7.5MHz Linear Ultrasound Probe

The 7.5MHz Linear Ultrasound Probe is a high-frequency ultrasound transducer designed for detailed imaging of superficial anatomical structures. Its linear-array design produces a rectangular image field and is commonly used for vascular, thyroid, breast, musculoskeletal, nerve, small-parts and superficial soft-tissue examinations. Linear probes operating around 7.5–10 MHz provide higher image resolution for shallow structures than lower-frequency convex probes, although penetration depth is correspondingly lower. Key Features Linear-array ultrasound transducer Nominal frequency around 7.5 MHz High-resolution superficial imaging Rectangular scan field Suitable for vascular examinations Suitable for thyroid and breast imaging Supports musculoskeletal and tendon imaging Useful for nerve visualization and guided procedures Lightweight ergonomic probe design Compatible with selected ultrasound systems depending on connector Specification Details Product Type Linear Ultrasound Probe Probe Type Linear Array Nominal Frequency 7.5 MHz Typical Frequency Range Approx. 5–10 MHz* Typical Imaging Depth Approx. 20–100 mm* Image Format Rectangular Application Superficial / Small Parts / Vascular Connection System-Specific Ultrasound Connector Operation Wired Ultrasound Transducer