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Endoscopy LED Light Source

Price 260 USD ($)/ Piece

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MOQ : 1 Piece

Endoscopy LED Light Source Specification

Features
Long Life, High Brightness, Instant Start

Display Type
Digital Intensity Display

Measurement Range
Brightness: 0-100% (adjustable)

Instruments Type
Surgical/Diagnostic Equipment

Frequency
50/60 Hz

Usage Type
Hospital/Clinic

Accuracy
High

Function
Provides High Intensity Light for Endoscopy

Storage Instructions
Store in dry and clean place

Equipment Type
Endoscopy LED Light Source

Material
ABS Body / Stainless Steel Front Panel

Condition
New

Technology
LED Illumination

Portable
Yes

Wall Mounted
No

Real-Time Operation
Yes

Noise Level
Low

Operating Type
Electrical

Use
Medical Endoscopy Procedures

Power Source
Electric

Power Consumption
30-50 W

Voltage
220 V AC, 50/60 Hz

Dimension (L*W*H)
32 x 23 x 10 cm (approx.)

Weight
Approx. 3.5 kg

Color
White & Blue

Intensity Control
Digital & Smooth Rotary Knob

Cooling System
Forced Air Cooling Fan

Start Time
Instant (<1 second)

Light Output Port
Standard Fiber Optic Port, Compatible with Wolf/Storz/Olympus Endoscopes

Remote Control
Optional

Lamp Life
50,000+ hours

Lighting Color Temperature
5,500 - 6,500 K

Fuses Provided
Yes, Inbuilt Protection

About Endoscopy LED Light Source

Advin LED endoscopy lightsource with remote control and touch screen function is the latest product inthe market. This represents the latest technology for the LED development. Itis used in endoscopy, Microscopy, ETC.

Advanced Features:

Max. Power: 120W

Versatile Compatibility

Designed for effortless integration, the light source connects with Wolf, Storz, and Olympus endoscopes using a standard fiber optic port. It supports a wide array of surgical and diagnostic instruments, enhancing usability across multiple procedures. This compatibility ensures medical teams can switch seamlessly between endoscopes without needing multiple devices.

Advanced Illumination Technology

Utilizing LED illumination, this device delivers high brightness and color temperature ranging from 5,500 to 6,500 K. The instant start function ensures zero delays, while the adjustable brightness, controlled via digital display and rotary knob, facilitates optimal visibility in real-time during endoscopic operations. The forced air cooling fan maintains efficiency and low noise levels.

Durable and Safe Design

Engineered for resilience, the ABS body and stainless steel front panel protect internal components for long-term operation. Inbuilt protection mechanisms and provided fuses ensure safe electrical performance. The units lightweight and portable build, combined with low power consumption, allows flexible movement within clinical settings.

FAQs of Endoscopy LED Light Source:

Q: How does the intensity control function operate on the Endoscopy LED Light Source?

A: The device offers both digital and smooth rotary knob intensity controls, allowing precise adjustment of light output from 0% to 100%. Brightness levels can be viewed on the digital display, letting users quickly tailor illumination based on procedural requirements.

Q: What benefits does the LED lamp technology bring to medical endoscopy procedures?

A: LED illumination provides consistent, high-intensity light with a color temperature of 5,5006,500 K. Its long life of over 50,000 hours reduces maintenance costs and downtime. Instant start ensures uninterrupted workflow, and high brightness improves visual clarity during diagnostic and surgical operations.

Q: When should the built-in protection and fuses be checked for optimal performance?

A: The built-in protection and supplied fuses should be periodically inspected during routine maintenance to ensure electrical safety and reliable operation. This practice helps prevent potential malfunctions, safeguarding equipment and users in clinical environments.

Q: Where can the Endoscopy LED Light Source be used most effectively?

A: This device is specifically designed for use in hospitals and clinics, supporting both surgical and diagnostic endoscopy procedures. Its portable design allows it to be moved conveniently between examination rooms and operating theatres as needed.

Q: What is the recommended process for storing the device when not in use?

A: The equipment should be stored in a dry and clean location to protect its electrical components and structural integrity. Proper storage minimizes the risk of moisture-induced damage and ensures consistent, reliable performance over time.

Q: How does forced air cooling contribute to device longevity and operational noise?

A: The forced air cooling fan maintains optimal operating temperatures, preventing overheating and extending the LED lamps lifespan. It also keeps noise levels low, reducing disturbance during sensitive medical procedures and enhancing user comfort.

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