iSaCS – IHC Stainer, Automated Coverslipper and Scanner
User's Guide
Disclaimer
Disclaimer
Copyright © 2001-2016 3DHISTECH Ltd.
All rights reserved.
3DHISTECH Ltd. as the manufacturer declares that the product iSaCS, an automated slide stainer for
IHC, coverslipper and scanner, is a -labeled laboratory device that is designed and produced with
consideration of specified requirements, and conforms to Directives 2004/108/EC and 2006/9 /EC.
Intellectual property related to the 3DHISTECH products are as follows:
EP 1,789,831; US 7,663,078; EP 2,024,772; JP 2009- 1268 ; US 12/301,781; EP 1,644,767; JP 2007-
164 1; US 7,327, 1 ; EP 1,994,398; JP 2008- 783 ; US 12/281, 66; U0700210; US 6,246,78 ;
HU0900142; HU0700404; PCT/HU2007/00006 ; PCT/HU2014/000020; EP 08762668. ; US
12/663, 37; PCT/AT2006/000492; JP 2008- 42 2; EP 06817469; US 12/09 , 4 ;
PCT/AT2006/000493; EP 06817470. ; US 12/09 , 96; HU0900741; US 61/264,732; US 11/826,7 2;
P0401870; PCT/IB200 /0 0344; US 11/662,976; HU0700409; US 12/042,0 0; US 77/636,144 és
007 02032.
The above mentioned granted patents, granted utility model, registered trademarks, pending
international and national patent applications and the other corresponding IP are the sole properties
of the 3DHISTECH Ltd.
3DHISTECH Ltd. is not liable for damage of whatever nature (including, but not limited to, general
or specific damage, indirect damage, consequential damage or incidental damage, including the
results of the anal sis of the digitized slides, for example, change of health status related to
erroneous diagnosis from the digitized slide(s) that stems from or is associated with use of Product,
digitized slides, qualit of staining, qualit of stained slides, qualit of used method of staining.
3DHISTECH Ltd. assumes no responsibilit for the functionalit and fault-free condition of our
“application programs” (Workflows, VBA macros, Commander scripts).
CAUTION
This product has not been approved or cleared as a medical device by the U.S. Food and Drug
Administration.
Do not use this device in close proximity to sources of strong electromagnetic radiation (e.g.
unshielded intentional RF sources), as these may interfere with the proper operation.
September 22, 2016 3DHISTECH Ltd. 4(51)