3K FilterLab - Agitated Buchner Filter
Supports sealed, agitated filtration for cleaner, safer solid handling.
3K VacuTap - Online Sampling for Reaction Monitoring
Allows representative sampling under vacuum without process disturbance.
Cylindrical Glass Reactors (Size: 0.5L - 20 L)
True cylindrical geometry reactors for superior mixing to mirror plant reactors for better scale-up.
Jacketed Liquid-Liquid Extractors (Size: 1L - 20L)
Enables controlled liquid–liquid extraction through jacketed thermal regulation.
Online pH Probe & Meter
Delivers in-mass pH and temperature visibility through online monitoring.
Redefining Laboratory Precision
Conventional Reactors
Round-bottom flasks with uneven flow and limited control.
Pear flasks needing manual shaking and prone to emulsions.
Short probes requiring sampling and breaking operating conditions.
Sampling that breaks vacuum and gives surface-level readings.
Standard glands that leak under vacuum and degrade with solvents.
Open Buchner funnels needing manual cake handling.
3K Glassworks Reactors
Cylindrical reactors with uniform mixing and modular access.Uses the same process principles from lab to plant, ensuring smooth, linear scale-up.
Jacketed extractors offering controlled, closed extraction.
In-reactor pH probes delivering continuous, sealed monitoring.
VacuTap™ sampling taken under vacuum from the mixing zone.
PTFE LabSeal™ providing stable, vacuum-tight sealing.
FilterLab™ enabling sealed, agitated filtration with clean discharge.
Our Core Strengths
Scale-Up Fidelity
Reactor and extractor performance aligned to plant conditions for credible, scalable process development.
Engineered Flow & Mixing
Cylindrical geometry, integrated baffles, and controlled agitation delivering uniform, predictable reaction environments.
Vacuum-Compatible Design
PTFE sealing and vacuum-stable interfaces ensuring reliable, closed-system performance across operating ranges.
Continuous Process Visibility
In-mass pH and temperature tracking offering uninterrupted, representative insight into reaction progress.
Seamless Lab-to-Pilot Transition
Industrial geometry and thermal logic supporting cleaner transitions from laboratory runs to full-scale execution.
