Plumbing and Sewer Inspection: Robotic pipe inspection cameras are frequently used to assess the condition of plumbing and sewer lines. They can identify blockages, leaks, corrosion, or other damage within the pipes, enabling targeted repairs and maintenance.

Industrial Pipeline Inspection: In industrial settings, such as oil and gas refineries or chemical plants, robotic pipe inspection cameras are employed to inspect pipelines for integrity and detect any defects or leaks. This helps prevent accidents, minimize downtime, and ensure compliance with safety regulations.

Construction and Infrastructure Assessment: During the construction phase, robotic pipe inspection cameras can be utilized to assess the quality and alignment of newly installed pipes, ensuring they meet the required standards. Additionally, they are employed for inspecting underground utilities and infrastructure to determine their condition and identify potential issues.

Maintenance and Repair: Robotic pipe inspection cameras aid in routine maintenance activities. By inspecting pipes on a regular basis, potential problems can be identified early, enabling proactive repairs or replacements. This approach helps prevent costly breakdowns and extends the lifespan of the pipes.

Environmental and Municipal Applications: Municipalities use robotic pipe inspection cameras to inspect stormwater drains, culverts, and wastewater systems. These inspections assist in identifying blockages, pollutants, or other issues that could impact the environment or public health.

Nuclear and Power Plant Inspections: Robotic pipe inspection cameras are crucial in nuclear power plants for inspecting the integrity of cooling systems, steam lines, and other critical pipelines. They help ensure the safety and reliability of these facilities.

Research and Development: Robotic pipe inspection cameras are also utilized in research and development settings to study fluid dynamics, pipe material behavior, and structural integrity. These insights contribute to advancements in pipe design, maintenance techniques, and overall system efficiency