatable adjustment allow operators to easily position the light source at the optimal angle.
The robust structure is designed to withstand the demanding conditions of medical environments.
Surgery: Provides detailed, bright lighting to help doctors identify tissue structures.
Dental Treatment: Ensures a clear field of view for dental procedures.
Laboratory Testing: Provides a stable light source to support scientific research and analysis.
Cosmetic Surgery: Enhances the precision and effectiveness of procedures.
