Pro Engineers

The Sensoft Rescue Radar™ is a state-of-the-art, portable motion detection system designed to save lives by detecting the subtle breathing and heartbeat signals of survivors trapped behind walls, rubble, or debris. This is critical technology for disaster response teams across India.

Based on FINDER Technology: Originally developed by NASA's Jet Propulsion Laboratory (JPL), Rescue Radar™ uses advanced microwave radar technology to detect the slightest motions, even through dense materials where conventional methods fail.

Critical Applications for Indian Disaster Response:

• Urban Search & Rescue (USAR): Locate survivors in collapsed buildings after earthquakes, building collapses, or gas explosions.

• Disaster Management: Essential equipment for National Disaster Response Force (NDRF), State Disaster Response Forces (SDRF), and fire services.

• Law Enforcement & Security: For tactical operations to detect human presence behind walls during hostage situations or barricaded suspect operations.

Key Features & Life-Saving Advantages:

• See Through Barriers: Detects human respiration and heartbeat through concrete, brick, wood, rubble, and other non-metallic materials.

• Exceptional Sensitivity: Can distinguish the tiny movements of breathing (chest rise/fall) from several meters away, even through over 6 meters of solid concrete.

• Rugged & Portable: Designed for harsh environments. The handheld sensor is quick to deploy and easy to use under extreme pressure.

• Rapid Detection: Provides results in under a minute, allowing responders to make critical, time-sensitive decisions.

• Clear Visual Feedback: Intuitive display shows signal strength, helping operators pinpoint the location of a survivor.

Who Needs This in India?
This is not a general-purpose tool. It is mission-critical for:

• National Disaster Response Force (NDRF)

• State Disaster Response Forces (SDRF)

• Fire and Emergency Services

• Army Engineer Units & Paramilitary Forces

• Specialized Mountain Rescue Teams

• Advanced Tactical Police Units

Be Prepared for the Unthinkable. Equip Your Team with Technology that Saves Lives.

Contact us for a confidential demonstration, technical specifications, and procurement details for government agencies.

Calibration blocks with notches are used to adjust the sensitivity and scan duration of ultrasonic flaw detectors for testing products like flat sheets and pipes, ensuring the material and geometry match the tested item for accurate results.

There are 4 kinds of calibration blocks:

• Flat calibration block with a notch;
• Сalibration block of pipe with a notch for testing the longitudinal weld;
• Сalibration block of pipe with a notch for testing the transverse weld;
• Сalibration block of pipe with a notch for testing the piping bend.

 

As a rule, calibration blocks are produced in accordance with the client’s specific normative document which governs:

• Dimensions of the calibration block
• Dimensions (width and depth) of notches
• Location of notches of the sample
• Number of notches

The adhesion tester measures coating adhesion using a flat steel plate with standardized slits as a template for making incisions, which are then cleaned and evaluated visually based on a point system after cutting in an X pattern.

The viscosity flow cup is a device used to determine the conditional viscosity of Newtonian fluids, an important parameter that characterizes a material’s resistance to flow; a submersible type is also available for rapid testing of hot liquids or monitoring their condition during operation.

The device measures density by determining the mass of a tested material placed in a pycnometer of known volume at a specific temperature, with the density calculated by dividing the obtained weight by the liquid’s volume; the process involves filling the pycnometer and removing any excess fluid through an overflow hole.

The submersible viscosity dip cup is used for rapid testing of the conditional viscosity of large batches, particularly for hot liquids or fluids in use (such as oil baths), where standard viscosity cups may be impractical.

10 MHz Small-Size Ultrasonic Probe (2×7 mm) High-frequency miniature probe for precision thickness measurement of thin metals, compatible with NOVOTEST UT-1M (Lab, -IP, -ST, -2A) and other ultrasonic gauges. Ideal for small components, edges, and thin-walled materials.

The Active EMAT (Electromagnetic Acoustic Transducer) EMAT-A1 enhances standard flaw detectors, enabling EMAT thickness measurement through gaps (up to 1mm of rust). It features a durable aluminum alloy probe case, operates on rechargeable batteries, and has an automatic transducer on/off function.

UD3701 Ultrasonic Flaw Detector, Advanced Non-Destructive Testing Device, High-Performance, Portable (With professional multi-purpose branded carrying case)

The band brush probe is ideal for testing most applications and works especially well in small areas or on complex surfaces.

Depending on the task, the device can be equipped with a T-shaped, sickle, brush, ring, spring and other types of electrodes for individual customer testing objects.

Depending on the task, the device can be equipped with a T-shaped, sickle, brush, ring, spring and other types of electrodes for individual customer testing objects.