World-class NDT equipment manufacturer based in the UAE. Designed, prototyped, and mass-produced in our own facilities — from ultrasonic flaw detectors to advanced phased array systems.
We deliver an extensive range of non-destructive testing equipment
The stend of laser scanning and flaw detection ROBOSCOP VTM-5000 AEROSPACE is designed for non-destructive testing of composite materials, honeycomb structures and heat-shielding coatings, used in the space industry.
The laser scanning and flaw detection bench ROBOSCOP VTM-5000 HELICOPTERS is designed for the non-destructive testing of polymer-composite materials used in aircraft constructions: glider elements, helicopter blades, honeycomb panels It is also applicable in wind power engineering, small-sized shipbuilding, pipe fitting production, etc. All tooling (laser scanner, sensors) selection and change processes are automated.
The laser scanning and flaw detection bench ROBOSCOP VTM-5000/COMPOZITE is designed for the non-destructive testing of polymer-composite materials used in aircraft constructions: glider elements, helicopter blades, honeycomb panels It is also applicable in wind power engineering, small-sized shipbuilding, pipe fitting production, etc. All tooling (laser scanner, sensors) selection and change processes are automated.
The laser scanning and flaw detection equipment ROBOSCOP VTM-5000 / DISK is designed for non-destructive testing of aircraft engine parts of various range by type and size. Typical test objects are aircraft blades, discs, various shafts and workpieces. ROBOSCOP VTM-5000 / DISK automatically performs operations with high accuracy of testing results and low test time.
WIZARD - blending scope for diagnostics and machining blades os aircraft engines. Blending scope is a set of assemblies and modules for diagnostics and service of blades of the aircraft engines and gas turbines. Milling module + Liquid penetrant modules in one case for multitask applications.
MULTIFUNCTIONAL FLAW DETECTOR TOMOGRAPH Has built-in support for multidisciplinary scanners: tomographic, optical, railway purpose, etc. Such functionality is in demand by NDT laboratories for the control of welded joints, fitting pipe, various metal structures and composite materials.
MECHANICAL IMPEDANCE ANALYSIS FLAW DETECTOR Is intended for detection of laminations, discontinuities, defects of lack-of-adhesion type and other continuity faults in multi-layer polymeric composite materials (PCM).
ROBOSCOP VTM-5000 KP Is applied for complex non-destructive testing of railway rolling stock (trams, subway cars, freight and passenger cars, motor-rolling stock) wheelsets. A flexible system of settings allows to make any test sequence while using both mandatory and auxiliary (confirming) NDT methods for selective test of individual zones.
The robotic complex ROBOSCOP VTM-5000/RSP is designed for nondestructive testing of welded rail joints in the technological flow of rail welding companies. ROBOSCOP VTM-5000/RSP manages laser geometric parameters measurementof railweld joint, hardness measurement, videomonitoring in the area of possible burn and ultrasonic testing over the entire rail section of the rail using phased arrays probes.
ROBOSCOP VTM-5000/OR - automated system of flaw-detection and laser measurement of wheel set axles of railway rolling stock: loco, carriage & wagon, motor driven rolling stock, metro-cars and trams. It is applied for conducting input and output non-destructive testing of railway axes during scheduled repairs. The ROBOSCOP VTM-5000/OR configuration settings and diagnostic methods selection take on account geometry changes and axes types, depending on their purpose.
SINGLE-CUT RAIL ULTRASONIC PHASED ARRAY FLAW DETECTOR (PA) Single-line ultrasonic rail flaw detector on phased arrays (PAUT) for continuous ultrasonic testing of all types rail threads (R50, R65, R75, UIC52, UIC60, etc.) along the entire length and cross-section with decoding of defects, including testing of rail base blades.
DUBLE-CUT RAIL ULTRASONIC PHASED ARRAY FLAW DETECTOR (PA) Double-line ultrasonic rail flaw detector on phased arrays (PAUT) for continuous ultrasonic testing of all types rail threads (R50, R65, R75, UIC52, UIC60, etc.) along the entire length and cross-section; rails turnouts with semi-automatic decoding of defects, including testing of rail base blades.
MOBILE SINGLE-CUT RAILPHASED ARRAY FLAW DETECTOR (PA) Rail flaw detector with phased arrays for ultrasonic testing of welded joints of electric contact and aluminothermic rail welding (R50, R65, R75, UIC52, UIC60, etc.)
STATIONARY RAIL FLAW DETECTOR ON PHASED ARRAY (PA) FOR RAIL WELDING ENTERPRISE (RWE) Designed for acceptance ultrasonic inspection of welded joints of electric contact welding of railway rails in the conditions of rail welding enterprises.
The stend of laser scanning and flaw detection ROBOSCOP VTM-5000 AEROSPACE is designed for non-destructive testing of composite materials, honeycomb structures and heat-shielding coatings, used in the space industry.
The laser scanning and flaw detection bench ROBOSCOP VTM-5000 HELICOPTERS is designed for the non-destructive testing of polymer-composite materials used in aircraft constructions: glider elements, helicopter blades, honeycomb panels It is also applicable in wind power engineering, small-sized shipbuilding, pipe fitting production, etc. All tooling (laser scanner, sensors) selection and change processes are automated.
The laser scanning and flaw detection bench ROBOSCOP VTM-5000/COMPOZITE is designed for the non-destructive testing of polymer-composite materials used in aircraft constructions: glider elements, helicopter blades, honeycomb panels It is also applicable in wind power engineering, small-sized shipbuilding, pipe fitting production, etc. All tooling (laser scanner, sensors) selection and change processes are automated.
The laser scanning and flaw detection equipment ROBOSCOP VTM-5000 / DISK is designed for non-destructive testing of aircraft engine parts of various range by type and size. Typical test objects are aircraft blades, discs, various shafts and workpieces. ROBOSCOP VTM-5000 / DISK automatically performs operations with high accuracy of testing results and low test time.
WIZARD - blending scope for diagnostics and machining blades os aircraft engines. Blending scope is a set of assemblies and modules for diagnostics and service of blades of the aircraft engines and gas turbines. Milling module + Liquid penetrant modules in one case for multitask applications.
MECHANICAL IMPEDANCE ANALYSIS FLAW DETECTOR Is intended for detection of laminations, discontinuities, defects of lack-of-adhesion type and other continuity faults in multi-layer polymeric composite materials (PCM).
ROBOSCOP VTM-5000 KP Is applied for complex non-destructive testing of railway rolling stock (trams, subway cars, freight and passenger cars, motor-rolling stock) wheelsets. A flexible system of settings allows to make any test sequence while using both mandatory and auxiliary (confirming) NDT methods for selective test of individual zones.
The robotic complex ROBOSCOP VTM-5000/RSP is designed for nondestructive testing of welded rail joints in the technological flow of rail welding companies. ROBOSCOP VTM-5000/RSP manages laser geometric parameters measurementof railweld joint, hardness measurement, videomonitoring in the area of possible burn and ultrasonic testing over the entire rail section of the rail using phased arrays probes.
ROBOSCOP VTM-5000/OR - automated system of flaw-detection and laser measurement of wheel set axles of railway rolling stock: loco, carriage & wagon, motor driven rolling stock, metro-cars and trams. It is applied for conducting input and output non-destructive testing of railway axes during scheduled repairs. The ROBOSCOP VTM-5000/OR configuration settings and diagnostic methods selection take on account geometry changes and axes types, depending on their purpose.
SINGLE-CUT RAIL ULTRASONIC PHASED ARRAY FLAW DETECTOR (PA) Single-line ultrasonic rail flaw detector on phased arrays (PAUT) for continuous ultrasonic testing of all types rail threads (R50, R65, R75, UIC52, UIC60, etc.) along the entire length and cross-section with decoding of defects, including testing of rail base blades.
DUBLE-CUT RAIL ULTRASONIC PHASED ARRAY FLAW DETECTOR (PA) Double-line ultrasonic rail flaw detector on phased arrays (PAUT) for continuous ultrasonic testing of all types rail threads (R50, R65, R75, UIC52, UIC60, etc.) along the entire length and cross-section; rails turnouts with semi-automatic decoding of defects, including testing of rail base blades.
MOBILE SINGLE-CUT RAILPHASED ARRAY FLAW DETECTOR (PA) Rail flaw detector with phased arrays for ultrasonic testing of welded joints of electric contact and aluminothermic rail welding (R50, R65, R75, UIC52, UIC60, etc.)
STATIONARY RAIL FLAW DETECTOR ON PHASED ARRAY (PA) FOR RAIL WELDING ENTERPRISE (RWE) Designed for acceptance ultrasonic inspection of welded joints of electric contact welding of railway rails in the conditions of rail welding enterprises.
MULTIFUNCTIONAL FLAW DETECTOR TOMOGRAPH Has built-in support for multidisciplinary scanners: tomographic, optical, railway purpose, etc. Such functionality is in demand by NDT laboratories for the control of welded joints, fitting pipe, various metal structures and composite materials.
Pulsar builds the systems that keep critical infrastructure safe. Our robotic NDT platforms and phased array instruments are trusted in aerospace hangars and railway depots across the globe.
Vertically integrated — from R&D and robotic assembly to final calibration. Full in-house control.
Multi-axis robotic inspection platforms with laser scanning, ultrasonic, and impedance testing capabilities.
Proprietary PAUT electronics and multi-channel phased array systems for railway and aerospace.
Real-time C-scan visualization, automated defect decoding, and GPS-linked inspection protocols.
Final quality assurance, CE certification compliance, and traceable calibration of every unit.
Every system passes through our rigorous 5-stage pipeline before reaching your facility.
Our products meet the highest international standards for quality and safety.
Our equipment operates across aerospace, railway, wind energy, shipbuilding, and oil & gas industries worldwide.
Whether you need a robotic system or portable flaw detector — our team configures the right solution.
Our engineering team is ready to help you select the right NDT solution.