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REF: MEN-2026-0135
Surgery
Surgical Light (Ceiling)
Sold & Shipped By
Official Store
Price on Request
Product Code MEN-2026-0135
Condition New
Availability In Stock
Warranty
Sub-Category LIght
1. Superior Illumination and Optics
High Intensity: Delivers intense illumination, typically ranging between 100,000 to 160,000 lux per light head at a distance of one meter.
Shadow less Technology: Uses multi-faceted reflectors or advanced LED arrays to ensure that even if part of the light path is obstructed by the surgical team, the area remains uniformly lit.
Deep Cavity Lighting: Engineered to provide consistent, deep, and focused illumination, which is crucial for complex surgical procedures.
Adjustable Focus: Allows for the adjustment of the spot size to match the surgical field, typically ranging from 120-350mm.
2. Advanced LED Technology
Cold Light Source: Modern LED technology generates minimal heat, preventing tissue drying and keeping the surgical area comfortable. Temperature rise in the surgical area is often kept below 1°C.
Adjustable Color Temperature: Many models offer adjustable color temperatures (e.g., 3500K-5000K) to enhance contrast and allow for better differentiation of tissue types.
High Color Rendering Index (CRI): Features high CRI (typically >95), ensuring accurate, true-to-life color reproduction, which is critical for tissue diagnosis.
Long Lifespan: LEDs offer over 50,000 hours of use, ensuring durability and reduced maintenance.
3. Engineering and Ergonomics
Two Independent Domes: The dual-head configuration provides redundancy and allows for illuminating the operative field from different angles to maximize shadow reduction.
Superior Maneuverability: Features high-quality balance arms (e.g., German-made Ondal) that provide 360-degree rotation and stable positioning without drifting.
Laminar Flow Design: The ultra-slim, streamlined design minimizes turbulence, ensuring compliance with strict laminar flow requirements in modern operating rooms.
Sterilizable Handles: Equipped with removable, autoclavable handles, allowing the surgeon to adjust the light within the sterile field.
4. Advanced Functionality
Endo Mode (Endoscopy Mode): A specialized low-light setting designed for minimally invasive, endoscopic, or laparoscopic surgeries.
Integrated Camera/Monitor Systems: High-definition (HD) cameras and medical-grade monitors can be integrated into the light head or on a separate arm for recording or teaching.
Control Interface: Usually comes with a user-friendly LCD touch screen, allowing for instant, precise adjustments of intensity, color, and focus.
5. Safety and Hygiene
IP54/IP65 Rating: The light heads are designed to be dustproof and waterproof (IP54 or higher), facilitating easy cleaning and disinfection.
Backup Power: Optional battery backup systems ensure continuous operation during power failures.
High Intensity: Delivers intense illumination, typically ranging between 100,000 to 160,000 lux per light head at a distance of one meter.
Shadow less Technology: Uses multi-faceted reflectors or advanced LED arrays to ensure that even if part of the light path is obstructed by the surgical team, the area remains uniformly lit.
Deep Cavity Lighting: Engineered to provide consistent, deep, and focused illumination, which is crucial for complex surgical procedures.
Adjustable Focus: Allows for the adjustment of the spot size to match the surgical field, typically ranging from 120-350mm.
2. Advanced LED Technology
Cold Light Source: Modern LED technology generates minimal heat, preventing tissue drying and keeping the surgical area comfortable. Temperature rise in the surgical area is often kept below 1°C.
Adjustable Color Temperature: Many models offer adjustable color temperatures (e.g., 3500K-5000K) to enhance contrast and allow for better differentiation of tissue types.
High Color Rendering Index (CRI): Features high CRI (typically >95), ensuring accurate, true-to-life color reproduction, which is critical for tissue diagnosis.
Long Lifespan: LEDs offer over 50,000 hours of use, ensuring durability and reduced maintenance.
3. Engineering and Ergonomics
Two Independent Domes: The dual-head configuration provides redundancy and allows for illuminating the operative field from different angles to maximize shadow reduction.
Superior Maneuverability: Features high-quality balance arms (e.g., German-made Ondal) that provide 360-degree rotation and stable positioning without drifting.
Laminar Flow Design: The ultra-slim, streamlined design minimizes turbulence, ensuring compliance with strict laminar flow requirements in modern operating rooms.
Sterilizable Handles: Equipped with removable, autoclavable handles, allowing the surgeon to adjust the light within the sterile field.
4. Advanced Functionality
Endo Mode (Endoscopy Mode): A specialized low-light setting designed for minimally invasive, endoscopic, or laparoscopic surgeries.
Integrated Camera/Monitor Systems: High-definition (HD) cameras and medical-grade monitors can be integrated into the light head or on a separate arm for recording or teaching.
Control Interface: Usually comes with a user-friendly LCD touch screen, allowing for instant, precise adjustments of intensity, color, and focus.
5. Safety and Hygiene
IP54/IP65 Rating: The light heads are designed to be dustproof and waterproof (IP54 or higher), facilitating easy cleaning and disinfection.
Backup Power: Optional battery backup systems ensure continuous operation during power failures.
1. Illumination Performance
Light Intensity (Central Lux): 120,000 to 160,000 Lux per light head at a 1-meter distance.
Color Rendering Index (CRI): Ra ≥95 to 97, ensuring accurate, true-to-life tissue color representation.
Color Temperature: Adjustable, generally ranging between 3,500K and 5,000K, allowing for changes in contrast (e.g., warmer for vascular, cooler for deep cavity).
Light Field Diameter (d10): Adjustable, typically between 15 cm and 35 cm, enabling focus from small, deep cuts to larger surface areas.
Depth of Illumination (L1+L2): ≥1000 mm to 1200 mm, crucial for maintaining focus at the bottom of deep cavities.
2. Operational Features
Shadow Management: Multi-point LED light source design ensures a "shadowless" effect even when a light head is partially blocked by the surgeon's head or hands.
Dimming & Control: 10-100% digital, stepless, or multi-stage dimming.
Endoscopy Mode: Specialized low-light setting for minimally invasive surgeries.
Camera Integration: Optional high-definition (HD) or 4K cameras and monitors can be integrated into the central axis for recording or teaching.
Sterilizable Handles: Removable, autoclavable handles for easy, safe sterilization.
3. Electrical and Mechanical
LED Lifespan: ≥50,000 to 80,000 hours, significantly reducing maintenance costs.
Heat Reduction: Minimal heat emission at the surgeon's head (<1°C temperature rise) and on the surgical field.
Power Input: Usually 220V/50Hz AC, with a 2-3kVA UPS (uninterruptible power supply) typically required for safety.
Suspension System: 360-degree rotation of both arms and heads for maximum flexibility, with a rotation radius often exceeding 180 cm.
Light Intensity (Central Lux): 120,000 to 160,000 Lux per light head at a 1-meter distance.
Color Rendering Index (CRI): Ra ≥95 to 97, ensuring accurate, true-to-life tissue color representation.
Color Temperature: Adjustable, generally ranging between 3,500K and 5,000K, allowing for changes in contrast (e.g., warmer for vascular, cooler for deep cavity).
Light Field Diameter (d10): Adjustable, typically between 15 cm and 35 cm, enabling focus from small, deep cuts to larger surface areas.
Depth of Illumination (L1+L2): ≥1000 mm to 1200 mm, crucial for maintaining focus at the bottom of deep cavities.
2. Operational Features
Shadow Management: Multi-point LED light source design ensures a "shadowless" effect even when a light head is partially blocked by the surgeon's head or hands.
Dimming & Control: 10-100% digital, stepless, or multi-stage dimming.
Endoscopy Mode: Specialized low-light setting for minimally invasive surgeries.
Camera Integration: Optional high-definition (HD) or 4K cameras and monitors can be integrated into the central axis for recording or teaching.
Sterilizable Handles: Removable, autoclavable handles for easy, safe sterilization.
3. Electrical and Mechanical
LED Lifespan: ≥50,000 to 80,000 hours, significantly reducing maintenance costs.
Heat Reduction: Minimal heat emission at the surgeon's head (<1°C temperature rise) and on the surgical field.
Power Input: Usually 220V/50Hz AC, with a 2-3kVA UPS (uninterruptible power supply) typically required for safety.
Suspension System: 360-degree rotation of both arms and heads for maximum flexibility, with a rotation radius often exceeding 180 cm.
Pre-Operative Preparation
Cleaning: Wipe down the light arms and heads with a, damp cloth, adhering to infection control protocols (avoiding harsh, non-approved disinfectants).
Sterile Covering: Apply sterile handle covers (sterilizable or disposable) to the control handles.
Power & Safety Check: Switch on the main wall control unit and verify that both light heads are functioning at maximum illumination.
Adjust Positioning: Ensure the suspension arms are stable and flexible, allowing for easy movement.
During Surgery (Operation)
Positioning: Grasp the sterile handle in the center of the light head to move it. Use the articulating arms to position the lights at the desired angle.
Shadow Management: Position the two heads from different angles to ensure that if one beam is blocked by the surgeon's hand or head, the other beam fills the gap, preventing shadows (shadow dilution).
Adjusting Brightness (Intensity): Use the controller, often located on the handle or a wall panel, to adjust the brightness levels (e.g., 5-stage dimming).
Adjusting Focus/Diameter: Use the handle to rotate or adjust the light field diameter to match the size of the surgical area (focussing).
Color Temperature: Some systems allow adjusting the color temperature (e.g., 3800K, 4300K, 4800K) to improve tissue differentiation.
Special Modes: Utilize specific modes if available, such as "Endo" mode for low-light conditions during endoscopy, or "Sensor" mode to adjust to movement.
Post-Operative Procedures
Power Down: Reduce the light intensity to the minimum setting and turn off the unit.
Clean and Sterilize: Remove the sterile covers. Wipe down the light head and handle with approved disinfectant wipes to remove contaminants.
Reposition: Move the lights to a designated parking position that does not interfere with air circulation (laminar flow).
Important Considerations
Heat Management: Avoid leaving the light heads too close to the patient for long periods to prevent burning, as light heads can radiate heat.
Safety Limits: Do not allow the two light fields to overlap in a way that creates excessive heat (>350 W/m²) on the patient, which could lead to complications.
Maintenance: Only trained personnel should adjust the mechanical tension of the arms
Cleaning: Wipe down the light arms and heads with a, damp cloth, adhering to infection control protocols (avoiding harsh, non-approved disinfectants).
Sterile Covering: Apply sterile handle covers (sterilizable or disposable) to the control handles.
Power & Safety Check: Switch on the main wall control unit and verify that both light heads are functioning at maximum illumination.
Adjust Positioning: Ensure the suspension arms are stable and flexible, allowing for easy movement.
During Surgery (Operation)
Positioning: Grasp the sterile handle in the center of the light head to move it. Use the articulating arms to position the lights at the desired angle.
Shadow Management: Position the two heads from different angles to ensure that if one beam is blocked by the surgeon's hand or head, the other beam fills the gap, preventing shadows (shadow dilution).
Adjusting Brightness (Intensity): Use the controller, often located on the handle or a wall panel, to adjust the brightness levels (e.g., 5-stage dimming).
Adjusting Focus/Diameter: Use the handle to rotate or adjust the light field diameter to match the size of the surgical area (focussing).
Color Temperature: Some systems allow adjusting the color temperature (e.g., 3800K, 4300K, 4800K) to improve tissue differentiation.
Special Modes: Utilize specific modes if available, such as "Endo" mode for low-light conditions during endoscopy, or "Sensor" mode to adjust to movement.
Post-Operative Procedures
Power Down: Reduce the light intensity to the minimum setting and turn off the unit.
Clean and Sterilize: Remove the sterile covers. Wipe down the light head and handle with approved disinfectant wipes to remove contaminants.
Reposition: Move the lights to a designated parking position that does not interfere with air circulation (laminar flow).
Important Considerations
Heat Management: Avoid leaving the light heads too close to the patient for long periods to prevent burning, as light heads can radiate heat.
Safety Limits: Do not allow the two light fields to overlap in a way that creates excessive heat (>350 W/m²) on the patient, which could lead to complications.
Maintenance: Only trained personnel should adjust the mechanical tension of the arms
