5C1e : Cutting-Edge Technology for Versatile Imaging
The BK Medical 5C1e transducer is designed to provide exceptional image quality across a wide range of medical applications, including abdominal, obstetric, fetal, and musculoskeletal imaging. With its broad frequency range (5 - 1 MHz), it delivers high-resolution images, whether in the near field or at greater depths.
One of the 5C1e’s major advantages is its ability to produce remarkably sharp images, enhancing diagnostic precision. This performance is based on advanced technologies such as tissue harmonic imaging and coded excitation, optimizing resolution and penetration. This enables optimal visualization of anatomical structures, whether superficial or deep.
The transducer is also an ideal tool for ultrasound-guided interventions. It is compatible with a single-use needle guide with three angles, allowing quick and reliable puncture and biopsy procedures. Real-time visualization of the needle path on the screen ensures optimal control and increased safety for both the practitioner and the patient.
Its ergonomic design has been developed to maximize user comfort. The transducer features a handle designed for easy manipulation and an advanced connector that reduces noise in the ultrasound image. This allows the operator to benefit from stable and precise imaging while having the ability to control the ultrasound with just one hand.
The integrated Smart ButtonTM simplifies the use of the transducer by providing quick access to essential functions such as activation, image freezing, printing, and storage. This feature helps optimize efficiency and workflow during ultrasound examinations.
With a 66° sector image field, the 5C1e transducer provides optimal coverage of the examined area, ensuring detailed visualization of internal organs and anatomical structures. Its lightweight design (180 g) reduces practitioner fatigue, even during prolonged use.
The BK Medical 5C1e combines advanced technology, ergonomics, and versatility, making it an essential choice for healthcare professionals seeking high-quality medical imaging.
