• Medical Diagnostic Equipment
  • Surgical and Therapeutic Equipment
  • Medical Furniture
  • Laboratory Equipment
  • Cleaning and Sterilization
  • Spare Parts

4C-D Convex Probe - Fair Condition

The GE 4C-D transducer is a wide-band convex transducer designed for high-quality abdominal, obstetric, gynaecological, urological and peripheral vascular imaging. Compatible with Voluson E6, E8 Expert and Vivid E9 ultrasound systems, it offers a frequency of 2 to 5 MHz and a wide field of view up to 81° on the Voluson E8 Expert. Its ergonomic design and advanced technology ensure clear, detailed images, even in technically challenging patients. Ideal for routine examinations and complex cases alike, the 4C-D is a reliable tool for demanding professionals.



Offer Details

2014. DKO.

Options :

2014. DKO.

The Offer Details are provided by the seller and automatically translated.

Description

GE 4C-D Probe: Versatile Diagnostic Performance for Demanding Clinical Applications

The GE 4C-D is a wideband 2D convex transducer designed to meet the needs of healthcare professionals in a variety of clinical applications. Compatible with the high-end Voluson E6, Voluson E8 Expert and Vivid E9 ultrasound systems, it fits perfectly into demanding medical environments, offering exceptional image quality and consistent reliability.

Designed for abdominal, obstetric, gynaecological, urological and peripheral vascular imaging, the 4C-D provides accurate visualisation of anatomical structures, even in technically challenging patients. Its 58° field of view, expandable to 81° on the Voluson E8 Expert, provides extensive coverage, which is essential for obstetric and abdominal examinations.

The frequency range of 2 to 5 MHz ensures optimal penetration while maintaining high image resolution. This allows clinicians to capture fine details while exploring deep structures, which is crucial for accurate and rapid diagnoses.

The convex shape of the transducer facilitates access to complex anatomical areas, while its ergonomic grip reduces fatigue during prolonged examinations. Its robust design ensures long-term durability, even in high-volume clinical environments.

In addition to its technical performance, the GE 4C-D is designed to integrate into efficient workflows. It is compatible with the imaging modes of Voluson platforms, enabling faster examinations, better detection of abnormalities and simplified documentation.

Whether for pregnancy monitoring, abdominal organ assessment or urological examinations, the 4C-D transducer is an essential tool for healthcare professionals seeking versatility, reliability and superior image quality.

Features

  • High-resolution imaging for accurate diagnoses
  • Wider field of view for better anatomical coverage
  • Ergonomic design for extended user comfort
  • Compatible with GE's high-end platforms
  • Ideal for technically challenging patients
  • Smooth transition between different clinical applications

Technical Details

  • Type: Wide-band 2D convex transducer
  • Applications: Abdomen, gynaecology, obstetrics, urology, peripheral vascular
  • Field of view (FOV): 58° standard / 81° (Voluson E8 Expert)
  • Frequency range: 2–5 MHz
  • Compatibility: Voluson E6, Voluson E8 Expert, Vivid E9
  • Technology: Wideband curve
  • Shape: Convex
  • Imaging: High-resolution 2D

Compatible Accessories

  • Hypoallergenic medical contact gel
  • Protective case for safe transport
  • Highly flexible connection cable
  • Wall-mounted or mobile storage stand
  • Approved cleaning and disinfection kit


Logistics

Remma and its partners provide you with serviced and configured equipment tailored to your needs. Receive your product at your facility with standard or express delivery, and an installation option, all through a single point of contact.

Warranty

Our 12/24-month warranty ensures the safety and reliability of your medical equipment throughout its lifespan.

Flexible Financing

Settle your medical equipment in up to 36 installments with our financing service or pay after delivery with Remma Facility.