Biopsy Guides PVM-651VT Akicare

This catalogue entry pairs the Akicare PVM-651VT reusable biopsy needle guide with the Canon Toshiba PVM-651VT probe. The guide is manufactured from medical stainless steel and accepts needles in the gauge range recorded for this listing, which suits obstetric and gynaecological ultrasound examinations. The item is offered in a Compatible-New condition option, and its model number is PVM651VT.

The unit operates manually and is sourced from Guangdong, China. A warranty period is recorded for this listing, although the exact coverage and any return or replacement terms are agreed individually for each order. Engineers and procurement staff should confirm the physical fit against the probe face before committing to a purchase, as catalogue data gives no further detail on the connector or array type.

For similar sourcing needs, review the Biopsy Guides CA3-10A Akicare listing, and note that this PVM-651VT guide also belongs to the Biopsy Guides category alongside Biopsy Guides CA3-10A Akicare.

Frequently asked questions

What should I ask about the warranty before ordering this PVM-651VT guide?

The catalogue records a warranty period, but its precise scope is settled per order. Ask our team for the specific warranty certificate wording, what defects are covered, and whether return or replacement applies to your purchase prior to confirmation.

When enquiring: how does this listing relate to the Biopsy Guides CA3-10A Akicare item?

This guide is built for the Canon Toshiba PVM-651VT probe. The sibling listing, Biopsy Guides CA3-10A Akicare, is a separate model, so check its probe compatibility independently. The two are not interchangeable unless confirmed for your exact probe.

Is this guide intended for obstetric and gynaecological use?

The specification lists OB/GYN as the application, so it is intended for that clinical use. However, confirm with the supplier that the guide mounts correctly on your specific PVM-651VT probe and that the needle channel accepts your biopsy needle gauge before relying on it in a procedure.