Refurbished Philips C5-2 40R Convex Array Probe

Refurbished Philips C5-2 40R

The C5-2 40R is a Convex ultrasound transducer designed for high-quality diagnostic imaging across a variety of clinical applications. Operating within a frequency range of 2-5 MHz, it provides an effective balance between image resolution and depth of penetration. Featuring 128 elements, an aperture of 50 mm, and a maximum scan depth of 30 cm, the C5-2 40R delivers reliable image quality and consistent clinical performance for compatible ultrasound systems.

Brand & Manufacturer — Philips

The C5-2 40R is manufactured by Philips Healthcare, a global leader in medical imaging and diagnostic technology. With decades of experience in ultrasound innovation, Philips is widely recognized for its advanced imaging technologies, including its xMATRIX transducer technology, which enables high-quality real-time 2D and 3D imaging across multiple clinical applications. Today, Philips ultrasound systems and OEM transducers are trusted by healthcare providers worldwide for their image quality, reliability, and efficient clinical performance.

Medical Applications

The C5-2 40R is designed to support a wide range of diagnostic imaging procedures. Common clinical applications include:

• OB/GYN
• Urology
• Abdominal (ABD)
• Radiology

Ultrasound Machine Compatibility

The refurbished Philips C5-2 40R remains compatible with ultrasound systems originally developed under the Philips brand.

Compatible ultrasound systems include:

• HDI-5000

Compatibility should always be verified based on the specific ultrasound system model and connector configuration before purchase.

Availability & Price

At Elzhen, refurbished ultrasound probes typically range from $400 to $15,000 USD, depending on the probe model, condition, and availability. Each probe is professionally tested and supplied with a warranty and after-sales support to help ensure reliable clinical use. For current availability and exact pricing of the Philips C5-2 40R , please request a quote from Elzhen.