Industrial pipe push camera is a NDT inspection Vision equipment, it widely used in industrial production, maintenance and quality control. It can go into the pipe inner or difficult to see areas directly, and provide clear images or record.

Its main uses include the following aspects:

• Quality control: Check whether there are defects inside the pipe inner. It is used to check product quality, process and finished products on the production line, to ensure the products meet the standard requirements. Application scenarios: pipeline welding, pressure container welding, steel structure welding, etc. Advantages: Provide real-time images inside the pipe to help evaluate welding quality and ensure compliance with standards.
• Inspection and monitoring: Check for cracks, corrosion, wear, foreign matter and other defects inside the pipe or container. In order to cleaning, maintenance or repair work.
  Application scenarios: Internal inspection of underground sewage pipes network, industrial pipes, wind turbine blades, building pipes, aerospace engines and other equipment. Advantages: Trenchless inspection, saving time, effort and money.
• Fault diagnosis: used to locate and diagnose equipment or pipe system failures, helping engineers quickly find the problem and repair it.
• Construction and Engineering: Used to inspect building structures, pipeline layouts, electrical equipment, etc. to ensure construction quality.
• Automotive Maintenance: In the automotive maintenance industry, endoscopes, videoscope camera or pipe push rod camera are often used to inspect difficult-to-observe areas such as the engine interior and vehicle chassis to help diagnose problems and repairs.

Other uses:

• Foreign body Salvage Cleaning and Positioning
  Purpose: Locate and salvage clean foreign body inside the equipment or pipe, such as metal chips, impurities, residues, etc.
  Advantages: Guided by industrial pipe push camera, accurately locate the position of foreign body to avoid blind salvage.
• Maintenance and Care
  Purpose: Regularly check the wear of equipment, predict equipment life, and develop maintenance plans.
  Advantages: Detect signs of wear or fatigue in advance, avoid sudden failures, and extend the service life of equipment.
• Scientific Research and Teaching
  Purpose: Used for scientific research, experimental teaching or training, and observe microstructures or dynamic processes.
  Application scenarios: Experiments or teaching in the fields of materials science, biomedicine, mechanical engineering, etc.
  Advantages: Provide intuitive visual observation to help understand complex structures or processes.
• Forensics and security inspection
  Use: In forensic identification or security inspection, inspect areas that are difficult to observe directly.
  Application scenarios: firearms inspection, explosive detection, pipeline concealment inspection, etc.
  Advantages: Provide non-destructive inspection methods to ensure personnel safety and evidence integrity.

Features of industrial pipe push camera:

High-resolution images: Provide clear internal images for easy defect identification.
Flexible probe: bendable and rotatable to adapt to inspection spaces of different shapes and sizes
Portability: Some industrial pipe push cameras are lightweight and easy to operate on site.
Versatility: Can equip lighting, measurement, video recording and other functions to meet different inspection needs.
Application areas:
Industrial pipe push camera are widely used in aerospace, energy and power, petrochemical, automobile manufacturing, shipbuilding, machinery manufacturing, construction engineering, scientific research and education, and are indispensable tools in modern industrial inspection.