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GE 8L-RS Linear Array Ultrasound Probe Scanhead for Vascular Imaging and Medical Diagnosis

GE 8L-RS Linear Array Ultrasound Probe Scanhead for Vascular Imaging and Medical Diagnosis

Brand Name: MYPRO
MOQ: 1 Piece
Price: Negotiable
Payment Terms: T/T,Western Union
Supply Ability: 2000 pieces per year
Detail Information
Place of Origin:
China
Application:
Vascular, Smallparts, MSK Etc.
Material:
Plastic,Metal
Function:
Medical Diagnosis
Service:
Online Technical Support; Return & Replacement; Send Back For Repair
Packaging Details:
Carton, 420mm*270mm*100mm for 1 probe
Supply Ability:
2000 pieces per year
Highlight:

GE 8L-RS linear array ultrasound probe

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vascular imaging ultrasound scanhead

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medical diagnosis ultrasound probe

Product Description
GE 8L-RS Linear Array Ultrasound Probe Scanhead for Vascular Imaging and Medical Diagnosis
GE 8L-RS Linear Array Ultrasound Probe Scanhead for Vascular Imaging and Medical Diagnosis
Product Specifications
Product Property Details
Product Type Ultrasound Probe Array / Crystal / Scanhead / Acoustic Module / Transducer
Brand GE
Model Number 8L-RS
Probe Type Linear
GE 8L-RS Linear Array Ultrasound Probe
Ultrasound Transducer Technical Overview
  1. Material Composition
    The active element is typically made of piezoelectric crystals or newer materials for higher sensitivity and bandwidth. The lens or matching layer is often composed of acoustic polymers to optimize impedance matching between the transducer and tissue.
  2. Frequency Range
    Operates at specific frequencies, with higher frequencies offering better resolution but shallower penetration. Multi-frequency probes support adjustable frequencies for different imaging depths.
  3. Array Configuration
    • Linear array: Flat footprint, high near-field resolution (e.g., vascular imaging)
    • Curved array (convex): Wider field of view for deep abdominal scans
    • Phased array: Small footprint with steering capability (e.g., cardiac imaging)
  4. Aperture Size & Footprint
    The physical size and shape vary by application (e.g., small footprints for interventional or pediatric use).
  5. Damping Layer
    A backing layer absorbs backward-directed vibrations to shorten pulse duration, improving axial resolution.
  6. Matching Layer
    Reduces acoustic impedance mismatch between the transducer and tissue, enhancing energy transmission.
  7. Thermal & Electrical Safety
    Designed to minimize heat generation (meeting FDA/IEC limits for surface temperature rise). Electrically insulated to protect patients and operators.
  8. Beamforming Capability
    Modern probes support dynamic focusing, electronic steering, and multi-line acquisition for real-time imaging.
  9. Durability & Sterilization
    Encased in robust materials (e.g., plastic, metal) resistant to wear and chemical disinfectants. Some probes are waterproof for intraoperative or endoscopic use.
  10. Specialized Variants
    3D/4D probes: Incorporate mechanical or matrix arrays for volumetric imaging. Intracavitary probes: Miniaturized designs for transvaginal/transrectal applications.
Available GE Transducer Models
Type Original Model
convex C36, CBF3.5, 3Cb, C358, 3C, 3.5C, 4C, 4C-RS, 3C-RS, 3.8C-RC, 4C-RC, C2-5-RC, C2-5-RS, AB2-7, AB2-7-RS, AB2-7-D, C1-5-D, C1-5-RS, C1-6-D
Linear L76, L39, LH, 7L-RC, 7.5L-RC, 8L, 8L-RS, 9L, 9L-RS, 9L-D, 11L, 12L, L6-12-RC, L6-12-RS
transvaginal E72, MTZ, E8C, E8Cs, E7C-RC, E8C-RS, E8Cs-RC, E8Cs-RS, IC5-9, IC5-9H, IC5-9-D
phased array 3S, 3Sp, 3Sp-D, 3S-RC, 3S-RS, 3Sc-RS, 6S-RS, 6S-D
Matrix Cardiac M3S, M4S, M4S-RS, M5S-D, M5Sc-D
Matrix Linear ML6-15, ML6-15-D
4D TV RIC5-9, RIC5-9H, RIC5-9W, RIC5-9W-RS, RIC5-9-D, RIC6-12-D