PATENTS

Stilla Technologies is a leading provider of Digital PCR products, which incorporate unique patented features.

This page is intended to serve as notice under 35 U.S.C. § 287(a).

naica® Geode:

Name Product Code
naica®

Geode

H10000
H11000
H12000
H13000
H14000
H15000
US 10,632,465, other US patents pending, and foreign patents and patent applications

naica® Prism:

Name Product Code Patents
naica® Prism H24000 Patents pending

Crystal Miner software:

Name Product Code Patents
Crystal Miner S20000 US and foreign patents pending

Chips:

Name Product Code
Sapphire chips C13000
C13001
C13002
C13003
C13004
C13005
C13006
C14012
C14024
C14036
C14048
C14060
C14072
US 9,133,009, US 9,816,133, US 10,501,789, other US patents pending, and foreign patents and patent applications
Opal chips C15001 US 9,133,009, US 9,816,133, US 10,501,789, US11,066,699, other US patents pending, and foreign patents and patent applications

Licensed patents:

The naica® system and/or its use is licensed under U.S. and/or non-U.S. patents, and/or pending U.S. and non-U.S. patent applications owned by or under license to Bio-Rad Laboratories, Inc., including, but not limited to, U.S. Patent Nos. 9,968,933; 9,127,310; RE41,780; and 8,871,444. Purchase of the naica® system includes a limited, non-transferable right under such intellectual property for use of the products for research and applied applications, including commercial services, but excluding any commercial NIPT services. The exclusion of commercial NIPT services applies only in the United States and the European Union.

 It is the responsibility of the purchaser/end user to acquire any additional intellectual property rights that may be required from Bio-Rad Laboratories, Inc.

EP2964787; EP3418398; CN105189785; US9822393; US10676778; US9921154; CN105074012; EP2951320; US9217175; US9845496; EP2951337; CN105074060; CN105492455; EP2970367; US9970052; US20180251817; US10512910; GB2477053; EP2347245; US20190255531; EP2686449; US9222128; US9,523,116; US8951939; EP2673380; US10167509; US9127312; US20190241947; EP3483285; CN103562407; JP2014506465; CA2826748; EP2888375; US9702822; US9074242; US9441266; US9127310; US9745617; US20180057863; EP3392349; EP2844768; US9399797; EP3524693; US9458511; DE202012013668; US2020/0249230; EP3782722; EP2971117; JP6825044; US2020/0360876; US9427737; US2021/0002703; USRE41780; US8871444; EP2270236; JP5903067; U.S. Patent App. No. 10/961,695; EP2278338; EP3290921; US8889083; US9968933; US10668471; US9839893; US10118174; EP2283918