LMX074 - MUSEUM CLASS PERFECT 8 INCH FOSSIL CLAW OF A PARAMYLODON PREHISTORIC GIANT GROUND SLOTH

Product Description

ITEM # 

LMX074

ID

Paramylodon harlani

FOUND

Peace River - Florida, U.S.A.

AGE

PLIOCENE / PLEISTOCENE:  1.8 million years

SIZE

8" in length on the dorsal curve, 
7.7" straight-line measurement

CONDITION

NO REPAIR OR RESTORATION - 100%
COMPLETE - LARGEST AND FINEST
PARAMYLODON CLAW WE KNOW OF!

NOTE

SUPER RARE IN EVERY WAY - IMPRESSIVE!!!

INCLUDES STAND - Actual Item - One Only

Comes with a certificate of authenticity / information sheet

 CLICK HERE TO LEARN MORE ABOUT GIANT SLOTHS 

First, it is important to preface this description with the fact that this is not of the giant sloth Eremotherium which has claws that can exceed a foot in length, this is the smaller  Paramylodon harlani giant sloth and considering this where most claws found are half this size,  this is a true prize specimen.  At 8 inches in length, this is a  MASSIVE and INVESTMENT-CLASS specimen, the largest we have seen (impressive coming from a company in the midst of the richest fossil deposits of this beast in North America).  Everything you see in the photos above is  100% ORIGINAL, AUTHENTIC AND COMPLETE AS FOUND!   There is no repair, restoration or enhancement and only a paleontological hardener was applied to stabilize the specimen.  If you wish to own one of the most impressive and probably will be the largest claw of this Ice Age beast you will ever see, this is a once-in-a-lifetime chance to make it happen.  

Of the finest state of preservation rivaling a modern bone, this remarkable fossil claw is from the extinct giant ground sloth species  Paramylodon harlani.  This fossil claw is a must as it is the highest possible quality - clearly the best AND LARGEST we have ever had and preserved in a state that would be impossible to improve on.  A superb specimen in every way with delicate rare, intact sheath anatomy present.  The preservation is nothing short of perfect.  Perfect and dense articulating surfaces are also a bonus feature of this specimen.