14L5 SP MP TRANSDUCER FOR ULTRASOUND SYSTEM by Siemens Medical Solutions

Key Highlights

• The 14L5 SP MP Transducer is designed specifically for advanced ultrasound imaging, enhancing diagnostic capabilities across various applications.
• Compatible with Siemens models S2000, S3000, and S1000, this transducer ensures seamless integration into existing ultrasound systems.
• Supports a wide range of clinical applications, including breast, cerebrovascular, musculoskeletal, and intraoperative imaging, making it versatile for diverse medical environments.
• Engineered for high frame rate imaging, it provides clear and detailed visuals, essential for precise diagnostics and patient assessments.
• Robust construction and design facilitate ease of use and maintenance, promoting longevity and reliability in clinical settings.

Compatible Systems & Use Cases

This transducer is compatible with the following Siemens ultrasound models:

• S2000
• S3000
• S1000

It is particularly suited for applications in:

• Breast imaging
• Cerebrovascular assessments
• Intraoperative procedures for abdomen and vascular imaging
• Musculoskeletal evaluations
• Thyroid and testicular imaging

Technical Specifications

Parameter	Value
Transducer Type	Linear Array
Frequency Range	5-14 MHz
Applications Supported	Multi-organ Imaging
Dimensions	Standard Size (specific dimensions may vary)

Clinical and Service Value

The 14L5 SP MP Transducer enhances procurement strategies by offering compatibility with multiple Siemens ultrasound systems, thereby maximizing existing investments in imaging technology. Its versatility across various clinical applications allows healthcare facilities to streamline workflows, reducing the need for multiple specialized transducers and ensuring that clinicians can perform a wide range of examinations efficiently.

Maintenance of the 14L5 SP MP Transducer is simplified due to its robust design, which is intended to withstand the rigors of clinical use. Regular maintenance protocols can be easily established, ensuring that the transducer remains in optimal working condition. Moreover, the high frame rate imaging capability of this transducer significantly improves workflow efficiency, as clinicians can obtain clearer images more quickly, facilitating timely patient care decisions.

Additional notes

Applications:BreastCerebrovascularDigitalHFR (High Frame Rate)Intraoperative AbdomenIntraoperative VascularMusculoskeletalPenileTesticleThyroid