Siemens 12L3 Linear Probe

Siemens 12L3 Linear Probe

The Siemens Healthineers 12L3 transducer is a high-performance linear transducer designed to deliver accurate and detailed imaging. Ideal for applications in general radiology, musculoskeletal imaging or vascular imaging, it is particularly suitable for healthcare professionals seeking optimal resolution for superficial tissues. Its piezoceramic technology guarantees exceptional image quality, while ensuring great manoeuvrability thanks to its ergonomic design.

The Siemens Healthineers 12L3 linear transducer is an indispensable tool for demanding clinicians. With its extended bandwidth of 2.6 to 11.5 MHz, it delivers remarkably clear images, even for the finest structures. This linear transducer is specially designed for examinations requiring high resolution, such as imaging of small organs, blood vessels or joints.

Siemens 12L3 probe: Piezoceramic technology for optimal imaging

The 12L3 transducer for ACUSON Juniper incorporates 1D piezoceramic technology, offering axial and lateral resolution of 0.5 mm x 1.0 mm. This precision allows anatomical details to be visualised with unparalleled clarity, facilitating diagnosis and patient follow-up. Its 133 mm field of view makes it a versatile choice for a variety of clinical applications.

Siemens 12L3: Designed for the comfort and efficiency of healthcare professionals

Weighing 483 g and measuring 14.6 x 61.9 mm, the 12L3 is designed for extended use without fatigue. Its 2.1 m cable offers optimal freedom of movement, while its TC-ZIF connector ensures perfect compatibility with the ACUSON Juniper system. This transducer is ideal for physicians, radiologists and medical imaging specialists looking for reliable, high-performance equipment.

Technical Details

Type: High-frequency linear transducer
Bandwidth: 2.6 to 11.5 MHz
Resolution: Axial resolution of 0.5 mm and lateral resolution of 1.0 mm
Field of view: 133 mm
Weight: 483 g
Cable length: 2.1 m

Compatible Accessories

Ultra-Pro II Needle Guide: Enables precise guidance during interventional procedures