Spirochem

High Throughput Experimention Platform (HTE)

Model molecular properties and interactions with precision. Transforming the drug discovery landscape. Learn more!

Automated Integrated Platform

HTE Platform

Engineered to Solve Discovery & Process Challenges

SpiroChem’s High Throughput Experimention Platform is an integrated and fully automated system engineered to rapidly design, execute, and analyze dozens to hundreds experiments in parallel. By combining automation, advanced instrumentation, and data-driven analysis, the platform enables rapid screening of key parameters such as reagents, bases, catalysts and ligands, simultaneously rather than sequentially. This cost-effective approach supports fast decision-making by accelerating the identification of optimal reaction conditions from early-phase discovery through process development.

At any project stage, our experts will tailor a streamlined experimental strategy to quickly identify robust and scalable conditions for your transformation.

HTE platform table

Advanced Technology for Fast Plate-to-Report Turnaround

What Sets Our HTE Platform Apart

Automated sample preparation, robotic liquid and solid handling, and fully integrated LC-MS and SFC analytics eliminate manual handoffs and delays, ensuring fast, reliable results and continuous data flow. From plate design to analytical reporting, our integrated system processes experiments across 24- to 384-well formats with a fast turnaround, typically delivering plate-to-report results within 2–3 days for a 96-well plate.

HTE platform workflow

Our HTE infrastructure is engineered to support the demanding conditions often required in modern chemical discovery and process optimization.

Advanced capabilities include:

Glovebox operation

For air-sensitive chemistry

Screening

Up to 200 °C / 100 bar
and down to -50 °C

Dedicated enzymatic
incubation

Large panel of enzymes available

Chemistry We Routinely Run

This robust setup allows exploration of complex chemical spaces efficiently while maintaining reproducibility and data quality.

Our platform supports a wide range of reaction classes used in both discovery and process chemistry, including:

Transition-metal catalysis
  • Cross-coupling
  • C-H activation
  • C-N/C-O/C-C bond formation
High-pressure chemistry
  • Asymmetric hydrogenation
  • Carbonylation
  • Hydroformylation
Asymmetric transfer hydrogenation (ATH)
Heterogeneous catalysis

Pd, Pt, Rh, Ru

Organocatalysis
Chiral resolution
Biocatalysis
Crystallisation screening

Expanded Capabilities Through Strategic Partnerships

To maximize the impact of every screening campaign, SpiroChem collaborates with a network of specialized partners. This ecosystem allows rapid access and evaluation of diverse catalytic systems and reagents, expanding the chemical space available to our clients.

Through these partnerships we can source and screen:

  • Enzymes and biocatalytic systems
  • Chiral ligands
  • Transition-metal catalysts
  • Nickel catalysts
  • Metal precursors
  • Organocatalysts

This collaborative network ensures that each HTE campaign can leverage the best available catalysts and technologies, accelerating optimization and increasing the rate of success.

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