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Standard Ultrasound
GE L10-22-RS ultrasound transducer
GE Ultrasound Probe
Linear

GE L10-22-RS

The L10-22-RS is GE's ultra-high-frequency linear transducer for structures in the first few centimeters of tissue. Its 10.0 – 22.0 MHz range resolves skin layers, tendon fibers, nerve fascicles, and small superficial vessels while the narrow footprint fits fingers, toes, and neonatal extremities. On Venue, LOGIQ P-series, and NextGen LOGIQ e platforms, it supports dermatologic assessment, fine MSK work, and vascular access guidance where standard linears give up near-field detail.

Frequency Range
10.0 – 22.0 MHz
Connector Type
RS-Pin
Clinical Applications
DermatologyMSKPediatricSmall Parts
Technical Specifications

Specifications

Frequency
10.0 – 22.0 MHz

Ultra-high frequency reaches sub-100-micron axial resolution for skin layers and superficial tendons.

Scan Modes
B-Mode, Color Doppler, PW Doppler

Full mode set for morphology, flow mapping, and velocity measurement in superficial structures.

Depth
Optimized for superficial structures

Near-field focus maximizes resolution in the first 1–2 cm of tissue depth.

Connector
RS-Pin

RS-Pin interface connects to GE Venue, LOGIQ P-series, and NextGen LOGIQ e systems.

Clinical Applications

Applications

Dermatologic Imaging

At 15–20 MHz, the L10-22-RS differentiates epidermis, dermis, and subcutaneous layers for skin lesion depth assessment and procedure planning. Melanoma thickness measurement and margin mapping benefit from the axial resolution at these frequencies. Color Doppler identifies feeder vessels in vascular lesions and inflammatory conditions at the dermal level.

Superficial MSK Assessment

The 7.0–20.0 MHz range resolves individual tendon fibers, nerve fascicles, and joint capsule layers in the hand, wrist, and foot. Trigger finger, de Quervain tenosynovitis, and Morton neuroma assessment benefit from the near-field detail that lower-frequency probes cannot match. The narrow footprint reaches between metacarpals and into the interdigital spaces.

Neonatal & Pediatric Imaging

Superficial structures in neonates, including skin, subcutaneous tissue, and superficial vessels, image with high spatial detail at 12–20 MHz given the minimal tissue depth. Vascular access guidance in premature infants uses the high resolution to identify vessels as small as 1–2 mm. The compact linear footprint fits on small extremities and the neonatal scalp.

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