where expertise comes together
- since 1996 -
- since 1996 -
In high volume industries like automotive the requirement for a hundred percent X-ray inspection c
reates a bottleneck in the production. The XRHRobotStar is a fully Automated Defect Recognition (ADR) capable robot-system that allows an ultra-fast in-line inspection.
TOPAZ® 64: Fully Integrated Portable 32 or 64 Channel PAUT Instrument with FMC & TFM
Introducing TOPAZ64, the industry’s most intelligent fully integrated, portable 32 or 64-channel
phased array ultrasound (UT) instrument. TOPAZ64 combines code-compliant phased array UT with the industry’s most advanced full matrix capture (FMC) and total focusing method (TFM) capabilities. Featuring the highest acquisition frequency in its class, high resolution FMC and a 12” multi-touchscreen, users can easily visualize even the smallest flaws. TOPAZ64 can generate a bipolar pulse that provides more acoustic energy versus previous models for punching through thick components. The result is a portable tool that delivers increased inspection coverage, more accurate signals, and the ability to handle all UT inspections in one package. TOPAZ64 is ideal for challenging applications in transportation, oil and gas, manufacturing and power generation.
Ultrasonic tomograph for imaging of concrete structures А1040 MIRA
Applicable for concrete inspection allowing imaging of the internal structure of objects from conc
rete, reinforced concrete, different stones. The operation applies pulse-echo technique at one-side access to the object. The instrument is feasible for concrete inspection for searching conduct ducts, conduits, detection of foreign inclusions, holes, honeycombing, cracks and other concrete defects.
UCI Hardness Tester NOVOTEST T-U2
UCI hardness tester NOVOTEST T-U2 is is used for non-destructive hardness testing of: metals and
alloys by scales of hardness: Rockwell (HRC), Brinell (HB), Vickers (HV); non-ferrous metals, alloys of iron etc., and using five additional scales for calibration; with tensile strength (Rm) scale determines the tensile strength of carbon steel pearlitic products by automatic recalculation from Brinell (HB) hardness scale.