Refurbished Canon Medical Systems PLT-705BT Linear Array Probe

Refurbished Canon Medical Systems PLT-705BT

The PLT-705BT is a Linear ultrasound transducer designed for high-quality diagnostic imaging across a variety of clinical applications. Operating within a frequency range of 6-9 MHz, it provides an effective balance between image resolution and depth of penetration. Featuring 0 elements, an aperture of 39 mm, and a maximum scan depth of 24.2 cm, the PLT-705BT delivers reliable image quality and consistent clinical performance for compatible ultrasound systems.

Brand & Manufacturer — Canon/Toshiba

The PLT-705BT was originally designed and manufactured by Toshiba Medical Systems. After Canon Inc. acquired Toshiba Medical Systems in 2016, the company was officially renamed Canon Medical Systems Corporation. Because of this transition, the PLT-705BT may still appear under both the Toshiba and Canon Medical brands across product documentation and online marketplaces.

Medical Applications

The PLT-705BT is designed to support a wide range of diagnostic imaging procedures. Common clinical applications include:

Ultrasound Machine Compatibility

The refurbished Canon Medical Systems PLT-705BT remains compatible with ultrasound systems originally developed under the Canon Medical Systems brand.

Compatible ultrasound systems include:

• 180

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

Availability & Price

At Elzhen, the refurbished Canon Medical Systems PLT-705BT is available for 3100.00 USD with available part numbers 226ADBZX00140000, 4M08-92766, 4M08-92766A and 4M08-92919B includes:

• Original OEM refurbished transducer.
• One-year warranty.
• Free UPS Standard Shipping within the USA and Canada.
• Professional testing and quality inspection before shipment.

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.