Konica Minolta Ultrasound Systems
Point-of-Care Solutions to Meet Every Need and Budget
Konica Minolta Healthcare’s Point of Care Ultrasound units are highly portable systems with stunningly clear image quality. Nothing shows that image quality better than Simple Needle Visualization: all of our probes can visualize any needle you have for guided procedures and biopsies. And our full line of probes can cover every ultrasound need, including our Hockey Stick probe, an industry Gold Standard. Our probes are so well respected that companies like GE and Philips purchase them white-labeled from us to package with their ultrasound units under their brands.
Top 5 Reasons for Konica Minolta Ultrasound in Your Facility
Hand-carried Ultrasound System Designed for You
The SONIMAGE line of ultrasound systems (HS2, HS1, and MX1) are Point-of-Care portable ultrasound systems designed to support a wide range of applications and patient types. Konica Minolta’s advanced technology features provide high-resolution image quality and efficient workflow for daily clinical practice.
The wide range of available probes, all featuring SNV, makes performing any evaluation or intervention quick and accurately, producing high-quality images—right at the point-of-care in your clinic or facility.
Advanced Technology for Superior Image
Unique Nanofabrication Technology, combines both material and machining expertise, to produce broad frequency linear probe “L18-4”. It offers both high sensitivity as well as greater penetration.
T2HI (Triad Tissue Harmonic Imaging) Dual Sonic Technology
By combining T2HI and Dual Sonic, a high-quality THI signal is formed around the center of the ultrasound beam in the receiving area.
As a result, it suppresses the acoustic noise and ensures the optimum image from deep to superficial structure.
Median Nerve
iXRET
iXRET OFF
iXRET ON
The SONIMAGE HS2 achieves higher resolution and faster frame rates by utilizing Konica Minolta’s unique technology “iXRET”.
SNV (Simple Needle Visualization)
All SONIMAGE models automatically detect needle insertion.
This function can be used both ‘In plane’ and ‘out of plane’
