Chemical synthesis
Controlled mixing, reagent addition and reaction development for organic and inorganic chemistries.
Glass Reactor Systems
REAXTR glass reactor configurations are adapted to synthesis, mixing, temperature control, reflux, extraction and process development. The selection starts with your process duty, not a fixed equipment list.
01 / Configuration criteria
Technology guided by the application.
Modular reactor platforms from laboratory development to pilot-scale operation.
These are configuration criteria, not guaranteed values for every system.
Laboratory scale250 mL – 10 L
Pilot scale10 L – 200 L
Temperature approachSelected for process conditions and the thermal-control loop
AgitationGeometry and materials adapted to viscosity and duty
Process connectionsFeed, vacuum, temperature sensing and inert-gas interfaces
02 / Application areas
Where these systems are applied
Pharmaceuticals & fine chemicals
Configurable reactor trains for intermediate synthesis and specialty chemical processing.
Crystallization & purification
Temperature and agitation management during crystallization and product recovery.
Distillation & solvent recovery
Reflux, evaporation, phase separation and solvent management in one platform.
Extraction & concentration
Process operations including extraction, phase transfer and controlled volume reduction.
Pilot process development
Translate laboratory work into practical pilot operations with scalable configurations.
03 / System technology
Inside a glass reactor system
Explore the major process and mechanical interfaces of a representative jacketed glass reactor. Numbered callouts correspond to the technical diagram; the final configuration is engineered for the process.
TECHNICAL ANATOMY / GLASS REACTOR
Illustrative configuration. Port positions, component materials and auxiliary equipment vary by system.
Component reference18 / REAXTR
01Agitator drive
Overhead drive for controlled mixing.
02Constant-pressure feed funnel
Metered addition of liquids.
03Mechanical seal
Sealed agitator-shaft interface.
04Flexible PTFE joint
Compliant glass-to-process connection.
05Feed valve
Controls liquid introduction.
06Solids feed inlet
Dedicated solids loading interface.
07Touchscreen control
Local monitoring and operation.
08Thermal-fluid outlet
Jacket circuit return.
09Jacketed vessel
Reaction and heat-transfer zone.
10PTFE impeller
Agitation element in the vessel.
11Bottom discharge valve
Controlled product withdrawal.
12Reflux condenser
Condenses process vapors.
13Phase separator
Collection and phase separation.
14Temperature sensor
Monitors process temperature.
15Receiving flask
Collects separated condensate.
16Thermal-fluid inlet
Jacket circuit supply.
17Stainless mobile frame
Supports the reactor assembly.
18Swivel casters
Movable support system.
Illustrative configuration. Port positions, component materials and auxiliary equipment vary by system.
04 / System references
Reference equipment & configurations
REAXTR / REFERENCE 01
REAXTR / REFERENCE 02Configuration and product imagery are illustrative. Final equipment selection depends on process requirements.
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