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Ultrasound Crystal
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GE 4C Convex Ultrasound Probe with 3.5 MHz Frequency and 128 Elements Scanhead Acoustic Module

GE 4C Convex Ultrasound Probe with 3.5 MHz Frequency and 128 Elements Scanhead Acoustic Module

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:
Abdominal, Ob/Gyn
Material:
Plastic,Metal
Function:
Medical Diagnosis
Packing:
Carton
Warranty:
1 Year
Service:
Online Technical Support; Return & Replacement; Send Back For Repair
Packaging Details:
420mm*270mm*100mm for 1 probe
Supply Ability:
2000 pieces per year
Highlight:

GE 4C convex ultrasound probe

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3.5 MHz ultrasound scanhead

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128 elements acoustic module

Product Description
GE 4C Crystal In Ultrasound Convex Ultrasound Scanner Scanhead Acoustic Module
Product Specifications
Product Property Details
Type Ultrasound Probe Array / Crystal / Scanhead / Acoustic Module / Transducer
Brand GE
Model Number 4C
Probe Type Convex
Central Frequency (MHz) 3.5
Elements Number 128
GE 4C Convex Ultrasound Probe Array / Crystal / Scanhead
Ultrasound Probe Technical Overview
  • Material Composition: Active element made of piezoelectric crystals or newer materials for higher sensitivity and bandwidth. Lens or matching layer composed of acoustic polymers to optimize impedance matching between transducer and tissue.
  • Frequency Range: Operates at specific frequencies (e.g., 2-15 MHz for clinical use), with higher frequencies offering better resolution but shallower penetration. Multi-frequency probes support adjustable frequencies for different imaging depths.
  • Array Configuration: Curved array (convex) providing wider field of view for deep abdominal scans.
  • Aperture Size & Footprint: Physical size and shape vary by application, with small footprints for interventional or pediatric use.
  • Damping Layer: Backing layer absorbs backward-directed vibrations to shorten pulse duration, improving axial resolution.
  • Matching Layer: Reduces acoustic impedance mismatch between transducer and tissue, enhancing energy transmission.
  • Thermal & Electrical Safety: Designed to minimize heat generation (meeting FDA/IEC limits for surface temperature rise). Electrically insulated to protect patients and operators.
  • Beamforming Capability: Supports dynamic focusing, electronic steering, and multi-line acquisition for real-time imaging.
  • Durability & Sterilization: Encased in robust materials resistant to wear and chemical disinfectants. Some probes are waterproof for intraoperative or endoscopic use.
  • Specialized Variants: Includes 3D/4D probes with mechanical or matrix arrays for volumetric imaging, and intracavitary probes with miniaturized designs for transvaginal/transrectal applications.
Other Available GE Probe 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