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PN# 5493011

Multi-System Compatibility
Works with multiple ultrasound systems
The C3-10-D is a Micro Convex ultrasound transducer designed for high-quality diagnostic imaging across a variety of clinical applications. Operating within a frequency range of 2-11 MHz, it provides an effective balance between image resolution and depth of penetration. Featuring elements, an aperture of 26 mm, and a maximum scan depth of cm, the C3-10-D delivers reliable image quality and consistent clinical performance for compatible ultrasound systems.
The C3-10-D probe comes from the GE HealthCare family, a global leader in medical imaging technology. With more than a century of innovation, GE HealthCare has advanced diagnostic ultrasound through high-quality imaging systems and OEM transducers. Today, its ultrasound solutions are trusted by healthcare providers worldwide for their reliability and clinical performance. As an original OEM transducer, The C3-10-D is designed to deliver dependable imaging on compatible GE HealthCare ultrasound systems.
The C3-10-D is designed to support a wide range of diagnostic imaging procedures. Common clinical applications include:
The refurbished GE Healthcare C3-10-D remains compatible with ultrasound systems originally developed under the GE Healthcare brand.
Compatible ultrasound systems include:
Compatibility should always be verified based on the specific ultrasound system model and connector configuration before purchase.
At Elzhen, the refurbished GE Healthcare C3-10-D is available for 2900.00 USD with available part numbers 5493011 and 5493012 includes:
In addition to supplying refurbished probes, Elzhen also offers professional ultrasound probe repair services, providing customers with an alternative to replacement when technical issues occur.
ISO Certified
Certified quality process
Reliable Performance
Ready for professional use
Tested & Guaranteed
Every product is tested before shipping
From testing to packaging, every refurbished probe follows a strict quality control process before leaving our facility.