Philips L15-7io compact linear probe with 7–15 MHz bandwidth and 128 elements. Designed for high-resolution vascular, MSK, superficial, small-parts and surgical imaging.
The Philips L15-7io is a compact “golf club” linear ultrasound probe featuring broadband technology, designed to provide high-resolution imaging of superficial structures. Its 15–7 MHz frequency range prioritizes resolution for the examination of shallow tissues.
The high-frequency range of the L15-7io and its compact linear design make it suitable for imaging superficial vascular structures. Color Doppler, Pulsed-Wave Doppler, and Color Power Angio provide tools for evaluating blood flow and vascular anatomy.
The probe is designed for examinations of musculoskeletal structures, small parts, and superficial tissues. Its 15–7 MHz frequency range is particularly suited to applications requiring detailed visualization of structures located close to the skin surface.
Philips also specifies the L15-7io for surgical applications. Its compact design and 23 mm aperture make it suitable for situations where a small-footprint linear probe is preferred.
The L15-7io features a compact “golf club” linear design. Philips also specifies a dedicated acoustic lens for imaging at the probe surface, supporting its use for superficial applications.
The Philips L15-7io is a compact “golf club” linear ultrasound probe featuring broadband technology, designed to provide high-resolution imaging of superficial structures. Its 15–7 MHz frequency range prioritizes resolution for the examination of shallow tissues.
The high-frequency range of the L15-7io and its compact linear design make it suitable for imaging superficial vascular structures. Color Doppler, Pulsed-Wave Doppler, and Color Power Angio provide tools for evaluating blood flow and vascular anatomy.
The probe is designed for examinations of musculoskeletal structures, small parts, and superficial tissues. Its 15–7 MHz frequency range is particularly suited to applications requiring detailed visualization of structures located close to the skin surface.
Philips also specifies the L15-7io for surgical applications. Its compact design and 23 mm aperture make it suitable for situations where a small-footprint linear probe is preferred.
The L15-7io features a compact “golf club” linear design. Philips also specifies a dedicated acoustic lens for imaging at the probe surface, supporting its use for superficial applications.