Collection: AutoView Monitors

An industrial borescope is a specialized tool designed for visual inspection of hard-to-reach areas in machinery, pipelines, engines, and other industrial equipment. Unlike medical endoscopes, industrial versions are built to withstand harsh environments like high temperatures, dust, water, and oil.

A USB borescope(also called aUSB inspection cameraorUSB endoscope) is a portable visual inspection tool that connects directly to a smartphone, tablet, or computer via aUSB plug(Micro-USB, USB-C, or Lightning).

It is designed to capture high-resolution images and videos of hard-to-reach areas in mechanical, automotive, plumbing, and industrial applications.

A USB borescope and an industrial borescope are both inspection tools designed to visualize hard-to-reach areas, but they differ in design, functionality, and typical applications.

USB Borescope:

• Design and Connectivity: USB borescopes are typically lightweight and connect directly to consumer devices like smartphones, tablets, or laptops via a USB interface. They utilize the device's screen for real-time viewing and often require specific applications or drivers to operate.
• Features: These borescopes usually have basic camera resolutions and adjustable LED lights to illuminate inspection areas. Their flexible cables allow navigation through tight spaces, but they may lack advanced maneuverability features.
• Applications: USB borescopes are suitable for non-professional tasks such as home appliance maintenance, automotive inspections, and DIY projects. They provide a cost-effective solution for visual inspections in accessible areas.

Industrial Borescope:

• Construction and Durability: Industrial borescopes are built with robust materials to withstand harsh environments. They often feature high IP ratings, indicating resistance to water, dust, and other contaminants, making them suitable for demanding industrial conditions.
• Advanced Features: These borescopes come equipped with high-resolution cameras, powerful illumination systems, and articulating probes that can navigate complex machinery. Some models offer interchangeable camera heads and measurement capabilities for precise inspections.
• Independent Operation: Industrial borescopes typically include dedicated display units, eliminating the need for external devices and ensuring reliability in various operational settings.
• Applications: They are used in professional fields such as aerospace, automotive manufacturing, and energy sectors for detailed internal inspections of engines, turbines, pipelines, and other critical components.

In summary, while both USB and industrial borescopes serve the purpose of internal inspection, USB borescopes are more suited for casual or light-duty tasks due to their reliance on external devices and simpler construction. In contrast, industrial borescopes are designed for demanding professional applications, offering robust features and standalone operation to meet the rigorous requirements of various industries.

​In borescope technology, the primary distinction between a single-lens probe and a dual-lens probe lies in their field of view and imaging capabilities:​

Single-Lens Probe: Equipped with one camera lens, a single-lens probe captures images from a fixed angle, typically providing either a forward or side view.​
To inspect areas from different perspectives, the probe must be repositioned or rotated, which may be challenging in confined or complex spaces.​

Dual-Lens Probe:Incorporates two camera lenses, usually positioned to offer both forward and side views. This design enables the operator to switch between perspectives without moving the probe.​
Some dual-lens probes allow simultaneous viewing from both lenses, providing a more comprehensive understanding of the inspection area.​
Facilitates quicker and more thorough inspections, especially in intricate or hard-to-reach environments, by reducing the need for physical manipulation of the probe.​

In summary, while a single-lens probe offers a straightforward, fixed perspective suitable for many inspection tasks, a dual-lens probe provides greater versatility and efficiency by allowing multiple viewing angles without repositioning, making it particularly advantageous in complex inspection scenarios.

Calculation formula: tube diameter ≥ probe diameter × 1.5 + lighting compensation

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