Perseverance
A Next-Generation Platform for Hydrogenation and Beyond
Designed for versatility, Perseverance empowers scientists to accelerate discovery and development across a wide range of chemistries. From catalytic hydrogenation to reaction screening, kinetic studies, materials research, and modular workflows—Perseverance unites power, precision, and flexibility in a single standalone system.
Versatility That Drives Discovery
Catalytic Hydrogenation
High-pressure hydrogenation with autosampling made simple, reliable, and precise.
Biocatalysis
Enable enzyme-driven transformations with integrated pH control and autosampling.
Reaction Screening & Optimization
Explore conditions faster with rapid screening and parameter sweeps.
Kinetics & Mechanistic Studies
Capture rich kinetic data and mechanistic insights with built-in monitoring
Material Science & Advanced Polymers
Unlock new properties and functionalities in polymers and advanced materials
Photochemistry & Electrochemistry
Leverage light and electricity for next-generation transformations, with modular add-ons for photocatalysis and electrocatalysis.
Small Enough for a Bench. Powerful Enough for Discovery.
Proven To Persevere
From high-throughput (HTE) to medium-throughput (MTE), and from 48 reactor wells to 8, Perseverance bridges scale with confidence. Built on the proven foundation of our P-Series reactors, it delivers field-tested reliability that minimizes the risks of adopting new technology. Perseverance has already been rigorously validated in demanding applications, including supported LLDPE runs, solution LLDPE runs, and solution polypropylene runs.
Sampling Without Compromise (Parallel Autosampling)
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Minimal-contact probe design, sealed before and after sampling.
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Zero cross-talk by design — no shared flow paths.
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Proven patented injector/sampling valves with track record since 2019.
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Fast, true-parallel sampling: all 8 samples are collected within a very short duration, ensuring accurate kinetic resolution.
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Handles ultra-low sample volumes with user-programmable dilution.
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Works seamlessly under both high-pressure and ambient conditions.
What this means for your lab: Clean, reproducible samples from every well, collected nearly simultaneously, so your kinetic data reflect real reaction progress with no delay artifacts.
Mixing That Moves Discovery (Overhead Stirring)
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Quick-connect paddles for fast setup and changeover.
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Disposable yet reusable, available in multiple materials for compatibility.
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kLa–validated design, tested and optimized in heterogeneous chemistry runs
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Proven suspension of solids and efficient gas–liquid and liquid–solid transfer
What this means for your lab: Cost-effective, versatile stirring that ensures robust mixing and high mass transfer across hydrogenations, biocatalysis, and slurry chemistry.
Where Details Define Discovery
Perseverance is a truly parallel reactor system, engineered so every detail contributes to accuracy and insight. Each of the 8 reactors operates independently, with precise pressure and temperature control and the ability to autosample simultaneously without cross-talk. This level of fidelity ensures that every data point you collect is reliable, reproducible, and ready to accelerate discovery.
-40C to 200C(Higher possible)
Thermal Precision, Well by Well
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Independent temperature settings across all reactor wells.
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Wide operating range from low to elevated temperatures.
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Stable, reproducible performance for every run
What this means for you lab:
Run Multiple thermal profiles in parallel with confidence and accuracy.
Partial Vac to 580PSI (40 bars)
Pressure, Perfectly Parallel
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Independent pressure control for each reactor well.
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True Parallel operation with no cross-talk
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Works equally well for ambient runs, with excellent solvent retention
What this means for you lab:
Flexible experimentation for high-pressure hydrogenations to evaporation-sensitive ambient reactions
Able to measure and control less then 1 mmol reactions
Every Bubble Counts
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Real-time monitoring of gas consumption or evolution during reactions
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Quantitively data for catalyst activity, turnover frequency and selectivity
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Essential for hydrogenation, kinetic studies, and mechanistic profiling
What this means for you lab:
Direct insight into reaction progress and catalyst performance, enabling smarter decisions and faster optimization