HD  Endoscope Camera

Technical Parameters

W.B.: Auto/manual

Image Sensor: 1/2.8 inch Progressive-scan High Sensitivity CMOS

Output Resolution: 1280(H) x720(V)

Image Freeze: One-click Freeze Singe Image

   Fiber Optic Couple: F18,F20,F22,F24,F28,F32,F35mm (optional)

Remote Control: Camera Head Have 2 remote Control Functions

Resolution: ≥900 line

Scanning Format: Progressive-scan 16:9

Min lllumination: 0.2lux

SNP:60dB

Video Output: CVBS/HD-SDI/HDMI/DVI

Waterproof  Camera Head,Soak Disinfection

Digital Output,The Image do not flicker,Without signal disappear

Camera Head Has The Functions Of Locking W.B.,And Remote Control,Ect

Produce structure

Mainly made of camera control unit, waterproof camera, and optical coupler.

Application scope: 

Be used in hospital for clinical endoscopic surgery, to amplify video or gain images during inside-body surgery. 

otoscope, nasoscope, laryngoscope, arthroscope, hysteroscope, laparoscope, vapour-resectoscope, etc.

Functional Characteristics:

1.  The camera is equipped with 1/3 inch SONY CCD image chip and DSP (Digital Signal Processor), and the horizontal resolution up to 580 TV line, supplying clear image and true colour restoration.
2.  OSRAM light source is used in this device, having the latest high-energy, low-power, high luminous flux, quickly brightened, uniform illumination, and wide angle. It’s useful life up to thirty thousand hours, energy-conserving and environment-protective. With 1~10 continuously adjustable illumination levels, you can observe current brightness level through the LCD screen.
3.  Compared with conventional xenon lamp, this integrative machine haves ultra-long useful life and ultra-low power consumption. It became more safe without ultraviolet rays. Real-time monitoring of its light source operating temperature is adopted in order to ensure it’s useful life, simultaneously you can read data and control the product running state through the LCD screen.

Working Principle

This equipment be connected to endoscope through optical coupler, and then accurately shine light at the lesion. The lesionshined by endoscope, and real-time tracing will be recorded then transmitted as video signals by CCD camera to image monitor or monitor or computer workstation for picture processing.