Dual Dome LED Ceiling Mounted Surgical Light with 160,000 Lux Intensity
Product Specification Sheet
Dual Dome LED Ceiling Mounted Surgical Light with 160,000 Lux Intensity
Model Number: MTH-145
The Dual Dome LED Ceiling Mounted Surgical Light from Micro Technologies is engineered to provide exceptional illumination for modern operation theatres. Designed with advanced LED technology and superior color rendering, this lighting system ensures precise visibility during complex surgical procedures. Its ceiling-mounted configuration optimizes workspace efficiency while maintaining a sterile environment. Ideal for hospitals, medical colleges, and surgical centers, this unit delivers energy efficiency, long service life, and reliable performance, making it a trusted solution for healthcare professionals.
Product Specification
Micro Technologies proudly presents the Dual Dome LED Ceiling Mounted Surgical Light, a high-performance lighting solution designed to meet the demanding requirements of contemporary surgical environments. Delivering an impressive illumination intensity of 160,000 + 160,000 lux, this unit ensures uniform, shadow-free lighting, enabling surgeons to perform procedures with enhanced precision and confidence.
Equipped with 76 + 76 high-efficiency LEDs and a superior Color Rendering Index (CRI) of 95, the system provides accurate tissue color differentiation, which is critical for successful surgical outcomes. The adjustable light field size ranging from 12 to 30 cm and a color temperature of 4000–5000K allow customization according to various surgical needs. The Dual Dome LED Ceiling Mounted Surgical Light also features smooth dimming from 10% to 100% and an extended LED lifespan exceeding 50,000 hours, ensuring cost-effective and long-term operation. The Dual Dome LED Ceiling Mounted Surgical Light is ideal for hospitals and medical institutions seeking dependable, energy-efficient, and ergonomically designed surgical lighting.
Features
- High Illumination Output: Dual dome design delivering 160,000 + 160,000 lux for shadow-free surgical visibility.
- Superior Color Rendering: CRI of 95 ensures accurate tissue differentiation and enhanced clinical precision.
- Advanced LED Technology: 76 + 76 energy-efficient LEDs with an average lifespan exceeding 50,000 hours.
- Adjustable Light Field: Focus can be modified between 12–30 cm to suit various surgical requirements.
- Customizable Color Temperature: Adjustable range of 4000K–5000K for natural and comfortable lighting.
- Smooth Dimming Control: Light intensity can be adjusted from 10% to 100% for optimal illumination.
- Safe and Reliable Power Supply: Operates on 200V/50–60Hz with a 24V DC drive system for enhanced safety.
Benefits
- Enhanced Surgical Precision: High-intensity, shadowless illumination improves visibility and procedural accuracy.
- Cost-Effective Investment: Energy-efficient LEDs and long lifespan reduce maintenance and operational costs.
- Safety & Compliance: Designed to meet stringent medical standards for operation theatre environments.
- Ease of Use: Ergonomic design with flexible positioning and intuitive controls.
- Long-Term Value: Robust construction ensures reliable performance over many years of continuous use.
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Ceiling Mounted Unit |
| Model No. | MTH-145 |
| Type | Dual Dome LED Ceiling Mounted Surgical Light |
| Material | High-grade Powder-Coated Mild Steel with Aluminum/ABS Light Heads |
| Size / Model | Dual Dome, Adjustable Light Field (12–30 cm) |
| Usage | Operation Theatres, Hospitals, Medical Colleges, Surgical Centers |
FAQs
What makes this dual dome surgical light suitable for complex surgical procedures?
The dual dome configuration provides an illumination intensity of 160,000 + 160,000 lux, ensuring uniform and shadow-free lighting across the surgical field. With a high Color Rendering Index (CRI) of 95 and adjustable color temperature, surgeons can accurately distinguish tissue variations, which is essential for delicate and complex procedures. These features significantly enhance surgical precision and patient safety.
Is the surgical light energy-efficient and cost-effective?
Yes, the light utilizes advanced LED technology with an average lifespan exceeding 50,000 hours, minimizing energy consumption and reducing maintenance costs. The efficient 24V DC drive system ensures safe operation while contributing to long-term cost savings, making it a smart investment for healthcare facilities.
Can the illumination intensity and focus be adjusted during surgery?
Absolutely. The unit features smooth dimming capabilities ranging from 10% to 100%, allowing clinicians to tailor the lighting intensity according to procedural needs. Additionally, the adjustable focus enables the light field size to be modified between 12 and 30 cm, ensuring optimal illumination for various surgical applications.
Does the product include installation support and warranty?
Yes, Micro Technologies provides comprehensive installation assistance and dependable after-sales support to ensure seamless integration into your facility. The product is backed by a manufacturer’s warranty, and spare parts along with technical support are readily available, ensuring long-term operational reliability and customer satisfaction.
Why Choose Our Products
- Quality: Manufactured in compliance with international medical and industrial standards, ensuring safety and reliability.
- Durability: Robust construction using premium materials guarantees long service life in demanding healthcare environments.
- Accuracy/Performance: High-intensity illumination with superior CRI ensures precise and consistent surgical visibility.
- Usability & Support: Ergonomic design with responsive customer support and customization options for institutional requirements.
Call to Action
Upgrade your operation theatre with a dependable and high-performance lighting solution. Request a quote today or contact us for bulk orders to discover how this advanced dual dome surgical light can meet your institutional requirements. Trusted by hospitals and laboratories for precision, reliability, and long-term value.
