UT Immersion Scanning for Forgings & BLISKs
Laboratory Testing (LTI) performs accredited immersion ultrasonic inspection of forged engine discs, BLISKs, plate, additive-manufactured parts, and complex shapes up to 50″ in diameter and 1,000 pounds. The ScanMaster LS-200L with LP-1200 manipulator detects a No. 1 flat-bottom hole at 0.06″ depth with ≥18 dB signal-to-noise, qualified to Pratt & Whitney, Aerojet Rocketdyne, SpaceX, and MIL-STD-271 / MIL-STD-2132 programs.


What is Large-Format UT Immersion Inspection?
Immersion ultrasonic inspection couples the probe to the part through water, eliminating the variability of hand-applied couplant and delivering the signal-to-noise needed to resolve a No. 1 flat-bottom hole at depth. For forged engine components, BLISKs, plate, and additive parts, that resolution is what separates a passing acceptance scan from one that gets flagged in qualification review.
Laboratory Testing’s large-format immersion tank is built for the parts that won’t fit a bar rotator: anything contoured, anything large, and anything that needs phased-array coverage of complex geometry. The ScanMaster LS-200L with LP-1200 manipulator runs six-axis scanning with an automatic tool changer, so a single inspection plan covers conventional and phased-array probes without operator handoff.
LTI serves aerospace engine OEMs and tier suppliers, space propulsion, power generation, and advanced manufacturing programs producing forged, plate, and additive parts that require documented UT acceptance to Pratt & Whitney, Aerojet Rocketdyne, SpaceX, and MIL-STD-271 / MIL-STD-2132 inspection criteria.
Capabilities

Specifications
The LTI Advantage
Partner With LTI Today
Laboratory Testing has the capacity and capabilities to handle all your material testing needs in a single location. Since 1984, we’ve aided customers worldwide with accurate nondestructive testing and precise material lab services. Request a quote or contact us today to see how our industry-leading turnaround times can keep your mission-critical approvals moving forward.