TruFlux is an advanced, self-propelled MFL (Magnetic Flux Leakage) system designed for the inspection of steel tank bottoms. It provides detailed images of the tank bottom condition and makes it easy to detect corrosion and pitting.

Main features and benefits

• High resolution: 5.2 mm x 1 mm for precise detection of small defects.

• Lightweight and portable: Weighs only 32 kg including battery, easy to transport and set up.

• User-friendly software: Easy data capture and analysis via USB.

• Long battery life: Up to 10 hours of continuous operation with replaceable batteries.

• Precise positioning: Optical encoder with accuracy of ±1 mm over 20 m scan path.

• Fast scanning: Efficient high-speed tracking between tracks.

• Robust construction: Designed for demanding industrial environments.

• Flexible inspection: Can inspect plates with thicknesses from 6 to 20 mm, including paint coatings up to 6 mm.

• Standards: Meets API 653 and EEMUA 159 for tank inspection.

Technical specifications

• Measurement resolution: 5.2 mm x 1 mm

• Scanning depth: 6–20 mm steel plates

• Position accuracy: ±1 mm over 20 m scan path

• Battery life: Up to 10 hours

• Weight: 32 kg (incl. battery), total shipping weight under 60 kg (without laptop)

• Software: Easy data transfer and analysis via USB

• Standards: API 653 and EEMUA 159

Areas of application

• Tank bottom inspection for corrosion and pitting

• Detailed defect mapping for further analysis

• Assessment of tank bottom integrity and maintenance needs

• Ensures inspections meet relevant industry standards

Especially for the following DJI Drone controllers: M300, Cendence, Smart Controller, Phantom, Inspire, RC Plus and RC Pro controllers. Designed to provide comfortable and ergonomic support for drone pilots. The drone controller is conveniently placed close to the body and is securely attached to the "super comfortable" Comox harness. The mounting bracket and hinges are adjustable - you can put them in a position that is comfortable and ergonomic for you! An ideal system for inspections, cinematography, emergency response and other drone flights that require a focus on live video feed.

C-thrue is a robust and easy-to-use GPR system for inspecting concrete structures. It provides real-time analysis of reinforcement, voids, pipes and cables before drilling or cutting.

Key features and benefits:

Dual polarization antenna technology

• Scans both near-surface and deeper layers in one sweep by measuring in two directions simultaneously.

Real-time visualization and easy interpretation

• 7-inch high-visibility touch screen.

• Automatic detection of reinforcement and voids.

• Augmented Reality viewing provides intuitive interpretation of 3D data.

Mobility and ease of use

• Lightweight, compact and IP65 rated for harsh environments.

• Can be used with telescopic pole and remote control for difficult areas.

Efficient data processing

• Automatic data collection in real time with both B-Scan and C-Scan.

• Data is stored locally and can be exported for further analysis.

Technical specification

• Antenna: 2.0 GHz with dual polarization (HH + VV)

• Depth: Up to approximately 80 cm in concrete under optimal conditions

• Scan density: Up to 10 scans per cm

• Display: 7″ TFT multi-touch for intuitive display

• Power supply: Lithium-ion battery (15 V, 3.2 Ah) with approx. 3 hours operating time

• Storage and connectivity: 32GB internal storage, USB and Wi-Fi

• Robustness: IP65, vibration and shock resistant

• Dimensions and weight: Approx. 28.5 × 20 × 16 cm, weight approx. 2.4 kg with battery

The C-thrue XS is a handheld Ground Penetrating Radar (GPR) that provides precise and efficient inspection of concrete. It delivers real-time visualization of reinforcement, voids, pipes and other hidden features – all in a single scan. The system is among the smallest and lightest dual-polarized GPR solutions on the market.

Important features

• Dual antenna polarity (HH + VV)
  – Scans both near-surface and deeper layers simultaneously for more detailed data collection.

• Compact design and ergonomics
  – Lightweight handheld unit with ergonomic grip, ideal for long inspections and hard-to-reach areas.

• Flexible configuration options
  Can be used in standalone mode with display on a tablet or computer.
  Can be integrated with C-thrue for larger projects with real-time display on multi-touch screen.

• Areas of application
  Perfect for inspections under floors, high up in walls, columns, corners or other places with limited space.

Software and computing

• Real-time visualization with automatic calibration and recognition of reinforcement and voids.

• 3D radar tomography and Augmented Reality for clear localization of hidden elements.

• Integration with NDT Reveal for advanced 2D/3D visualization, CAD export and report generation.

The UK1401 SURFER is a compact and ergonomic ultrasonic tester designed for fast and accurate assessment of concrete quality and integrity. It is ideal for both field and laboratory use.

Main features and benefits

• Robust construction in impact-resistant plastic, weighs only about 350 g – easy to operate with one hand.

• Short measuring base of 150 mm between built-in dry contact transducers – no need for gel or surface preparation.

• Sound indication confirming received ultrasound signal for easier use.

• Large internal memory that stores up to 50,000 measurements divided into groups.

• USB port for fast data transfer to PC in CSV format.

Technical specifications

• Measuring base: 150 mm

• Time measurement range: 15–100 µs

• Velocity measurement range: 1,500–9,990 m/s

• Air gap depth range: 10–50 mm

• Working frequency: 50 kHz

• Pulse repetition: 5–25 kHz

• Memory capacity: Up to 4,000 object registrations

• Operating temperature: –20 °C to +45 °C

• Battery operating time: Minimum 15 hours

• Dimensions: 199 × 120 × 34 mm

• Weight: approx. 350 g

Applications and analysis modes

1. Time and speed measurement – assessment of the homogeneity and strength of the concrete.

2. Surface defect identification – detects areas of lower sound velocity that may indicate cracks or voids.

3. Crack depth measurement – estimates the depth of surface fractures.

4. Strength estimates – the instrument can be calibrated against concrete classes for precise measurements.

The A1040 MIRA 3D PRO is a state-of-the-art ultrasonic tomograph designed for non-destructive testing (NDT) of concrete structures. It utilizes advanced Full Matrix Capture (FMC) and Total Focusing Method (TFM) for real-time 3D imaging, providing detailed insights into the internal structure of the material.

Main features and benefits

• Deep penetration: Measures concrete thickness up to 6 meters, depending on concrete quality and degree of reinforcement.

• Real-time 3D imaging: Uses FMC/TFM technology to generate detailed 3D images of the internal structure of the concrete.

• Long battery life: Up to 10 hours of continuous operation on a single charge.

• Robust design: Compact and lightweight, weighing approximately 3.5 kg without handle.

• Easy data transfer: USB interface for fast data transfer to PC.

• Easy-to-use software: Includes INTROVIEW® software for 3D visualization and analysis.

• Versatile application: Suitable for inspecting concrete, stone, composites and other materials.

Technical specifications

• Transducers: 32 active low frequency shear wave transducers with ceramic wear tips.

• Frequency range: 10–100 kHz, nominal frequency 50 kHz.

• Ultrasonic velocity: 1,000–4,000 m/s (shear wave).

• Dimensions: 200 × 125 × 100 mm (without handle); 400 × 125 × 100 mm (with two antennas).

• Weight: 3.5 kg (without handle); 5.6 kg (with two antennas).

• Operating temperature: –10 °C to +50 °C, relative humidity < 95%.

• Error margin: ± (0.05 × H + 10) mm, where H is the measured depth.

Applications and analysis modes

• Thickness measurement: Accurate measurement of concrete thickness, even when accessed from one side.

• Reinforcement location: Identification and mapping of reinforcement, tendon tubes, cables and other structural elements.

• Flaw detection: Detection of voids, cracks, poor adhesion and other defects in the concrete.

• Grouting defects: Identification of inadequate grouting in tendon tubes and coupling components.

• Material assessment: Evaluation of structural materials such as stone, composites, and wood.

REFLECON® 3D Scanning Spray creates a smooth, matte coating on reflective, transparent or dark surfaces and improves optical measurements by reducing glare. The sprays are designed to provide sharp details during both laser and light field scanning.

Product types

Sublimating spray (Type 1):

• Evaporates automatically without the need for cleaning.

• Available in several varieties with different drying and working times.

• Leaves a smooth, matt white surface without dust and is odour-reduced or odour-free.

Permanent spray (Type 2):

• Provides a matte coating that is easily removed manually after scanning.

• Available as both water-based and solvent-based.

• Completely free of titanium dioxide.

Benefits and uses

• Ensures precise measurements even on difficult surfaces.

• Sublimating spray disappears on its own, while permanent spray is easy to remove.

• Designed to be dust-free and gentle on laser sensors.

Instructions for use

• Make sure the surface is clean and dry.

• Spray from a distance of 20–30 cm in even movements.

• Allow the coating to dry before scanning for best results.

• Always test on a small area first for sensitive materials.

Material compatibility

The spray works on metals, plastics (PC, ABS, PP), glass, ceramics, textiles and 1K paints. For unusual or sensitive surfaces, a test application should always be done.

The Sound Scanner P12 is a compact and ergonomic acoustic camera that enables the visualization and localization of sound and ultrasound sources quickly and accurately. It combines high sensitivity with precise image reconstruction and is designed for professional field inspections.

Main features

• Wide frequency range from 2.8 kHz to 44 kHz – suitable for everything from leak testing to partial discharge analysis.

• High measurement density with 8 microphones creating more than 400 virtual measurement points for accurate sound visualization.

• Low weight and ergonomic design – weighs only about 700 g and can be easily operated with one hand.

• Advanced imaging – up to 6 acoustic images per rotation with high spatial resolution and good dynamic range.

• Real-time analysis with time signal, spectrum and spectrogram, as well as automatic report generation.

• Long battery life – up to 6 hours of continuous use.

• User-friendly app control via compatible mobile devices.

Areas of application

• Locating leaks in pressure systems and vehicles.

• Detection of partial discharges in high-voltage systems.

• General acoustic inspection of machines, structures and components.

MRT wire rope inspection

gPIMS® (Guided Wave Pipeline Integrity Monitoring System) is a permanently installed system for continuous monitoring of pipelines. The system uses guided waves to measure remaining pipe wall thickness and detect corrosion or erosion. This provides real-time data that can be linked to operational changes, such as changes in feedstock composition or sand accumulation in risers. gPIMS® enables better-informed decisions that can improve profitability and regulatory compliance.

Main features and benefits

• Continuous monitoring: Real-time data for early warning of potential problems.

• Automated data collection: Reduces the need for manual inspection.

• Cloud-based software: Easy access to data and analytics via Monitoring Studio.

• Robust design: Suitable for both onshore and offshore applications, including extreme environmental conditions.

• Flexible configurations: Adapted to different monitoring needs, from manual to automatic collection.

Technical specification

• Sensor: Permanently installed on the pipeline.

• Data collection: Can be manual (with Wavemaker®) or automatic (with field control unit).

• Software: Monitoring Studio for data analysis and visualization.

• Communication: Supports Wi-Fi, mobile network or wired connection.

• Temperature range: Designed to withstand extreme temperatures, including high temperature applications.

Areas of application

• Production: Flow optimization and sand accumulation detection.

• Midstream: Handling slugs and out-of-specification gases.

• Refining: Enables the blending of crude oils of varying quality.

• Offshore: Monitoring of risers and other critical components.

• Buried pipelines: Effective monitoring without the need for excavation.

Services and support

• Installation: Global network of qualified service providers.

• Data transfer: Integration with existing data systems and historians.

• Training: Courses and certification through the GULT program.

• Maintenance: Calibration, repair and equipment rental available.

The MR Ozone Mini 1 (SC 40) is a compact and mobile ozone generator designed to purify air and rooms by eliminating odors, bacteria and other unwanted particles. The device is ideal for small and medium-sized rooms, offices, warehouses, hotel rooms and other places where clean and fresh air is desired.

Key features and benefits

• Powerful odor removal: can eliminate up to 99% of odors.

• Reduction of airborne bacteria: can reduce up to approximately 75% of bacterial content in the air.

• Compact and mobile: easy to place and move around as needed.

• Quiet operation so it can be used near people or in office spaces.

• User-friendly control panel for easy operation and setting of operating times.

Technical specifications

• Operation: ozone generation with adjustable capacity

• Power and ozone emissions: adapted to small and medium-sized areas

• Power supply: standard mains voltage

• Design: robust construction with ventilation and airflow system

• Dimensions and weight: compact size for easy placement

Areas of application

• Removal of odors in rooms, offices, hotel rooms, vehicles, etc.

• Air disinfection to reduce the spread of bacteria and microorganisms

• Maintenance and emergency preparedness in healthcare and food facilities

• Use in service industries, property management and other environments where clean air is important