Industrial Inspection Systems
Precision equipment for industrial inspection, non-destructive testing, and underground utilities detection
Industrial Inspection Systems
From field-ready cameras to lab-grade analyzers, we help teams collect actionable insights anywhere
Industrial Inspection Systems
Partner with Pro Engineers for turnkey deployments, operator training, and ongoing service nationwide
Industrial Inspection Systems
Comprehensive underground utility locating solutions that safeguard projects and accelerate timelines
Industrial Inspection Systems
Ultrasonic, EMAT, and coating measurement systems designed for precise, repeatable quality assurance
Explore inspection systems designed for critical industries
Advanced visual inspection for hard-to-reach areas with HD imaging and 3D measurement capabilities
Complete range from portable to industrial-grade systems for pipes, sewers, drains, and underwater inspection
Ultrasonic flaw detectors, thickness gauges, hardness testers, and coating measurement for quality assurance
Ground penetrating radar, cable locators, water pipe detectors, and concrete scanners for subsurface mapping
Self-propelled crawler system with 360-degree pan-tilt HD imaging for large-diameter pipelines
Most requested inspection systems trusted by enterprise teams.
SGP Industrial Borescopes are designed for remote visual inspection of internal components in industrial machinery and equipment where direct access is restricted. With a working length of up to 5 metres, the SGP series supports inspection of deep internal areas in turbines, engines, pipelines and other industrial assets. For industrial buyers in India, selecting the appropriate borescope involves evaluating insertion length, probe diameter, viewing requirements, illumination and accessibility. These factors influence inspection coverage and determine whether the instrument is suitable for a particular component or maintenance application. The SGP series helps inspection professionals examine internal surfaces, identify visible abnormalities and document observations for maintenance planning. Its application in remote visual inspection can also help reduce the need for unnecessary equipment dismantling when suitable access is available. Before purchasing an industrial borescope, buyers should compare the available configurations against their inspection requirements, including component geometry and the desired viewing area. Technical specifications and compatible accessories should be reviewed before finalising the equipment selection.
Industrial Video Borescope for Deep and Hard-to-Reach Areas: The Pro-DDX Long Borescope is an industrial video borescope designed for remote visual inspection of deep cavities, pipelines, vessels and other internal areas that are difficult to access. Its extended-reach probe, integrated LCD display and image and video recording capabilities help inspection teams examine internal surfaces and document visible conditions without unnecessary equipment dismantling. For maintenance engineers, inspection professionals and industrial asset owners, selecting the right video borescope involves more than camera resolution. Working length, probe diameter, articulation, illumination, display quality and recording requirements all influence whether an inspection system is suitable for a particular application. The Pro-DDX supports industrial inspection requirements with HD/Full HD imaging, adjustable LED illumination and a stated working length of up to 10 metres, depending on configuration. It is intended for applications where inspection access and the ability to document internal conditions are important considerations. What Is a Video Borescope? A video borescope is a remote visual inspection instrument that uses a camera-equipped probe to transmit live images to a display. It allows operators to examine internal surfaces and components that cannot be viewed directly without opening, dismantling or disassembling the equipment. Industrial video borescopes are used to inspect areas such as pipelines, vessels, machinery, process equipment and internal cavities. Depending on the instrument, they may also support image capture and video recording for inspection documentation, condition monitoring and maintenance planning. A long-reach video borescope is particularly relevant when the inspection point lies deep inside an asset or along an extended access path. The required working length, probe diameter and articulation should be evaluated against the geometry of the component being inspected.
The DGX UV/IR Industrial Borescope is designed for specialised remote visual inspection using visible, ultraviolet and infrared imaging modes. Its multispectral capabilities support inspection applications that require more than conventional visible-light examination. The system offers Full HD camera resolution of 1920 × 1080, an 8 mm probe diameter and a working length of 3–6 metres. Its stated imaging modes include visible, UV and IR, with white and UV LED illumination. These specifications help inspection teams assess access requirements and evaluate configuration suitability before purchasing. Ultraviolet imaging can support the examination of suitable fluorescent indications, including those associated with fluorescent penetrant inspection. Infrared imaging can assist with thermal assessment where the inspection target, temperature conditions and instrument capabilities are appropriate. The selection of an imaging mode should always reflect the inspection objective and the applicable procedure. For Indian buyers in aerospace, power generation, petrochemical and precision engineering, evaluating the DGX requires consideration of the intended inspection method, access dimensions, lighting requirements and operating environment. The suitability of a particular configuration should be established before deployment.
The DSV-PRO 3D Measurement Borescope combines remote visual inspection with three-dimensional measurement capabilities for industrial component assessment. It is designed for inspection applications where identifying a visible indication and evaluating its dimensions are important to the inspection process. The system offers Full HD imaging with a resolution of 1920 × 1080, probe diameters of 6 mm and 8 mm, and working lengths ranging from 2 to 5 metres. Its stated measurement accuracy is ±0.1 mm, with four-way, 360-degree articulation. These specifications help buyers assess inspection access, measurement requirements and configuration suitability. The DSV-PRO incorporates automated defect sizing and phase measurement technology. These capabilities support dimensional assessment and surface analysis for applications such as turbine blade measurement, crack assessment, corrosion depth analysis and dimensional verification. Actual measurement suitability depends on the indication, inspection conditions and applicable measurement procedure. For Indian inspection professionals, choosing a 3D measurement borescope requires evaluating the expected defect types, measurement functions, probe dimensions, calibration requirements and reporting needs. Reviewing these requirements before purchasing can help establish whether the instrument meets the intended inspection objectives.
The H2-C23 HD Pipe Inspection Camera is designed for contractors, municipal maintenance teams, plumbing professionals and industrial engineers who require detailed visual inspection of internal pipelines. Its compact camera head and flexible push-rod arrangement help operators examine concealed pipe sections, identify visible defects and document pipeline conditions without unnecessary dismantling or excavation. This HD pipe inspection system is suitable for sewer lines, drainage networks, water pipelines and selected industrial inspection applications. The 23 mm camera head supports access to compatible pipelines, while integrated LED illumination assists visual inspection in dark internal environments. Its display and recording facilities help inspection teams capture images and videos for maintenance planning, client documentation and subsequent assessment. The H2-C23 configuration features 720p HD imaging, a 7-inch IPS display and a 30 m flexible push-rod cable, with extension options available on specified configurations. The system also offers an IP68-rated camera head, digital distance counter, adjustable LED illumination and video recording. Optional 512 Hz sonde functionality may be available for applications requiring underground camera-head localisation. Obtain a Model-Specific H2-C23 Quotation The purchase price of an H2-C23 HD pipe inspection camera depends on the selected configuration, cable length, optional locating equipment, storage requirements and other accessories. Buyers should confirm these details before comparing supplier quotations. For an accurate quotation, specify the required inspection distance, pipe diameter, recording needs and intended application. Also confirm the available display, camera-head and cable configurations to ensure that the supplied system matches your operational requirements.
The A1-C23 Portable Pipe Inspection Camera is designed for professionals who need a compact inspection system for routine pipeline diagnostics, drainage maintenance and on-site visual assessments. Its portable configuration makes it suitable for plumbing contractors, maintenance technicians, facility management teams and service providers who frequently move between inspection locations. The system helps operators examine internal pipeline conditions without dismantling accessible pipe sections. It can assist in identifying visible blockages, cracks, deposits, joint displacement and other signs of pipeline deterioration. Integrated LED illumination supports inspection in dark environments, while the camera's live display allows operators to observe internal conditions during operation. Video and image recording can also support maintenance records and customer inspection reports. The A1-C23 is equipped with a 5-inch LCD monitor, a compact camera head and a flexible push cable. The listed 20 m cable configuration and IP68-rated camera head support inspections in compatible pipeline environments. Its compact design makes it suitable for field teams that prioritise portability and convenient equipment handling. Actual suitability depends on the pipeline dimensions, access conditions and selected configuration. Enquire About the A1-C23 Portable Inspection System When selecting a portable pipe inspection camera, buyers should evaluate more than the display size. Camera-head diameter, cable length, pipe compatibility, battery operating time, recording functionality and equipment transport requirements all influence purchasing decisions. For service contractors and maintenance teams, the ability to transport the camera between sites and conduct inspections without complicated equipment arrangements can be an important consideration. The required configuration should be matched to the typical pipe sizes and inspection distances encountered in daily operations.
The A2-C23L Pharma Plant Pipe Inspection Camera is designed for internal visual inspection of compatible pharmaceutical process pipelines, hygienic utility lines and other specialised industrial pipework. It is intended for maintenance engineers, pharmaceutical plant managers, quality assurance teams and engineering contractors who require visual access to concealed pipeline sections during inspection and maintenance activities. Pharmaceutical manufacturing facilities often require careful inspection of internal pipe conditions to identify visible deposits, surface irregularities, corrosion, joint defects and other potential maintenance concerns. The A2-C23L helps inspection teams examine accessible internal surfaces without routinely dismantling the entire pipeline. Its camera and illumination system support visual assessments, while image and video recording can assist with maintenance documentation and subsequent technical reviews. The system features a 23 mm sanitary stainless steel camera head, chemical-resistant materials and a 9-inch display in the specified configuration. It is designed for compatible pipe diameters ranging from 30 mm to 200 mm. The camera's compact dimensions allow inspection of suitable narrow pipelines, while its waterproof construction supports the specified inspection environment. Application Consultation for Pharmaceutical Pipelines Selecting a camera for a pharmaceutical facility requires consideration of the pipeline's internal diameter, material, accessibility, cleaning procedure and inspection objective. Buyers should also establish whether the camera head and other components are compatible with the cleaning agents and process conditions encountered at their facility. Visual inspection alone does not establish sterility, cleanliness or regulatory compliance. Equipment compatibility, cleaning and sanitisation procedures should be assessed against the facility's validated requirements. Buyers should confirm the relevant material and operating specifications before deployment.
The VW10-2388 PTN-1 Industrial Pipe Inspection Camera is designed for industrial inspection teams that require adjustable camera positioning and detailed visual examination of internal pipeline conditions. Its pan-tilt-rotate camera arrangement helps operators inspect different viewing directions within accessible pipelines, reducing the limitations associated with fixed-view inspection systems. The system is suitable for selected industrial pipeline surveys, drainage networks, utility infrastructure and maintenance inspections where camera orientation is an important consideration. Its adjustable viewing capability can help engineers examine visible cracks, corrosion, deposits, obstructions, joint conditions and other internal irregularities. Recorded inspection footage can support technical reviews, maintenance planning and the preparation of inspection reports. The VW10-2388 PTN-1 configuration features a 10-inch display, a 33 mm camera head and a 40 m cable. Its Full HD 1920 × 1080 imaging capability supports detailed visual inspection. The camera provides continuous 360-degree rotation and tilt adjustment of up to ±180 degrees. The specified system also supports operation at pressures of up to 10 bar, subject to the applicable operating conditions and manufacturer specifications. Configure the Industrial Pipe Inspection Camera Choosing an industrial pipe inspection camera requires evaluating more than image resolution. Camera-head dimensions, pipeline accessibility, cable reach, viewing angle, operating pressure and display requirements all affect equipment suitability. The PTN-1 configuration should be assessed against the actual pipe geometry and inspection environment. The pan-tilt-rotate mechanism is particularly relevant when the inspection objective involves viewing multiple internal surfaces or examining specific locations from different angles. Buyers should confirm the supported pipe diameter, pressure conditions, cable configuration and recording options for their intended application.
Hear from our clients across thermal power, pharmaceutical, infrastructure, oil & gas, and aerospace sectors
“Aerica Engineering's borescopes have revolutionized our turbine inspection process. The HD imaging and durability have reduced inspection time by 40% while improving accuracy. Their technical support team is always responsive and helpful.”
Rajesh Patel
Plant Manager
Thermal Power Plant, Gujarat
“The cleanroom-compatible inspection equipment from Aerica meets our strict GMP requirements. Their expertise in pharmaceutical-grade inspection solutions and compliance support has been invaluable for our production facility.”
Amrita Singh
Quality Assurance Manager
Pharmaceutical Manufacturing Unit, Mumbai
“For sewer and water pipe inspections across the city, Aerica's robotic crawlers and locating equipment are industry-leading. Their team provided excellent training and ongoing technical support for our maintenance crews.”
Dr. Vikram Sharma
Infrastructure Manager
Municipal Corporation, Delhi
“Aerica's NDT equipment and inspection solutions have helped us maintain strict safety and quality standards in our refinery operations. The Novotest ultrasonic flaw detectors are reliable and precise for pipeline inspections.”
Mohammed Ali
Inspection Supervisor
Oil & Gas Refinery, Maharashtra
“Aerica Engineering provides precision inspection equipment that meets strict aerospace quality standards. Their borescopes and flaw detection systems are essential for our component verification process.”
Priya Desai
Chief Engineer
Aerospace Components Manufacturer, Bangalore
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206, Shree Krishna Industrial Estate, Western Express Highway, Dahisar East, Mumbai - 400068, Maharashtra, India
