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our mission

Making work easier in an uncomplicated and efficient way.

EXPERTS IN HIGH-PERFORMANCE IMAGING

Featured Hardware

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Automated high throughput imaging cell microscop.

CELLAVISTA 4

CELLAVISTA® 4 is a fully automated cell imager designed for the characterization of cells as an integral step of your research, development and production process. The CELLAVISTA® 4 imaging system support state-of-the-art automation and can be easily linked with Plate Stackers, Cell printers, Incubators, Liquid Handlers & Clone Pickers.

 Automated high throughput imaging cell microscop.

NYONE

Due to the fact that many labs run their application in medium throughput, NYONE® is the perfect choice to save money and bench space. This fully automated cell imager is characterized by its mechanical robustness, optical quality and functionality balanced features in a way that you will soon recognize that NYONE® is a reliable member of your team.

The myrImager is a video-optical high-throughput imaging platform developed in parallel with the myrPlates. 
It works in combination with the myriamed 48-well 3D cell/tissue culture plates to provide a comprehensive imaging solution for artificial tissue models in research and drug screening e.g. during the development of new medicines (IND) related to ICH.

myrImager

The myrImager is a video-optical high-throughput imaging platform developed in parallel with the myrPlates.

It works in combination with the myriamed 48-well 3D cell/tissue culture plates to provide a comprehensive imaging solution for artificial tissue models in research and drug screening e.g. during the development of new medicines (IND) related to ICH.

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Automation

From simple plate loading with SYBOT X-1000 at ambient temperature or long-term imaging combining SYBOT X-1000 with CYTOMATTM 2 C-LiN to high end integrations with external collaborators into cutting edge automation enclosures, SYNENTEC has a solution for your automation project.

One Software Package – Endless Opportunities

YT-SOFTWARE ecosYsTem

Toggle YT ecosYsTem

SYNENTEC provides in the field of automated imaging systems the latest standard in image acquisition, device controlling and image- and data analysis software. We offer a solution for label-free, high-throughput image analysis using artificial intelligence (AI) models. And the available data batch-processing solutions provide highest claims in plate throughput - all specifically designed for SYNENTEC's imaging and automation solutions.

 

YT-SOFTWARE

  • Image acquisition, device controlling as well as image and data analysis software for our portfolio of automated imaging systems.

BATCH PROCESSING SUITE

  • Batch processing solutions providing the highest claims in plate throughput.

AUTOMATION SUITE

  • Take advantage of SYNENTEC’S high-throughput automation with additional features for high-throughput applications.

AI-SUITE

  • AI-based image processing workflow all specifically designed for SYNENTEC's imaging and automation solutions.

GxP SUITE

  • Audited Imaging Requirements - 21 CFR part 11 / Annex 11 compliant imaging and image processing.

AUDIT SERVER

  • AUDIT Server supports multi-device audit trailing in automation including batch processing.

FLUORESCENCE VIEWER PRO

  • Directly launchable from YT-SOFTWARE or as standalone program to plan fluorescence assays for NYONE and CELLAVISTA and quickly visualize fluorescence spectra from various dyes 

>>>GET YOUR OWN ONE

The Future is bright and fluorescent

Image analysis apps in YT-SOFTWARE

Browse all possibilities

With YT-SOFTWARE® we offer a way to quickly and easily answer your individual cell culture questions in combination with our imaging devices and turn your captivating images into meaningful numbers. 
YT-SOFTWARE® supports over 64 pre-configured imaging apps - ready to use - that are continuously extended and provide all applications for your high-throughput R&D processes in CLD and science.

SYNENTEC Seeding method validation (e.g. FACS)
AI-SUPPORTED SOFTWARE PACKAGE – ENDLESS OPPORTUNITIES
myrPlate 3D cardiomycites offer funtional drug-screening in high-throughput format.
3D tissue drug screening
AI-based staining free viability
AI-based staining free viability
SYNENTEC_Single cell cloning_CLD_SCC
Single Cell Cloning
SYNENTEC_Trypan Blue Viability Assay_YT-Software_Image Anaylsis Overlay
Trypan Blue Testing
SYNENTEC_Viral plaque assay
Viral Plaque Assay (non invasive)
SYNENTEC iPS Cells on Feederlayer
iPS Cells on Feederlayer
SYNENTEC Cornea Cell Count
Cornea Cell Count
SYNENTEC Adherent Cell Proliferation
Adherent Cell Proliferation
SYNENTEC SiRNA Detection Golgi
SiRNA Detection
SYNENTEC_Cell proliferation
Transfection Efficiency
SYNENTEC Wound Healing Assay / Scratch _02
Wound Healing & Scratch Assay
SYNENTEC FASCC (Cloning)
FASCC (Cloning)
SYNENTEC CRISPR/Transfection
Transfection & CRISPR/Cas9
SYNENTEC Rare Cell Detection
Rare Cell Detection
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Spheroid Imaging
SYNENTEC AnnexinV Apoptosis
AnnexinV Apoptosis
SYNENTEC Viral Infectivity
Viral Infectivity
SYNENTEC Seeding method validation (e.g. FACS)
Seeding Method Validation (e.g. FACS)
SYNENTEC Caspase Apoptosis Spy DNA
Caspase Assay
SYNENTEC PAIA igG & FC Quantitation
PAIA igG & FC Quantitation
SYNENTEC Cell cycle and mitosis
Cell Cycle & Mitosis
SYNENTEC yH2AX DNA Damage
yH2AX DNA Damage
SYNENTEC ICC & Multiplexing
ICC & Multiplexing
SYNENTEC Early Apoptosis JC-1
JC-1 Apoptosis
SYNENTEC LIVE/DEAD Toxicity Studies
LIVE/DEAD Toxicity Study
SYNENTEC HCS Assay
HCS Assays
SYNENTEC Oxidative Stress / ROS
Oxidative Stress / ROS
  • 3D tissue drug screening
  • AI-based staining free viability
  • Single Cell Cloning
  • Trypan Blue Testing
  • Viral Plaque Assay (non invasive)
  • iPS Cells on Feederlayer
  • Cornea Cell Count
  • Adherent Cell Proliferation
  • SiRNA Detection
  • Transfection Efficiency
  • Wound Healing & Scratch Assay
  • FASCC (Cloning)
  • Transfection & CRISPR/Cas9
  • Rare Cell Detection
  • Spheroid Imaging
  • AnnexinV Apoptosis
  • Viral Infectivity
  • Seeding Method Validation (e.g. FACS)
  • Caspase Assay
  • PAIA igG & FC Quantitation
  • Cell Cycle & Mitosis
  • yH2AX DNA Damage
  • ICC & Multiplexing
  • JC-1 Apoptosis
  • LIVE/DEAD Toxicity Study
  • HCS Assays
  • Oxidative Stress / ROS