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The operating shadowless Light boasts novel styles and a rational structure, widely used in diverse settings. Additionally, its streamlined, fully enclosed structure enables it to fully meet the disinfection requirements for operating rooms.
1. Structural materials & safety standards:
Balanced Lamp Arm: Constructed from self-extinguishing grade materials, meeting and exceeding the specifications of the IEC Standard (International Electrotechnical Commission).
Mirror Surface: Crafted from imported German aluminum and treated with patented oxidation technology. Its service life is over five times longer than that of coated reflection systems.
Lamp Head Design: Streamlined structure facilitates the application of laminar air flow in the operating room and complies with the sterility requirements for clean surgery.
2. Light source performance:Bulbs:
Adopts imported Osram bulbs with a service life of ≥1,500 hours. Equipped with automatic bulb switching function that completes in 0.2 seconds, without affecting the illumination intensity or the surgical field at all.
Thermal Energy Control: Features expert-recommended thermal energy technology, filtering out 99.5% of infrared rays.
The temperature rise at the patient’s injurysite is only 11 °C, which is within the international standard limit (≤12°C), effectively eliminating the risk of moisture evaporation in the surgical field.
3. Optical technology:
Reflection System: Integrates advanced European CAD/CAM optical reflection technology, utilizing over 5,280 lenses. This design truly achieves illuminationclose to natural daylight and an optimal shadowless effect in the surgical field.
Color Temperature Calibration: An expert-designed calibration system, providing a color temperature of 4,500K (close to natural daylight). It ensures surgeons can clearly and accurately identify the colors of blood vessels, nerve bundles, and other tissues in the surgical area.
4. Operation & Control Functions:
Integrated Control Panel: Combines power switch, brightness adjustment, and secondary lamp detection in one unit. Features a 0-100 level brightness adjustmentmemory function for intuitive and convenient operation by doctors.
Dual-Control System: Supports brightness adjustment via both the panel controller and the remote control.
The remote control also enables seamless switching between the main lamp and the secondary lamp.
| Model | OSL-F500 |
| Illumination | 35,000 –160,000 Lux |
| Color Temperature | 4500 ±250 K |
| Light Spot Diameter | 160 –280 mm |
| Focus Depth (Adjustable) | 50 –180 cm |
| Brightness Adjustment | 0 –100 levels |
| Surgeon'S Head Temperature Rise | ≤ 2 °C |
| Power Supply | AC 100/240 V, 50/60 Hz |
| Input Power | 200 W |
| Bulb Power | 24 V, 150 W |
| Filter | Primary filter, HEPA filter |
| Automatic Switching Between Main and Secondary Lamps | 0.2 seconds |
| Installation Method | Movalbe & Ceiling Installation |
| Color Rendering Index (Cri) | ≥ 97% |
| Shipping Size (W×D×H) | 140×76×43 mm |
| G.W. | 86 Kg |
The operating shadowless Light boasts novel styles and a rational structure, widely used in diverse settings. Additionally, its streamlined, fully enclosed structure enables it to fully meet the disinfection requirements for operating rooms.
1. Structural materials & safety standards:
Balanced Lamp Arm: Constructed from self-extinguishing grade materials, meeting and exceeding the specifications of the IEC Standard (International Electrotechnical Commission).
Mirror Surface: Crafted from imported German aluminum and treated with patented oxidation technology. Its service life is over five times longer than that of coated reflection systems.
Lamp Head Design: Streamlined structure facilitates the application of laminar air flow in the operating room and complies with the sterility requirements for clean surgery.
2. Light source performance:Bulbs:
Adopts imported Osram bulbs with a service life of ≥1,500 hours. Equipped with automatic bulb switching function that completes in 0.2 seconds, without affecting the illumination intensity or the surgical field at all.
Thermal Energy Control: Features expert-recommended thermal energy technology, filtering out 99.5% of infrared rays.
The temperature rise at the patient’s injurysite is only 11 °C, which is within the international standard limit (≤12°C), effectively eliminating the risk of moisture evaporation in the surgical field.
3. Optical technology:
Reflection System: Integrates advanced European CAD/CAM optical reflection technology, utilizing over 5,280 lenses. This design truly achieves illuminationclose to natural daylight and an optimal shadowless effect in the surgical field.
Color Temperature Calibration: An expert-designed calibration system, providing a color temperature of 4,500K (close to natural daylight). It ensures surgeons can clearly and accurately identify the colors of blood vessels, nerve bundles, and other tissues in the surgical area.
4. Operation & Control Functions:
Integrated Control Panel: Combines power switch, brightness adjustment, and secondary lamp detection in one unit. Features a 0-100 level brightness adjustmentmemory function for intuitive and convenient operation by doctors.
Dual-Control System: Supports brightness adjustment via both the panel controller and the remote control.
The remote control also enables seamless switching between the main lamp and the secondary lamp.
| Model | OSL-F500 |
| Illumination | 35,000 –160,000 Lux |
| Color Temperature | 4500 ±250 K |
| Light Spot Diameter | 160 –280 mm |
| Focus Depth (Adjustable) | 50 –180 cm |
| Brightness Adjustment | 0 –100 levels |
| Surgeon'S Head Temperature Rise | ≤ 2 °C |
| Power Supply | AC 100/240 V, 50/60 Hz |
| Input Power | 200 W |
| Bulb Power | 24 V, 150 W |
| Filter | Primary filter, HEPA filter |
| Automatic Switching Between Main and Secondary Lamps | 0.2 seconds |
| Installation Method | Movalbe & Ceiling Installation |
| Color Rendering Index (Cri) | ≥ 97% |
| Shipping Size (W×D×H) | 140×76×43 mm |
| G.W. | 86 Kg |