Hitachi Aloka UST-984-5 Biopsy Needle Guide

This record covers the Hitachi Aloka UST-984-5 Biopsy Needle Guide, a reusable bracket offered in Compatible-New condition for the UST-984-5 probe. Compatibility is mapped at probe level rather than console level: the site data does not record specific host systems, so the correct way to confirm fit is to match the probe model printed on your existing transducer, not the ultrasound scanner name. The guide is made from medical stainless steel, accepts needles in the 16-18G range, and is intended for OB/GYN puncture work.

Because it is manually operated, there are no power or cabling dependencies to check against a particular machine generation. Units are manufactured by Akicare in Guangdong, China, and carry CE quality certification. Where a console-level match matters to your team, send the probe label details with your enquiry and fit will be confirmed in the quotation reply.

Buyers comparing options in the Biopsy Guides category may also review the Hitachi Aloka UST-944B-3.5 Biopsy Needle Guide (HSM-036) for use with that probe model.

Frequently asked questions

How are packing and dispatch arrangements settled for the UST-984-5 guide?

They are agreed individually for each order rather than fixed anywhere in the catalogue. The written quotation is where carton details, routing and any special packing requests are recorded, so raise your requirements when you enquire and they will be confirmed there in writing.

What markings should we check on the guide and probe before ordering?

Match the model reference UST-984-5 on the guide against the label on your existing Hitachi Aloka probe, and confirm the needle gauge you plan to use falls within the stated 16-18G range. Share a photo of the probe label if any marking is unclear.

Is this guide suitable for gynaecology and obstetric puncture procedures?

Yes, OB/GYN is the application recorded for this model. The reusable stainless steel guide accepts 16-18G needles and is manually operated, so suitability within that field depends mainly on matching it to the UST-984-5 probe rather than to any specific scanner.