Borescopes for Aviation and Aerospace
Aircraft Turbine Remote Visual Inspections
Aviation Borescopes for Aircraft Inspections
Aviation Borescopes
As many aviation professionals know, routine aviation inspections are essential for not only ensuring and prolonging the lifespan of an aircraft vessel but mandatory for maintaining an airworthiness aircraft. Conducting aircraft borescope inspections, specifically utilizing an aviation video borescope system, aircraft owners and aeronautic technicians are able to uniquely inspect and thereby diagnose otherwise hard to reach areas of an aircraft. Compressors, combustion chambers, and turbine sections are all easily inspected when you have the power of aircraft borescopes at your disposal.
BCS Aviation Borescopes High Quality Inspections Without the High Price Tag.
3D Measurement Videoscope
3D Measurement Videoscope
BCS Optical F3000 Aviation Borescope Camera 3.9 mm & 6 mm, is an electronically controlled 3D Measurement Videoscope which has been independently developed by BCS optical Systems. It has the function of fast and high-precision global scanning, which can realize 3D cloud image modeling and 3D measurement, and fine-tune the navigation keys and confidence level assistance during measurement. Point selection, to achieve accurate measurement; the use of joystick electric control direction, fast/slow control guidance, step fine-tuning, precise steering positioning, detection is more efficient and convenient.
2D Measurement Videoscope
2D Measurement Videoscope
BCS Optical F3000 Aviation Borescope Camera 6 mm. Anyone involved in the turbine inspection process knows there are a lot of options available when it comes to borescopes, videoscopes, or even fiberscopes. These options range in price from a few hundred dollars to over $40,000. BCS Optical F5000 2D Aviation Borescope Camera 6 mm, was designed to provide the features, image quality, and ease of use necessary for this critical application, while respecting the fact that every company has to stay within a budget.
With our pistol-grip design, joystick-controlled articulation, and medical-grade camera, you owe it to yourself to see why the BCS Series Borescopes are becoming the top choice for Aviation AMT’s.
2D Specifications
Probe Diameter(mm) | Φ6 | ||
Camera Pixels | 1,000,000 | ||
Image Resolution | 1280×720 | ||
Video Resolution | 1280×720 | ||
DOF | front view: 10-100mm/ side view: 3-25mm or 10–100mm(optional) | ||
FOV | 120° | ||
Viewing Direction | 0° front view | 90° side view | 0° front view&90° side view |
Light Source | LED light/optic fiber | ||
Illuminance | maximum: 50000+Lx 1~9 levels adjustable light | ||
Tube Length | 1.5mtr / 3 mtr / 5 mtr / 6 mtr (customized for other length) | ||
Protecting Device of Durability | 42mm buffer protection device between tube and handle | ||
Articulation | 360° joystick-control articulation | ||
Bending Angle | maximun:190°(1.5M-3M)/120°(4M/5M)/ 100°(6M-7M)/ 90° (8M-10M) | ||
Probe Positioning | damping positioning & articulation lock device. | ||
Wi-Fi Transmission | image transmission to Mobile phone, computer by Wi-Fi(optional) | ||
Display | 5.1″ color IPS display, all sight viewing angle, sunshade design | ||
Display Resolution | 1280*960 | ||
Zoom In/Out | 8X | ||
Language | English / French / German / Spanish / Japanese / Russian / Korean/ Polish/ Italian | ||
White Balance Suppression | 5 levels adjustable | ||
White Balance | auto white balance, adjusts and eliminates speckles to achieve optimal images. | ||
Image Effect | negative film/ black & white/standard | ||
Temperature Indication | high temperature alarm (optional) | ||
IP Level | probe/tube: IP67 | ||
Software Function | playback, image parameters adjust and rotate | ||
Structure | hand-held integrated design | ||
Image/Video Format | JPEG/MOV | ||
Comparative Measurement | Use measuring probe and analog scale to compare and analyze the internal defect and size of the inspected object. | ||
Data Port | HDMI video output, Micro USB port with water &dust proof device | ||
Working Time | ≥8h | ||
Battery Capacity | 3.7V,3200mAh×2 | ||
Power Charge | DC5V, 1A | ||
Weight | 0.5Kg~0.8Kg | ||
Compatibility | interchangeable monitor and tube |
3D System Specifications
Series | F3000 39 Series | F3000 60 Series | ||||
Probe Diameter | Φ3.9mm | Φ6mm | ||||
Viewing Direction | 0° front view (90°side view for option) | |||||
DOF | 5-50mm | 10-100mm | ||||
FOV | 120° | |||||
Image Resolution | 640×480 | 1280×720 | ||||
Video Resolution | 640×480 | 1280×720 | ||||
Articulation | 360° all way | |||||
Light Source | optic fiber | |||||
Illuminance | 20000Lux | 80000Lux | ||||
Probe Material | Super wear-resisting alloy | |||||
Probe Length | 1mtr to 3 mtrs | |||||
Bending Angle | 150° / 120° | |||||
Protecting Device of Durability | buffer protection device between the host and wear-resistant tube | |||||
Display | 10.1” IPS touchscreen | |||||
Display Resolution | 1920*1200 | |||||
Zoom function | Image 8X | |||||
Language | English / French / German / Spanish / Japanese / Traditional Chinese / Simplified Chinese / Russian / Korean | |||||
Software upgrade | On-site upgrades are available via SD card and USB storage media | |||||
3D measurement | Point to point, point to surface, point to surface depth/ multiple point | |||||
circumference measurement, partial zoom window function(3 times calibration, measurement data list | ||||||
Utility software | MDI report generation software Dual video input switching software | |||||
(it shall be equipped with the direct side view switching pipeline) | ||||||
Picture in picture comparison software 3D measurement software | ||||||
Image adjustment | Image adjustment: resolution options/ 1:1/ full screen | |||||
Camera parameters setting: brightness/ contrast/ gamma/ ray/ saturation/sharpness | ||||||
Image effects: auto-balance/ negative film/mirror image or rotation/image freezing/Two photos comparison/Picture in Picture/Front view and side view on one screen/Dual-camera image | ||||||
Note text: annotation/free drawing/mark | ||||||
White Balance | Automatic | |||||
Image annotation | Seal (default/custom), doodle, text input | |||||
Image zoom in/out | 3X | |||||
Outer Case Mate | anti-fall engineering alloy material | |||||
Image / Video Format | JPEG / MP4 | |||||
Data Port | HDMI port, Micro USB port, SD slot, Air plug | |||||
Storage Temperature | -23℃~63℃ | |||||
Working Temperature | Host -15℃~50℃, when 0°C below, the display needs preheating. | |||||
Camera -25 ℃ ~80 ℃ , when 0°C below, please reduce probe articulation. | ||||||
Working Time | 2.5h | |||||
Battery Capacity | 3000mA/3.7V ×4 | |||||
Power Charge | DC12V / 1A / 10W | |||||
Videoscope Weight & Size | 2.65≤kg(battery included), 300×220×59mm | |||||
Compatibility | The handle can be replaced; with a variety of functional accessories | |||||
Dimension & G.W. | Complete Package Size: 59×24×37cm, 9.5KG / Single Probe Package Size: 50×16×42cm, 4KG |
What We Measure
Length
Measures the straight-line distance between two selected points.
Example Applications:
· Simple measurement of features or components
· Indication length measurement
· Measurement of component size migration through expansion or erosion/corrosion/wear
Point to Line
Measures the perpendicular distance between a line ( defined by 2 points) and a selected point
Example Applications:
· Turbine blade edge damage
· Estimate missing corner area using multiple point to-line measurements
· Gap or groove width
· Weld width
Depth
Measures the distance from a reference plane (defined by three selected points) to a fourth selected point above or below the plane.
Example Applications:
· Blade tip to shroud gaps
· Pits or dents from corrosion, erosion, or FOD impact
· Pipe inside diameter
· Weld height
· Stator vane rock
· Gap width
Multi-Segment
Measure the length between line segments composed of multiple points
Example Applications:
· Total travel path of a complex crack
· Total length along a curved surface
· Use three cursors to measure the angle between a turbine blade edge and an indication or blended area
Area
For measuring the perimeter and area of polygons composed of multiple points
Example Applications:
· Missing blade corners using a measurement plane
· Coating loss
· Surface area of pitting or corrosion
· FOD impact damage
What We Measure
Area Depth Profile
Obtain a graph of the depth trend of a section relative to a point on the measured object
Example Applications:
· Corrosion, erosion and pitting
· FOD impact damage
· Maximum weld height including orbital welds
· Maximum wear groove depth