Dynasty Group Inc - Employment

ACOUSTIC CONTROL SYSTEMS

The research and production company "ACSYS, Ltd" ("Acoustic Control Systems, Ltd") creates, produces and delivers high technology equipment for ultrasonic nondestructive testing of various structural materials. At the moment ACSYS is one of the leading producers of nondestructive testing devices and it's respected and trusted by customers in many industries.

For more information, click here or email to: acsys@dynastygrp.com

А1040 MIRA

The ultrasonic shear wave tomography test instrument, commercially known as MIRA, is a flaw detection system capable of generating 2D or 3D tomographic images of concrete, stone, masonry and other materials. The basic system consists of a phased array antenna with 12 modules; each module contains 4 dry point contact (DPC) shear wave transducers. A modified, synthetic aperture focusing technique (SAFT-C) data processing algorithm is performed to generate the 2D and 3D images of the reflected waves. The MIRA system is commonly used to measure the thickness of the test elements to about 2m thick, and to assess the condition of the materials to determine the presence of delaminations, internal voids, cracks, poor consolidation or honeycomb, etc.

A1220 EyeCon

The ultrasonic shear wave test instrument, commercially known as A1220 EyeCon, is a portable ultrasonic low-frequency flaw detection instrument for testing concrete and other materials. The basic system consists of an electronic control unit connected to an array console with 24 shear-wave transducers. The transducers are divided into two sets of 12 dry point contact (DPC) transducers each, which are electronically connected to act as a single transmitting and receiving transducer. The EyeCon test equipment functions are founded in ultrasonic pulse-echo principles; therefore access to only one side of the concrete surface is needed. The EyeCon system is commonly used in concrete, stone, and masonry structures to detect internal flaws such as delaminations, cracks, poorly consolidated or honeycombed concrete and to measure the thickness of the materials.

UK1401M Surfer
The ultrasonic flaw detector instrument, commercially known as UK1401M Surfer is device that measures the time and velocity of the propagation wave between two known points. Two dry point contact (DPC) transducers are built into the rugged body of the unit, which do not require the use of a coupling material. The Surfer system is commonly used in concrete, stone, and masonry structures to assess the integrity of the material by comparing the relative velocity of the material/element from location to location. The instrument is also use to assess cracks oriented orthogonally to the plane between transducers.

А1220 ANKER
The A1220 ANKER device is a low frequency ultrasonic flaw detector used to assess the internal characteristics of metal structures. The system consists of an electronic control unit connected to a single low frequency (25 KHz), broadband, longitudinal-wave transducer. The transducer is designed to produce low-level reverberations to reduce the acoustical noise. The A1220 ANKER device is commonly used to test concrete foundations with embedded anchor bolts of varying diameter (24 mm, 36 mm, etc) to depths up to 3.5 m deep. The system is also capable of measuring longer elements using the guided-wave test method.

А1550 IntroVisor
The A1550 IntroVisor ultrasonic device is a multi-channel high-frequency tomography unit for testing metal and plastic samples. It provides real-time imaging of the internal characteristic of the test sample. The instrument is capable of functioning as a tomographic unit providing a cross- sectional image or as a conventional flaw detector by adjusting the built-in 16-element transducer array. The “Universal” antenna array can generate simultaneous transmissions of longitudinal and shear waves. Images are produced by performing a synthetic aperture focusing technique (SAFT) data processing algorithm. The A1550 IntroVisor is commonly used to assess the integrity of welds and to determine the exact position of internal defects such as cracks, voids, delaminations, etc in metals.