
AESKUSLIDES®
IFA Test Kits
Simple procedures. Valid results.
AESKUSLIDES®
AESKUSLIDES® make the screening of autoimmune samples both simple and efficient. The slides are cell- or tissue-based, optimized for the reliable detection of relevant autoantibodies and can be seamlessly integrated into HELMED® and HELIOS®.

AESKUSLIDES®
Reliably identify autoimmune diseases.
The different AESKUSLIDES® variants offer you a wide range of options for precise diagnostics.
What makes AESKUSLIDES®
so unique?

AESKUSLIDES® simplify the routine screening of autoimmune samples. The immunofluorescence (IFA) product line from AESKU® is specially developed for automated laboratory processes and can be seamlessly integrated into existing workflows.
Automated processing and integrated pattern recognition
All parameters of this product line are pre-programmed and validated for use in HELMED® and HELIOS®. The endpoint titer and key patterns of the AESKUSLIDES® are automatically interpreted by HELIOS®.
The HELMED® supports the automated processing of slides from various manufacturers.
Reliable. Versatile.
Example image. The actual contents may differ.
The advantages
of AESKUSLIDES®

Automation solutions
for slides and AESKUSLIDES®
HELIOS®
Advanced IFA diagnostics system
Powerful. Precise. Innovative.
HELIOS® is the only fully automated IFA system that controls and maintains a constant temperature and humidity. All work steps from pipetting to efficient image acquisition and evaluation are performed reliably.
The optional HTC module standardizes the IFA environment by controlling and maintaining a constant temperature and humidity – regardless of the laboratory environment.
HELMED®
The all-in-one system for flexible diagnostic routines
Modular. Versatile. Enhanced.
The HELMED® system is the only automated IFA system that controls and maintains a constant temperature and humidity. Routine diagnostics streamlined.
The optional HTC module significantly extends the possible applications of the HELMED® HTC under different laboratory conditions.














