The Ultimate Guide to Borescopes Inspection Cameras

What are Borescopes Inspection Cameras?

Borescopes inspection cameras are versatile tools used for visual inspection in hard-to-reach areas such as engines, pipes, and machinery.

These cameras consist of a flexible tube with a camera at one end and a display screen at the other end. They provide real-time video footage and images of areas that are otherwise inaccessible to the human eye.

SerStandard RequirementManufacturer Quote
1Design shall be simple, modular and compact and portable 
2Probe Diameter: 6 mm. 
3Probe Length: 3 m (with sheath). 
4Articulation: 150º Up/Down and 150º Left/Right. 
5Field of View: 65º Diagonal/Angular. 
6Depth of field view l5 mm to almost infinity. 
7Depth of field view with tip 4 mm-22 mm. 
8Operating Pressure Atmospheric 
9Operating Temperature: 5 to 50O C. 
10SD  Card Storage- 2GB 
11Digital Photo Format: JPEG (640×480) 
12Video Format: ASF (640×480) Playback with media player 
13Power 5-9V DC. 
14Camera: 400×400 CMOS or Better. 
15Interfaces: Mini USB 1.1 and AV/out. 
16Button for easy capture of  video and still image. 
17Direction of  View:  0°, 90° with prism tip. 
18Display 5″ TFT LCD. 
19Language shall be in English. 
High Performance Borescope

Benefits of Using Borescopes Inspection Cameras

Borescopes inspection cameras offer numerous benefits in various industries. They can save time and money by eliminating the need for costly dismantling of equipment for inspection. Additionally, they allow for quick and accurate diagnosis of issues, leading to faster problem-solving and increased efficiency. Moreover, borescopes inspection cameras improve safety by reducing the need for physical inspection in hazardous environments.


1Borescope01 No
2SD Card02 Nos.
3Rigidizer01 No.
4Support base (Length Vendor Standard).01
5Battery (2 hrs. rechargeable, lithium).02
6Battery Charger. 
7Illumination Light (Detachable).02
8Carrying Case: Metallic/ABS.01
990’ Prism tip. 
10Necessary Software(If required) 
11Operation and Troubleshooting Manual 
Borescope Inspection Camera

Features to Consider When Choosing a Borescope Inspection Camera

When selecting a borescope inspection camera, there are several key features to keep in mind. These include the camera resolution, probe length, articulation capability, and lighting options. Higher camera resolution ensures clearer images, while a longer probe length allows for inspection of deeper areas. Articulation capability enables the camera to navigate around obstacles, and adjustable lighting ensures visibility in dark environments.

How to Use a Borescope Inspection Camera

Using a borescope inspection camera is a straightforward process. Simply insert the camera probe into the desired area, maneuver it using the articulation controls if necessary, and view the live feed on the display screen. By adjusting the lighting settings, you can ensure optimal visibility for accurate inspection. Once the inspection is complete, you can save images or videos for further analysis or documentation.

Applications of Borescopes Inspection Cameras

Borescopes inspection cameras find applications across various industries, including automotive, aerospace, manufacturing, and plumbing. In the automotive industry, they are used to inspect engines and internal components. In aerospace, borescope cameras are valuable for examining aircraft engines and airframes. Similarly, in manufacturing, they aid in quality control and equipment maintenance. In plumbing, borescopes help detect and diagnose pipe blockages and leaks.

In Conclusion

Borescopes inspection cameras are indispensable tools for visual inspection in inaccessible areas. Their versatility, efficiency, and safety benefits make them essential for a wide range of industries. By understanding the key features to consider, how to use them effectively, and their diverse applications, users can harness the full potential of borescope inspection cameras for enhanced productivity and problem-solving capabilities.