The Multiplex Digital PCR Company
Having taken digital PCR to a whole new level, Stilla Technologies makes absolute quantification of multiple genetic markers and multiple tests from a single sample possible for researchers across a breadth of applications.
Applications
Imagine The Possibilities
From quantifying ctDNA in liquid biopsies for oncology, to detecting low-level genetic variants in infectious diseases, dPCR is allowing researchers to parse complex genomics data in order to gain realworld, actionable genetic insights at both the patient and the population level.
Products
World’s Most Powerful System
The high-sensitivity 6-color naica® system is the world’s most powerful digital PCR platform, offering the highest multiplexing capability on the market.
0 30000
Up to 30,000 droplets per sample
0 6
Fluorescent channels
0 hours 3 hours
Less than 3 hours time to result
0 5
Log dynamic range
Immersive Education
Leading the Discussion for Multiplex Digital PCR
Educational experience, leading the discussion for a revolutionary new technology.
Customer Testimonials
We are extremely satisfied with the naica system, which fully answers our needs in terms of precision and reproducibility
Dr. Ludovic LaCroix
Dir. Translational Research | Gustave Roussy
The major advantage of this system is the possibility to multiplex targets in one PCR, according to the 3 fluorescence channels available.
Caroline Chapusot & Benjamin Tournier
Dijon Genetic & Cancer Hospital Facility
We are interested in using the instrument for multiprobes detection, as well as to take advantage of crystal sample partition capability to do more exploratory work.
Zhenhong Li, PhD
Senior Director of Analytics, RegenXBio
The time to result is very fast and the droplet generation and PCR is obtained in 2 hours. Stilla® has fully integrated all the dPCR steps in one consumable
Dr Philippe Nizard
dPCR expert, Paris Descartes University
We have found the naica® platform easy to implement and operate. It provides the flexibility and consistency of performance required for a core facility.
Lee Murphy
Head of Genetics Core, University of Edinburgh
