EP1 Instrumentation

EP1 instrumentation consists of an end-point reader, Stand-Alone Thermal Cyclers and chip loading platforms customized for your throughput requirements.

The FLUIDIGM® EP1 System for Genetic Analysis

The EP1 is a PCR system capable of running Fluidigm chips in end point read mode.

The system is equipped with features that enhance throughput and ease of use:

Easy to use acquisition software module that allows each chip run to be started in less than a minute.
Multiplex capability for up to 5 reporter dyes (3 standard).
A barcode reader that identifies each chip type and tracks results.
High-speed computer connections that allow data from the EP1 Reader to be easily integrated with a LIMS.
Setup and acquisition software that may be easily interfaced
with liquid-handling workstations.

Stand-Alone Thermal Cycler

The Stand-Alone Thermal Cycler is specially designed for thermal cycling of Fluidigm dynamic and digital arrays.

Key advantages include:

Highly efficient workflow for SNP genotyping or digital PCR
Easily scalable to meet throughput requirements
Familiar, easy to use interface

The Controller Line

The IFC Controller HX

Fluidigm’s IFC Controller HX is designed to prime and load 96.96 Dynamic Arrays exclusively. Preparing one chip at a time, the HX sets up 9,216 genotyping reactions quickly and easily.

Key advantages include:

Automated setup of 96.96 Dynamic Arrays
Significantly fewer liquid handling steps compared to conventional platforms
Self-contained and fully integrated design
Touch screen interface

The IFC Controller MX

The IFC Controller MX is a self-contained system specifically designed to prime and load 48.48 dynamic arrays and digital arrays, one at a time. Like the IFC Controller HX, the MX is a fully integrated system with internal computer, touch screen control, and internal air source capable of setting up 2,304 reactions within minutes. It is the perfect solution for labs with lower throughput requirements, tight budgets, and limited bench space.

TaqMan is a registered trademark of Roche Molecular Systems, Inc