Product details

Short description……………….

     Pre-owned item:             

1. 1.       Frequency –  The GE B3.5LA is a Linear Array probe that has a frequency 3.5 MHz.
2. 2.       Vascular probe 
3. 4.       Systems: compatible with the systems .............info not vailable with us .  

•            3.  Linear array transducer

Note: Please note that provided info are for guidance purpose only and does not constitute a professional advice. Please verify the compatibility of the system yourself before committing to buy

1. 5.       Probe analysis:

 Connector has no dents or cracks, No bent pins but may has scratches

 Cable may has some stains  but no cuts or tears ,  May has some discoloration The Strain relief looks ok

 Probe handle head may has scratches, No dents or cracks or membrane tears 

Scan Analysis:

Not available 

1. 6.       Sterilized: NO
2. 7.       Cleaned : Yes
3. 8.       Extra Parts: No
4. Shipping weight :  06Lbs

Stocks ID: 8787  (Location R2C5)

Comments:

Kindly enlarge the images and see them with zooming.

Concern or query: Ask a Question

1. 1.  Overall Condition:- As seen in images .... Good 
2. 2.  Physical Condition:  Please review images before bidding : Good
3. 3.  Working Condition:  Untested ..... as we do not have the console .......enjoys 14 days hassle free returs with money back warranty ...... ....... offered AS IS
4. 4.   “As a whole; the item has not been tested technically or professionally at our end- unable to test --- being sold STRICTLY AS IS! Biomed check is strongly recommended before clinical use!”
5. 5.  Completeness: (with everything seen in the pictures. Please look at all pictures and go through detail description before bidding.)
6. 6.  Caution for Buyers:

DESPITE WHAT MAY BE WRITTEN IN THIS LISTING ALL ITEMS ARE SOLD 'AS IS' & 'WHERE IS' AND UNLESS THE SELLER HAS INDICATED OTHERWISE, THERE WILL BE NO REFUND.

Please make sure you are ready to buy if you decide to place a bid.

 Available Documentation (manual etc.): nil

Accessories: Comes with everything you see in pictures nothing more nothing less.