Platforms

ROBOTIC INSPECTION PLATFORMS

Reliable

Multiple adhesion systems make the technology safe at all times, even during power loss.

Portable

The system can be readily transported, even as air freight. This will minimise costs and increase speed.

Remote Control

The system is controlled remotely from a safe vicinity. Eliminating all hazards to the operator.

Consistent

Detect structural issues with greater accuracy, instant fixes and precisely documenting first signs of vulnerabilities for extra validation during a next inspection.

Comparison chart of four different Invert Robotics inspection platforms: V1200, V1800, H2200, and M1000, detailing their material, diameter range, inspection methods, and max speed.

Meet Our Robots

A Invert Robotics V1800 robotic device with tank-like treads, a camera, and multiple lights, set against a plain white background.

V1800 PLATFORM

V-SERIES

  • Smooth climbing on all non-ferrous materials

  • Requires no external air or vacuum system

  • Setup and into an asset in under 30 minutes

  • Available in a number of different platforms

A Invert Robotics M1000 robotic vehicle with pink-colored tracks and a camera mounted on top, labeled with 'M1000' and 'INVERT ROBOTICS', positioned against a gray background.

M1000 PLATFORM

M-SERIES

  • The M-series robots are unique in that they have the capability to climb on ferromagnetic coated surfaces and is particularly well suited for carbon steel assets.

  • Operate on a wall thickness of 6mm and greater, and can work on coatings up to 3mm.

  • The dual independent track systems pivot to keep the tracks parallel to the surface and thus avoid contact with sensitive surfaces.

  • Actively controlled magnetic adhesion system provides transition through 90 degrees (bottom, wall, ceiling).

  • With specifically designed shielded transport case – can be deployed instantly and travel anywhere as check-in luggage.

A Invert Robotics H2200 robot with tank-like treads, a mounted camera and multiple lights on its head, set against a plain white background.

H2200 HYBRID

H-SERIES

  • Two independent adhesion methods ensure the robot sticks to any smooth surface

  • Providing adhesion redundancy on particularly sensitive surfaces

  • Particularly well suited for glass lined vessel inspection and maintenance

  • The H-series robots adheres to any magnetic surface as well as coated, glazed or stainless-steel surfaces.

OUR ROBOTIC PLATFORMS

Our V-, M, and H-series, multi-technology NDT robotic platforms offer the safest, fastest and most fail-safe way to make sure your assets’ health is up to par.

Whatever the surface, our robots go anywhere. Climbing or descending, our platforms’ robust adhesion technology – whether vacuum, magnetic or hybrid magnetic – keeps them crawling smoothly and securely over both non-magnetic and magnetic surfaces. Our versatile robots can even complete inspections hanging upside, also when carrying heavy NDT tooling.

Our NDT Payloads

  • With 30x optical zoom, sub-millimetre accurate sizing, full photo and video recording options and sitting on our robust robotic platform, the remote inspection camera detects all defects or cracks, whatever the angle. Even those defects that are as small as 65 microns.

    Better than the human eye, our visual testing solution meets all visual inspection certification standards.

    • Live streaming and fully recorded HD feed

    • 1920 x 1080 resolution at 30 fps

    • 30x optical zoom + additional digital zoom capability

    • Integrated diffused lighting: detect 65-micron defects up close or 2 mm defects from > 10 m

    • Operational temperature range: 0°C to 50°C

    • Real-time streaming

    • Integrated lighting

  • Add advanced UT testing tools to our robots. Use this NDT inspection technology for thickness measurements, B-scans, weld inspection and the efficient grid mapping of large areas.

    Meet all requirements regarding repeatability and data quality, applying accurate line scans on the floor, wall or ceiling of your vessel. Our highly manoeuvrable robot can place the probes anywhere you want. In the future, automated corrosion mapping will be included in our UT capabilities.

    • Delivers ultrasonic A- or B-scan

    • Probe holder is actuated to provide optimal positioning

    • Includes integrated position encoder and couplant pump

    • Compatible with industry standard single crystal and dual crystal equipment

    • Direct connection to Olympus 38DL Plus for data collection

    • Integration of other UT systems are possible upon request

  • Specifically designed for painted, glass-lined or coated pipes and vessels, high and low voltage spark testing is a highly accurate NDT technology. Our robust robotic platforms can carry a spark testing tool for detecting defects or potential asset integrity issues in the coating or lining of your equipment, including:

    • Pinholes

    • Voids

    • Cracks

    • Thin spots

    • Contaminants

  • Accurately assess and size defects such as denting, scratches or pitting detected during visual inspection of assets, using innovative 2D scanning technology.

    Using a 2D high-resolution scanner, we use the mobility of the robot and its encoders to generate a 3D surface profile based on a point cloud. Comprehensive 3D visualization of internal and external surfaces provides you with real-time, highly accurate and repeatable results, all without the need for human entry into assets.

    Dimensioning the defect

    This technology uniquely helps you accurately dimension the defect mechanism by defining the exact character and dimensions on the surface. Assess in real time whether immediate repair is necessary, or use the comprehensive mapping data for future asset integrity assessment and maintenance

    • Highly accurate measurements (reference resolution: 4 µm)

    • Software algorithms simplify surface profile measurements

    • Real-time 3D visualization

  • Our clients share the same goal: to safeguard employee health while maintaining asset integrity. Yet, assets and inspection requirements vary widely. It’s why we’ve made our ​robotic platforms​ uniquely versatile.

    Regular inspections are necessary to ensure the safety and efficiency of your plant. And as safety organizations like EMUA in Europe and API in the US specify mandatory inspections, requirements regarding inspection accuracy, repeatability and data quality are becoming increasingly stringent.

    Our customizable, state-of-the-art NDT technologies help engineers perform inspections efficiently and accurately, in a way that meets even the toughest regulations and compliance requirements.

    Boasting a payload capacity of 5 kg, our robotic platforms can be fitted with the advanced testing or sensor technology of your choice. Whatever your asset inspection needs, we’ll fit our robot crawler with the payload tooling that fully fits your inspection specs.

Download Product Sheets
Close-up of an Invert Robotics robotic, with Ultrasonic thickness tool and lights on a stainless steel surface.
Close-up of an Invert Robotics robotic, with Ultrasonic thickness tool and lights on a stainless steel surface.
Close-up of an Invert Robotics robotic, with laser surface scanner tool and lights on a stainless steel surface.
Close-up of an Invert Robotics robotic, with Ultrasonic thickness tool and lights on a stainless steel surface against a plain background.
Close-up of a ultrasonic equipment setup featuring metal and plastic parts, tubing, and connectors in a laboratory or technical environment. on an invert robotics robot
Close-up of a laser welding process on a metal surface with a laser pointer and welding equipment visible.
A red laser pointer beam on a stainless steel surface near a screw with a small hole.
Close-up of an Invert Robotics robotic, with laser surface scanner tool and lights on a stainless steel surface.
Close-up of an Invert Robotics robotic, with laser surface scanner tool and lights on a stainless steel surface.
Close-up of an Invert Robotics robotic, with spark testing brush tool mounted to the front and lights on a stainless steel surface.
Close-up of an Invert Robotics robotic, with spark testing brush tool mounted to the front and lights on a stainless steel surface.
A close-up of spark testing tool with a copper-colored brush attached to a Invert robotics robot, connected to black and red cables, likely used inspection
A n Invert Robotics robot with a white body and blue details, equipped with a camera and LEDs, holding a spark testing brush, designed for inspection tasks.