
NM01TWS237MT
The OKO-NDT Angle Beam Probe TWS is a precision-engineered, single-element ultrasonic transducer designed for non-destructive testing (NDT) applications requiring accurate flaw detection using an angled sound beam. This probe is particularly well-suited for inspections where access is limited or where smaller components are being inspected.
Operating at a frequency of 2 MHz, this probe provides excellent penetration capabilities, allowing for the detection of subsurface flaws in a variety of materials. The 0.375" diameter active element allows for a focused ultrasonic beam, making it ideal for inspections in confined spaces or on smaller parts where a larger probe would be impractical.
The TWS designation refers to a specific design by OKO-NDT, likely indicating a particular housing style or beam characteristic optimized for specific applications. The single-element design provides reliable performance and simplified operation.
Manufactured by OKO-NDT, a trusted provider of NDT solutions, the Angle Beam Probe TWS is constructed from high-quality materials and built to stringent manufacturing standards, ensuring durability and long-term performance in demanding industrial environments.
Key Features and Benefits:
2 MHz Frequency: Provides good penetration for subsurface flaw detection.
0.375" Diameter Active Element: Ideal for inspections in confined spaces or on smaller parts.
Single Element Design: Offers reliable performance and simplified operation.
TWS Design: Specific OKO-NDT design for optimized performance.
OKO-NDT Quality: Manufactured by a reputable provider of NDT equipment.
Angle Beam Transmission: Enables the detection of obliquely oriented flaws.
Applications:
Weld Inspection: Detection of obliquely oriented cracks and other weld defects in restricted areas.
Pipe Inspection: Inspection of pipes for flaws, especially in smaller diameter pipes.
Structural Inspection: Inspection of structural components in confined spaces.
General NDT: Applicable in various industries requiring angled beam ultrasonic testing in limited access areas.