In industrial sectors such as petrochemicals, electric power, special equipment manufacturing, and marine engineering, in-service corrosion monitoring and precise wall thickness evaluation of metal pipelines and pressure vessels remain core components of ensuring safe production. However, frontline technicians facing rigorous industrial environments have long been plagued by several major challenges:
- Traditional thickness gauges “show numbers, but no waveforms”: When facing internal pitting corrosion, complex alloy materials, or coated workpieces, standard thickness gauges often experience jumping readings and misjudgments due to clutter interference, preventing operators from visually verifying the authenticity of the data.
- Difficulty in balancing micro-defects with blind zones: When dealing with extremely thin plates or heavy-duty load-bearing structures, conventional instruments frequently struggle with the dilemma of “large near-surface blind zones versus weak deep penetration.”
- Challenging massive data traceability and low manual recording efficiency: For boiler and pipeline inspections involving tens of thousands of measurement points, traditional paper records or outdated export methods easily lead to data loss and errors, making the subsequent generation of inspection reports time-consuming and laborious.
To fundamentally eliminate these industrial pain points, Mikrosize introduces the new-generation iThick-7000 Ultrasonic Thickness Gauge. Boasting an ultra-wide bandwidth of 1MHz to 20MHz, 72dB adjustable gain, and powerful A/B scan visualization capabilities, it is becoming the ultimate hard-core tool trusted by non-destructive testing (NDT) professionals.
1.A/B Scan Dual-Mode Presentation: Making Defects Nowhere to Hide
During on-site corrosion testing of in-service pipelines and metal containers, an instrument’s ability to capture true echoes is crucial. The Mikrosize iThick-7000 comes standard with A-scan (A-scan waveform) and B-scan (B-scan profile) display modes. Technicians can not only read values directly but also observe the echo status through real-time waveforms.
Supporting multiple detection modes such as full wave, positive half wave, negative half wave, and radio frequency (RF), and paired with a wide frequency band of 1MHz-20MHz and diverse filters (5M/10M/15M), the instrument effortlessly filters out on-site noise. Whether utilizing complex pulse-echo (P-E) or multiple echo (ME-E) modes, operators can rely on naked-eye inspection and waveforms to lock onto the true bottom echo, completely eliminating misjudgments caused by poor coupling or surface scaling.
2. Ultra-Narrow Blind Zones and Ultra-Wide Measuring Range: High-Precision Span from 0.15mm to 3200mm
Whether it is high-precision measurements of aerospace thin-walled components and automotive body panels, or deep penetration into heavy concrete walls and heavy-duty carbon steel structural parts, different operating conditions place extreme demands on an instrument’s range and adaptability.
The iThick-7000 features an ultra-wide effective measuring range of 0.15mm to 3200mm (longitudinal wave in carbon steel). Its transmission voltage can be finely adjusted from 25V to 300V with a 25V step, and the pulse width is adjustable from 25ns to 300ns. Combined with Auto Gain, Auto Range, and automatic sound velocity and zero-point calibration functions, the instrument automatically matches the optimal transmission power and receiving state whether facing precision thin sheets or heavy metals, ensuring every measurement is dead-on accurate.
3.Error-Prevention Mechanisms in Harsh Environments: Dual Over-Limit Alarms and Intelligent Coupling Prompts
Industrial sites feature harsh environments, dim lighting, and high noise levels. During high-intensity operations, technicians need reliable feedback mechanisms to prevent data omission.
The iThick-7000 has a built-in intelligent thickness alarm and coupling prompt system:
- When measured thicknesses exceed preset upper or lower limits, the value color changes automatically accompanied by a buzzer alarm, forcefully blocking unqualified data from passing through.
- Real-time visualization of coupling status: When the probe is well-coupled with the workpiece, thickness values are displayed in clear white font with a buzzer prompt, ensuring every measurement point is genuine and valid.
- Paired with a lightweight design weighing only 228g (without batteries), IP-grade environmental adaptability, and a high-brightness 2.4-inch 320×240 IPS LCD screen (with backlight adjustment), it operates with ease even in poorly lit narrow pipe trenches or high-altitude operations.
4. 130,000-Group Massive Storage and Companion Software: Bridging the “Last Mile” of Data Management
Data organization and report generation after inspection directly impact overall testing efficiency.
The Mikrosize iThick-7000 adopts an innovative grid file format, supporting 520 storable files, with each file recording 252 sets of thickness values, totaling up to 130,000 sets. Through the standard MINI USB interface and Data View upper computer software, users can easily achieve bidirectional data communication, statistical analysis, historical archiving, and one-click report printing. This not only ensures on-site inspection data is traceable, but also substantially enhances enterprise-level digital and standardized quality management.
5.Conclusion
As industrial manufacturing and safety operations advance toward higher precision and intelligence, choosing an exceptional ultrasonic thickness gauge is equivalent to purchasing a solid insurance policy for corporate asset safety.
Empowering modern industrial non-destructive testing with its hard-core A/B scan imaging, 0.15–3200mm unconstrained penetration, intelligent audio-visual alarms, and massive data management capacity of 130,000 sets, the Mikrosize iThick-7000 Ultrasonic Thickness Gauge stands out. If you are searching for an industrial-grade thickness measurement solution capable of handling rigorous working conditions and rejecting data misjudgments, the iThick-7000 is undoubtedly your ideal choice.
