Scale 2D and 3D cell experiments confidently with fully automated workflows and AI-based analysis●

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Advanced cell models, including induced pluripotent stem cells (iPSCs), spheroids, and organoids, hold significant promise for applications ranging from drug development to personalized medicine. However, reproducibility remains a major challenge in these workflows. Automation is crucial for overcoming this issue, enabling laboratories to increase throughput and achieve consistent, reliable results.

The Lion’s Eye Institute presents at SLAS2025:​
An automated platform for high-throughput cell culture and drug screening applications​

Poster highlights:

  • Discover how automation enhances the reprogramming, characterization, differentiation, and screening of induced pluripotent stem cells (iPSCs).
  • Learn about automating the culture of various cell types, including iPSCs, dermal fibroblasts, and retinal organoids, to ensure efficient handling and consistent results.
  • Explore how advanced cell analysis, including multiplex cell imaging and luminescence plate reading, facilitates cell characterization and screening of hundreds of FDA-approved antioxidant drugs on iPSC-derived retinal pigment epithelial (RPE) cells.

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Empower your lab with end-to-end workflow solutions from one supplier

Level up your cell-based research with start-to-end workflow solutions out of one hand​

 

Fluent®​ Automation Workstation

  • Automated cell seeding and medium exchange including handling of Matrigel® matrices.
  • Scalable workflows from 6- to 1,536-well plates, including integration of centrifuges, incubators and cell imaging systems
  • Ensure a sterile environment with an integrated HEPA hood

Spark® Cyto live cell imaging multimode reader

  • Automate 2D and 3D based cell culture monitoring, with bright field and fluorescence imaging to ensure reliable results
  • Whole-well imaging of microplates, for rapid analysis without compromise
  • Full environmental control of gas and temperature, to support undisturbed cell growth

D300e™ ​Digital Dispenser
 

  • Automate dispensing of small molecules and biomolecules from picoliter to microliter scales
  • Generate dose-response curves, synergy experiments or serial dilutions from stock solutions
  • AI-based analysis of cell responses in real time supports 2D, spheroid, and organoid cell models

Spark® Cyto live cell imaging multimode reader

  • Multiplex plate reading and cell image analysis for reliable insights, such as ATP levels and spheroid growth
  • Effortless scale up from 6- to 384-well plate formats
  • AI-based analysis of cell responses in real time following drug delivery

Watch expert talks

Automated production of spheroids by magnetic cell assembly for drug response profiling.

Full automation workflow
 

Automated production of spheroids by magnetic cell assembly for drug response profiling.

Scaling experiments with patient-derived organoids through automation and AI-based image analysis.

Automated AI-based tumoroid analysis

Scaling experiments with patient-derived organoids through automation and AI-based image analysis.

Coupling organ-on-a-chip and multimode plate readers: Real-time assessment of snake venom toxicity on a three-dimensional blood vessel model.

Harnessing organ-on-a-chip formats
 

Coupling organ-on-a-chip and multimode plate readers: Real-time assessment of snake venom toxicity on a three-dimensional blood vessel model.

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Free resources

NEW: SPHEROID SCREENING USING CRYOPRESERVED, PATIENT-DERIVED TUMOR CELLS

NEW: MULTIPLEXING LIVER SPHEROIDS IN A MICROWELL PLATFORM

PROVEN WORKFLOW SOLUTIONS TO SCALE UP CELL EXPERIMENTS​

ACCELERATING TESTS OF DRUG COMBINATIONS IN PATIENT-DERIVED TUMOROIDS​

MULTIPLEXING ANALYSIS OF NOVEL 3D CANCER CELL MODELS​

AUTOMATED CELL SEEDING AND MEDIUM EXCHANGE FOR 3D CELL CULTURE​

AUTOMATED PRODUCTION AND MAINTENANCE OF 3D CELL SPHEROIDS ​

AUTOMATION TO OPTIMIZE 3D BLOOM MICROTISSUE CONDITIONS AND ​DRUG EFFICACY SCREENING​

Talk to an expert to discuss your needs.

Our solutions are designed to reliably scale up your research with reproducible results.
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Tecan D300e Digital Dispenser and Spark Cyto are for research use only. Not for use in diagnostic procedures.
Tecan D300e Digital Dispenser is a product of HP Inc. CA, USA.