NM01C00306

The Dolphitech Replaceable Irrigated Delay Line is a crucial accessory designed for use with Dolphitech's ultrasonic testing transducers, particularly with their advanced imaging systems like the DolphiCam2. This specific model features a 12 mm thick delay line made of Rexolite, a material known for its excellent acoustic properties, especially at higher frequencies, and its low attenuation. The inclusion of a bracket ensures secure and easy mounting to compatible Dolphitech transducers.  

The integrated irrigation system is a key feature, allowing for consistent and controlled delivery of couplant (typically water) directly to the interface between the delay line and the inspection surface. This is particularly beneficial for maintaining optimal acoustic coupling during scans, especially on rough or uneven surfaces, and for longer duration inspections. The replaceable nature of the delay line offers cost-effectiveness and flexibility, allowing users to switch to different delay line materials or thicknesses as needed for specific applications.

Key Features:

• 12 mm Rexolite Delay Line: Provides excellent acoustic transmission and is well-suited for high-resolution imaging.  

• Replaceable Design: Offers flexibility and cost-effectiveness for various inspection needs.

• Integrated Irrigation: Ensures consistent couplant delivery for optimal acoustic coupling.

• Included Bracket: Facilitates secure and easy mounting to compatible Dolphitech transducers.

• Optimized for Dolphitech Systems: Designed to work seamlessly with Dolphitech's advanced ultrasonic imaging technology.

• Enhanced Near-Surface Resolution: The delay line helps to separate the initial pulse from near-surface echoes, improving the ability to detect shallow flaws.  

Applications:

• Ultrasonic inspection of materials where good near-surface resolution is critical.

• Inspection of composites, metals, and multi-layered materials using Dolphitech systems.  

• Applications requiring consistent and controlled couplant delivery, such as automated or semi-automated scans.

• Inspections on rough or challenging surfaces where maintaining coupling is difficult.