Scientico

SCIENTICO, a leading Chemical Engineering Lab Equipment Manufacturer and exporter based in India, proudly presents ReaktiLabX, an advanced and modular product series developed specifically for engineering colleges, universities, technical institutes, and research labs. The ReaktiLabX series is designed to offer a comprehensive platform for hands-on experimentation in chemical reaction engineering, enabling learners to explore real-time industrial chemical processes on a lab scale with precision and clarity.

The ReaktiLabX series currently includes the following advanced reactor systems:

• ReaktiLabX 01 – Diffusion in Liquids and Gases Apparatus
  Study Fick’s law, determine diffusion coefficients in gas and liquid phases.

• ReaktiLabX 02 – Isothermal Batch Reactor
  Investigate batch kinetics, temperature dependency, and conversion curves.

• ReaktiLabX 03 – Isothermal Plug Flow Reactor (PFR)
  Ideal for understanding continuous-flow reaction behaviors.

• ReaktiLabX 04 – Adiabatic Batch Reactor
  Study temperature rise due to exothermic reactions and reaction kinetics.

• ReaktiLabX 05 – Adiabatic Plug Flow Reactor
  Observe adiabatic operation effects in a continuous plug flow environment.

• ReaktiLabX 06 – Continuous Stirred Tank Reactor (CSTR)
  Analyze steady-state behavior in continuously stirred tank systems.

• ReaktiLabX 07 – Cascade CSTRs (CSTR in Series)
  Evaluate conversion efficiency in multi-stage continuous reactors.

• ReaktiLabX 08 – Semibatch Reactor
  Demonstrate variable feed techniques and their influence on conversion.

• ReaktiLabX 09 – Reversible and Irreversible Reactions Apparatus
  Compare different types of chemical reactions and reaction paths.

• ReaktiLabX 10 – Equilibrium Reactor
  Explore the relationship between conversion and chemical equilibrium.

• ReaktiLabX 11 – Tubular Reactor
  Study saponification reactions in coiled tubular flow under heat-controlled conditions.

• ReaktiLabX 12 – Laminar Flow Reactor
  Ideal for plug flow simulation and studying retention time distribution.

• ReaktiLabX 13 – Continuous Stirred Tank Reactor (Standalone)
  Self-contained unit for independent experimentation without external service units.

• ReaktiLabX 14 – Continuous Stirred Tank Reactor in Series (Standalone)
  High-efficiency setup with three-stage CSTRs for advanced kinetic studies.

• ReaktiLabX 15 – Trickle Bed Reactor
  Investigate gas-liquid-solid hydrodynamics, pressure drops, and flow regimes.

• ReaktiLabX 16 – Wetted Wall Gas Absorption Column
  Analyze liquid film mass transfer coefficients for gas absorption processes.

• Modular Design: Enables individual or integrated learning modules.

• Transparent Construction: Easy process visualization for better understanding.

• Research-Grade Precision: Digital sensors, DAQ compatibility, real-time monitoring.

• Global Standards: ISO certified, CE-marked, and widely exported.

• Software Integration: Optional LabVIEW™-based DAQ software for advanced data analysis.

• After-Sales Support: Remote guidance, installation help, and technical training.

ReaktiLabX 01 – Diffusion in Liquids and Gases
Category: Chemical Engineering Lab Equipment
Brand: SCIENTICO
Model Series: ReaktiLabX

SCIENTICO, a leading Chemical Engineering Lab Equipment Manufacturer, presents the ReaktiLabX 01 – Diffusion in Liquids and Gases, a specialized laboratory apparatus designed for advanced academic and industrial training in chemical mass transfer processes. This versatile equipment enables the investigation and analysis of diffusion phenomena in both liquid and gas phases, aligned with Fick's law of diffusion.

As a trusted Chemical Engineering Lab Equipment Exporter, SCIENTICO delivers robust, accurate, and durable instruments developed with in-house R&D and built to meet global standards. The ReaktiLabX 01 setup is widely used in engineering colleges, research institutions, and technical universities to demonstrate fundamental mass transfer operations.

• Understand the fundamentals of diffusion and Fick’s Law.

• Derive the calculation formula for diffusion coefficients under controlled conditions.

• Determine the diffusion coefficient in gases through evaporation and airflow-based setups.

• Determine the diffusion coefficient in liquids using conductivity-based measurement systems.

• Transparent tank with magnetic stirrer for liquid diffusion

• U-tube with capillaries for controlled, one-dimensional diffusion of salt ions

• Conductivity meter for real-time measurement of ion migration

• Heated water bath with temperature controller and sensor for studying gaseous diffusion

• Diffusion tube for gases: designed for precise measurement of volatile solvent evaporation

• Fan-assisted air flow at the top of the tube to maintain concentration gradients

• Height-adjustable microscope with 0.1mm scale to observe volume changes in the diffusion tube

• Separate control panel with fan and heater regulation

• Tank capacity: ~6000mL

• Magnetic Stirrer: 0–500 rpm, with 1 stir bar

• Heater: 300W

• Liquid Diffusion Tube: U-tube with 250–300 capillaries, Ø1mm, length 5–8mm

• Conductivity Meter: 0–2000µS/cm, 1µS/cm resolution

• Gas Diffusion Tube: Ø4mm, length 100mm

• Fan Flow Rate: 120–320L/h

• Microscope Scale Division: 0.1mm

• Measuring Range (Temp): 100–400°C

• Software (Optional): CRE-3301SW – NI LABVIEW™ based DAQ system with sensor integration

• 1 complete experimental unit

• 1 control and display panel

• 1 conductivity meter

• 1 precision microscope

• 1 magnetic stirrer with stir bar

• 1 stopwatch

• 1 user manual and instructional material

• 30+ years of experience as a Chemical Engineering Lab Equipment Manufacturer

• ISO 9001:2015 certified and CE-marked products

• Exporting to over 40 countries as a reliable Chemical Engineering Lab Equipment Exporter

• Custom-built systems for academic and industrial applications

• Backed by robust after-sales service, technical support, and software integration options

ReaktiLabX 02 – Diffusion in Liquids
Category: Chemical Engineering Lab Equipment
Brand: SCIENTICO
Model Series: ReaktiLabX

SCIENTICO, a globally recognized Chemical Engineering Lab Equipment Manufacturer, introduces the ReaktiLabX 02 – Diffusion in Liquids, a highly specialized educational apparatus engineered to demonstrate and analyze the diffusion process in aqueous systems. This equipment is a vital part of the ReaktiLabX series, designed for comprehensive training in mass transfer operations for engineering and research institutions.

Developed through extensive R&D, ReaktiLabX 02 provides a hands-on understanding of Fick’s Law of Diffusion, allowing students to calculate and analyze diffusion coefficients in liquid environments. Backed by years of expertise as a Chemical Engineering Lab Equipment Exporter, SCIENTICO ensures international quality, durability, and performance.

• Understand the fundamentals of diffusion and concentration gradients

• Apply Fick’s law to real-time scenarios and derive essential formulas

• Determine diffusion coefficients for salt ions migrating in aqueous solutions

• Transparent tank for clear observation of the diffusion process

• Magnetic stirrer with heater for temperature-controlled experiments

• U-shaped diffusion tube with vertical capillaries for one-dimensional ion transport

• Conductivity meter for monitoring salt ion concentration in real-time

• Heater with controller and sensor for precise thermal regulation

• Compact design suitable for academic laboratories with limited space

• Optional software for data acquisition and analysis in a LABVIEW™ environment

📊 Technical Data

• Tank Capacity: Approx. 1000mL

• Magnetic Stirrer: Speed 0–500 rpm

• Heater Power: Approx. 300W

• Magnetic Stirrer Bar: 1 included

• Diffusion Tube: U-Tube with 250–300 capillaries

  • Diameter: 1mm

  • Length: 5–8mm

• Conductivity Meter:

  • Range: 0–2000µS/cm

  • Resolution: 1µS/cm

• Measuring Range – Conductivity: 0–200mS/cm

• Measuring Range – Temperature: 100–400°C

• Software: Optional – CRE-3301ASW (DAQ software in LABVIEW™)

• 1 Experimental unit for diffusion in liquids

• 1 U-tube with capillaries

• 1 Display and control unit

• 1 Conductivity meter

• 1 Magnetic stirrer with heater and stir bar

• 1 Stopwatch

• 1 Instruction manual with experiment guidelines

• Over 30 years of expertise as a Chemical Engineering Lab Equipment Manufacturer

• CE-marked, ISO 9001:2015 certified instruments

• Precision-crafted and classroom-tested systems

• Optional software-based automation for high-end analysis

ReaktiLabX 03 – Gaseous Diffusion Apparatus
Category: Chemical Engineering Lab Equipment
Brand: SCIENTICO
Model Series: ReaktiLabX

SCIENTICO, a pioneering Chemical Engineering Lab Equipment Manufacturer, proudly presents the ReaktiLabX 03 – Gaseous Diffusion Apparatus. This advanced setup is designed to help students and researchers explore the principles of gaseous diffusion, offering a practical demonstration of Fick’s Law under controlled conditions.

Part of the high-performance ReaktiLabX series, this equipment simulates the diffusion of volatile solvents in gas using a heated water bath and fan-induced airflow. Built with industrial-grade materials and precision instruments, the ReaktiLabX 03 enables accurate determination of diffusion coefficients and visualization of microscopic mass transfer processes.

With decades of industry trust, SCIENTICO stands as a global Chemical Engineering Lab Equipment Exporter, delivering reliable and customizable solutions to engineering colleges, technical universities, and R&D labs across the globe.

• Study of diffusion fundamentals and application of Fick’s law

• Derivation of formulas for diffusion coefficients in gas phase

• Real-time measurement of diffusion rate of a highly volatile solvent under lab conditions

• Diffusion tube with volatile solvent submerged in a heated 2L water bath

• Evaporation-based diffusion setup for mass transfer observation in gases

• Airflow fan at the upper end of the tube to maintain concentration gradient

• Motorized blade stirrer for thermal uniformity in water bath (500 rpm)

• Heater with controller and temperature sensor for precise thermal regulation

• Height-adjustable microscope (0.1mm division) to monitor solvent level reduction

• Digital display and control unit for regulating fan speed and water bath temperature

• Optional DAQ software (CRE-3301BSW) available for automated measurement and result calculation

This apparatus effectively simulates the molecular movement in gases by employing controlled temperature and airflow, replicating real-world scenarios of volatile substance evaporation. The setup is ideal for helping students visualize diffusion and calculate its quantitative aspects.

• Water Bath Volume: ~2L

• Diffusion Tube: Ø4mm, Length 100mm

• Heater Power: 300W approx.

• Fan Flow Rate: 120–320 L/h

• Stirrer: Motorized Blade, Speed 500 rpm

• Microscope Scale Division: 0.1mm

• Temperature Range: 100–400°C

• Software (Optional): CRE-3301BSW – Developed in NI LABVIEW™, compatible with all Windows™ systems, includes DAQ and sensors

• Over 30 years as a trusted Chemical Engineering Lab Equipment Manufacturer

• ISO 9001:2015 certified, CE-marked instrumentation

• Custom solutions tailored to academic and research requirements

• Optional software integration for data acquisition and automation

• Exported to 40+ countries as a leading Chemical Engineering Lab Equipment Exporter

• In-house R&D, robust after-sales support, and training modules available

ReaktiLabX 04 – Corrosion Study Unit
Category: Chemical Engineering Lab Equipment
Brand: SCIENTICO
Model Series: ReaktiLabX

SCIENTICO, an established Chemical Engineering Lab Equipment Manufacturer, presents the ReaktiLabX 04 – Corrosion Study Unit, designed for the comprehensive study of corrosion behavior in various metals and its prevention techniques. This advanced training system is an essential addition to chemical engineering laboratories, helping students and researchers analyze electrochemical corrosion processes and explore protective strategies.

Engineered with precision, this unit supports simultaneous experiments in multiple controlled environments. With its robust design and modular setup, ReaktiLabX 04 is ideal for hands-on experiments on corrosion types, local element formation, pH effects, salt concentration influence, and various corrosion protection methods. SCIENTICO, as a globally trusted Chemical Engineering Lab Equipment Exporter, ensures international-quality manufacturing and compliance with academic and research standards.

• Study of corrosion behavior in different metals (rusting and passivation)

• Understanding the formation of local galvanic elements

• Investigate the effect of pH value and salt concentration in electrolytes

• Analysis of oxygen corrosion processes

• Study of corrosion protection through:

  • Application of external voltage

  • Use of sacrificial anodes

  • Application of protective coatings

• 8 corrosion vessels made of high-quality glass (1000 mL each)

• Each vessel supports 6 metal specimens for multi-sample testing

• Adjustable power pack (0–30VDC / 0–5A) for electrochemical experiments

• Integrated air pump (~250 L/h) for oxygen introduction

• Reversing valve for switching between ambient air or external gas inputs

• Individual gas flow control valves for each electrolyte vessel

• pH measurement via manual pH meter with 0–14 range, 0.01 resolution

• Set of specimens: stainless steel, steel, copper, brass, and aluminum

This equipment provides in-depth experimentation in understanding corrosion dynamics and evaluating protection strategies under real-time conditions. The modular setup allows simultaneous multi-metal and multi-environment testing, ideal for academic and industrial training in materials science and chemical engineering.

• Electrolyte Vessel Capacity: 1000mL each (glass)

• Power Pack: 0–30VDC, 0–5A

• Pump Flow Rate: approx. 250 L/h

• Pressure Range for External Gas: 0.2–1 bar

• pH Measuring Range: 0–14

• Resolution: 0.01

• Metal Specimen Set: Stainless steel, steel, copper, brass, aluminum (5 each)

• 1 complete corrosion study setup

• 8 electrolyte vessels with lids

• 1 adjustable power supply

• 1 diaphragm air pump

• 1 specimen set (25 pieces total)

• 1 manual pH meter

• 1 comprehensive instruction manual

ReaktiLabX 07 – Service Unit for Chemical Reactors
Category: Chemical Engineering Lab Equipment
Brand: SCIENTICO
Model Series: ReaktiLabX

SCIENTICO, a trusted name in engineering education, presents the ReaktiLabX 07 – Service Unit for Chemical Reactors, designed to supply and control up to six different types of chemical reactors. This multi-functional training unit is ideal for academic institutions, technical universities, and industrial training setups to provide students with hands-on exposure to reactor design, reactor operation, and kinetic analysis under different process conditions.

As a leading Chemical Engineering Lab Equipment Manufacturer, SCIENTICO ensures that the ReaktiLabX 07 meets rigorous educational and industrial requirements. This system allows learners to explore the influence of reactor type, retention time, temperature, and concentration on chemical conversion. With the option for real-time data acquisition software, users can visualize and quantify key process parameters in dynamic conditions.

Whether you are equipping a new lab or upgrading your process engineering curriculum, ReaktiLabX 07 is a powerful tool from a reliable Chemical Engineering Lab Equipment Exporter trusted globally.

• Learn the design and operation of six different reactor types

• Study conversion dependency on:

  • Reactor type

  • Retention time

  • Temperature

  • Reactant concentration

• Perform and monitor saponification reactions

• Determine retention time distribution (RTD) in various flow conditions

• Evaluate reactor response to thermal and flow variations

• Central supply unit connects to six interchangeable reactors via quick-release hoses

• Two glass tanks (4L) for continuous feed and product collection

• Magnetic stirrer with heated base in feed vessel for uniform mixing

• Two variable-speed peristaltic pumps (0.02–2200mL/min) for reactant feeding

• Dedicated product pump for discharge control

• Integrated heating water circuit with:

  • 25L tank

  • Three 1500W heaters (total 4500W)

  • Water pump (10L/min, 30m head, 500W)

• Temperature and conductivity sensor for real-time monitoring

• Switch cabinet controls for stirrer operation in different reactors

• Optional DAQ Software: CRE-3305SW developed in NI™ LABVIEW™ environment for full process visualization and analysis

This system simulates real-world chemical process units, with emphasis on reactor performance under dynamic conditions. 

• Reactant Pumps:

  • Flow Rate: 0.02–2200mL/min

  • Speed: up to 600 rpm (variable)

• Product Pump: Same as reactant pumps

• Water Pump: 10L/min, 30m head, 500W

• Heaters: 3 × 1500W = 4500W, total heating water capacity: 25L

• Feed Tank: 4L, with magnetic stirrer and heater

• Measuring Ranges:

  • Conductivity: 0–200mS/cm

  • Temperature: 0–60°C

• Optional Software: CRE-3305SW (DAQ compatible with Windows™)

ReaktiLabX 08 – Continuous Stirred Tank Reactor (CSTR)
Category: Chemical Engineering Lab Equipment
Brand: SCIENTICO
Model Series: ReaktiLabX

SCIENTICO, a reputed Chemical Engineering Lab Equipment Manufacturer, introduces the ReaktiLabX 08 – Continuous Stirred Tank Reactor (CSTR), designed to explore the core principles of chemical reactor engineering. This high-precision unit enables students and researchers to study continuous and batch operation modes, focusing on reaction kinetics, conversion rates, and thermal behavior in saponification processes.

Engineered for compatibility with the CRE-3305 service unit, this modular reactor is ideal for conducting advanced lab experiments in chemical process engineering. It offers a controlled environment to examine how factors like retention time, reactant concentration, and temperature influence product yield. Backed by decades of innovation, SCIENTICO stands as a trusted Chemical Engineering Lab Equipment Exporter, delivering academic excellence in over 40 countries.

• Study of saponification reaction kinetics

• Examine conversion vs. retention time

• Analyze the impact of temperature on reaction rate

• Observe concentration effects on yield

• Evaluate performance in continuous vs. batch operation modes

• Glass Reactor Tank:

  • Material: Borosilicate 3.3 Glass

  • Diameter: DN 100

  • Height: 250mm

  • Capacity: Approx. 1950mL

• Stirring System:

  • Speed: 300 rpm

  • Drive: Brushless geared motor

  • Variable speed control via CRE-3305

• Adjustable Overflow Outlet: Allows modification of reactor volume

• Stainless Steel Chambered Bottom: Functions as a heat exchanger

• Sensor Interface: Conductivity and temperature measured via CRE-3305 sensors

• Quick-release connectors for hassle-free setup and detachment

This CSTR can be seamlessly attached to the CRE-3305 Service Unit, which supplies the heating water circuit, peristaltic pumps for reactants, product tanks, and sensor connections. The combination allows real-time experimentation and understanding of industrial reactor behavior under lab-safe conditions.

• 1 CSTR Reactor Unit (ReaktiLabX 08)

• 1 Glass reactor vessel with stainless steel base

• 1 Brushless geared motor stirrer assembly

• Quick-coupling fittings for integration with CRE-3305

• 1 Instruction manual with detailed experiments

Note: CRE-3305 Service Unit is required and sold separately

• Over 30 years of experience as a Chemical Engineering Lab Equipment Manufacturer

• ISO 9001:2015 certified, CE-marked equipment

• Designed and developed by in-house R&D experts

• Widely recognized Chemical Engineering Lab Equipment Exporter, serving global institutions

• Customization available as per syllabus or research needs

• Trusted by leading universities, engineering colleges, and R&D labs worldwide

ReaktiLabX 09 – Stirred Tanks in Series
Category: Chemical Engineering Lab Equipment
Brand: SCIENTICO
Model Series: ReaktiLabX

SCIENTICO, a renowned Chemical Engineering Lab Equipment Manufacturer, proudly presents ReaktiLabX 09 – Stirred Tanks in Series, a state-of-the-art reactor module designed for advanced experimentation in chemical process engineering. This system features three Continuous Stirred Tank Reactors (CSTRs) connected in series, offering deeper insight into reaction conversion, retention time, and temperature effects across multiple stages of a chemical reaction.

Specially designed to be used with the CRE-3305 Service Unit, ReaktiLabX 09 enables the analysis of stepwise saponification reactions with precise control over process variables. By staging multiple reactors, it simulates industrial multi-reactor flow processes, improving understanding of real-world chemical conversion challenges.

As a global Chemical Engineering Lab Equipment Exporter, SCIENTICO ensures that all products meet international academic and research standards, combining durability, precision, and instructional value.

• Study of saponification reactions in a continuous multistage setup

• Measure conversion per reactor based on:

  • Retention time

  • Temperature

  • Reactant concentration

• Understand the effect of staging on overall chemical conversion

• Compare performance with single-stage stirred tank systems

• Monitor conductivity and temperature across all three stages

• 3 Identical Glass Reactors (Borosilicate 3.3)

  • Diameter: DN 100

  • Height: 250mm each

  • Capacity: ~1950mL each

• Stirring System

  • Speed: 300 rpm

  • Variable speed control

  • Brushless geared motors for each reactor

• Stainless Steel Chambered Base for indirect heating via CRE-3305

• Quick-release connectors for seamless integration with service unit

• Digital display of conductivity and temperature via CRE-3305 control panel

• Conductivity/Temperature combo sensor for in-line process measurement

• Small reactor volumes reduce chemical consumption and enhance safety

This system operates as a staged reactor series where the reactants are introduced into the first tank using the CRE-3305’s peristaltic pumps. The stirred contents pass through overflow pipes into the next two reactors, with each stage improving the overall conversion. Reactor conditions such as temperature and flow rate are controlled directly via the service unit.

• ReaktiLabX 09 – 3-reactor module

• Stirrer assemblies with motors

• Mounting pins for securing onto CRE-3305

• Inlet/outlet tubing with quick-release fittings

• Instructional manual with standard and advanced experiments

Note: Requires CRE-3305 Service Unit (sold separately)

• Over 30 years of excellence as a Chemical Engineering Lab Equipment Manufacturer

• ISO 9001:2015 certified, CE-marked instrumentation

• In-house R&D, precise fabrication, and custom designs available

• Exported to over 40 countries as a leading Chemical Engineering Lab Equipment Exporter

ReaktiLabX 12 – Laminar Flow Reactor
Category: Chemical Engineering Lab Equipment
Brand: SCIENTICO
Model Series: ReaktiLabX

SCIENTICO, an industry-leading Chemical Engineering Lab Equipment Manufacturer, introduces the ReaktiLabX 12 – Laminar Flow Reactor, specifically designed for detailed experimentation on continuous chemical reactions under laminar flow conditions. Developed for integration with the CRE-3305 Service Unit, this advanced educational tool enables in-depth understanding of reaction kinetics, retention time distribution, and the influence of temperature and concentration on chemical conversion.

This reactor model is part of SCIENTICO’s modular ReaktiLabX series and is ideal for universities, engineering colleges, and research institutions. As a reputed Chemical Engineering Lab Equipment Exporter, SCIENTICO ensures that the system meets international quality standards and offers unmatched reliability and instructional value.

• Study the fundamentals of saponification reactions in continuous laminar flow

• Analyze conversion vs. retention time

• Evaluate the impact of reactant concentration and temperature

• Investigate retention time distribution (RTD) in a laminar reactor

• Compare laminar flow reactor performance with other reactor types

• Laminar Flow Glass Reactor

  • Inside Diameter: DN15

  • Height: 600mm

  • Material: Borosilicate 3.3 Glass

• Water Bath (for thermal regulation)

  • Diameter: 50mm

  • Material: Transparent PMMA

  • Double-jacketed for heating via CRE-3305 or cooling via external lab chiller

• Air Vessel: Ensures dampening of inlet pulsation

• T-piece with nozzle: Accurate reactant mixing before entry

• Special inlet: Reduces inlet length and improves laminar profile

• Sensor Port: For conductivity and temperature sensor (provided by CRE-3305)

• Quick-release hose connectors: For easy setup and teardown

• Secure Mounting System: Fits onto CRE-3305 via pin-lock mechanism

This setup allows real-time chemical conversion monitoring under stable laminar flow. The system’s transparent design provides clear observation of flow behavior, while the CRE-3305 service unit (required) controls temperature, pumping, and data acquisition (with optional software).

• 1 Laminar Flow Reactor (ReaktiLabX 12)

• T-piece mixer and air vessel

• Transparent PMMA water bath

• Mounting hardware compatible with CRE-3305

• User manual with experiment protocols

Note: Requires CRE-3305 Service Unit (sold separately)

• Over 30 years of excellence as a Chemical Engineering Lab Equipment Manufacturer

• ISO 9001:2015 certified and CE-marked laboratory systems

• Global footprint as a reliable Chemical Engineering Lab Equipment Exporter

• Complete in-house design, R&D, and manufacturing

• Modular systems tailored for engineering curricula and research programs

• Exported to 40+ countries with dedicated after-sales support

ReaktiLabX 13 – Continuous Stirred Tank Reactor (Standalone)
Category: Chemical Engineering Lab Equipment
Brand: SCIENTICO
Model Series: ReaktiLabX

SCIENTICO, a trusted Chemical Engineering Lab Equipment Manufacturer, presents the ReaktiLabX 13 – Continuous Stirred Tank Reactor (Standalone), an advanced self-contained system for comprehensive study of saponification and other chemical reactions in continuous or batch operation. Designed for universities, polytechnic institutes, and research centers, this reactor allows for in-depth understanding of reaction kinetics, heat exchange, and conversion efficiency.

Unlike modular systems requiring external service units, this standalone reactor is equipped with all necessary components, including peristaltic pumps, heating systems, tanks, and sensor systems. With its transparent borosilicate glass tank, stainless steel heat exchanger, and user-friendly interface, ReaktiLabX 13 is ideal for modern Chemical Engineering Lab Equipment training.

As an experienced Chemical Engineering Lab Equipment Exporter, SCIENTICO delivers globally compliant systems, combining industrial accuracy with academic accessibility.

• Study of saponification reactions in continuous and batch modes

• Analyze conversion as a function of retention time, temperature, and concentration

• Observe temperature control and thermal effects using the integrated heat exchanger

• Investigate the influence of reactor volume on product yield

• Use of real-time conductivity and temperature sensors to monitor conversion

• Stirred Glass Reactor

  • Outer Diameter: 110mm | Inner Diameter: 100mm | Height: 250mm

  • Material: Borosilicate 3.3 Glass

  • Adjustable Volume: 1500–1950mL (via height-adjustable overflow)

• Integrated Stirring System

  • Stirrer Speed: 300 rpm | Quantity: 3 stirrers

• Integrated Heat Exchange System

  • Chambered stainless steel base acts as heat exchanger

  • Water heating circuit powered by 3000W heater

• Reactant & Product Handling

  • 2x Peristaltic pumps for reactants (500mL/min max)

  • 1x Peristaltic pump for product (500mL/min max)

  • 2x 3L Reactant tanks | 1x 5L Product tank | 1x 8L Heating water tank

• Water Circulation Pump

  • Flow rate: 10L/min | Head: 10m | Power: 120W

• Digital Sensor System

  • Conductivity Range: 0–200 mS/cm

  • Temperature Range: 0–60°C

  • Digital display for live monitoring

• Optional Software (CRE-3306SW)

  • DAQ software (LabVIEW™ based) for data logging and analysis

  • Compatible with Windows™ systems

• 30+ years as a reliable Chemical Engineering Lab Equipment Manufacturer

• ISO 9001:2015 certified, CE-marked systems for global compliance

• Complete in-house R&D, manufacturing, and testing

• Leading Chemical Engineering Lab Equipment Exporter in 40+ countries

• Trusted by top-tier engineering colleges, universities, and industrial labs

• All equipment designed for durability, precision, and instructional clarity

ReaktiLabX 14 – Continuous Stirred Tank Reactor in Series (Stand-Alone)
Category: Chemical Engineering Lab Equipment
Brand: SCIENTICO
Model Series: ReaktiLabX

SCIENTICO, a reputed Chemical Engineering Lab Equipment Manufacturer, proudly presents the ReaktiLabX 14 – Continuous Stirred Tank Reactor (CSTR) in Series, a fully integrated and standalone system designed for advanced experimentation in chemical reaction engineering. This high-performance lab equipment features three identical glass reactors connected in series, enabling real-time study of reaction kinetics, conversion rates, and temperature effects across multiple stages.

Ideal for engineering colleges, technical universities, and research labs, this model offers greater conversion efficiency than single-tank setups by providing multiple customizable stages of reaction. As a trusted Chemical Engineering Lab Equipment Exporter, SCIENTICO ensures durability, precision, and global compatibility in all its lab systems.

• Study the saponification reaction in a multistage continuous system

• Analyze conversion across each reactor depending on:

  • Retention time

  • Temperature

  • Reactant concentration

• Compare series configuration vs. single CSTR performance

• Explore impact of stirrer speed and chemical feed rate

• Monitor temperature and conductivity at various stages in real time

• Three Continuous Stirred Tank Reactors (CSTRs)

  • Material: Borosilicate 3.3 Glass

  • Diameter: 110mm outer | 100mm inner

  • Height: 250mm

  • Volume (adjustable): 1500–1950mL per reactor

• Stirring Mechanism

  • Speed: 300 rpm

  • Quantity: 5 magnetic stirrers

• Integrated Heating System

  • Stainless steel chambered bottoms as heat exchangers

  • Heating Power: 3000W

• Reactant & Product Delivery System

  • 2x Peristaltic pumps for reactants (max 500mL/min)

  • 1x Peristaltic pump for product removal (max 500mL/min)

• Fluid Handling

  • Water circulation pump: 10L/min flow, 10m head, 120W

  • Tanks: 2x 3L for reactants, 1x 5L for product, 1x 8L for heating water

• Measurement Ranges

  • Conductivity: 0–200 mS/cm

  • Temperature: 0–60°C

  • Digital display of both parameters

• Quick-Connect Fittings for easy setup and maintenance

• Software Compatibility (Optional):

  • CRE-3307SW – LabVIEW™-based DAQ software for real-time data recording and calculations

  • Operable on any Windows™ system

• 1 Standalone CSTR-in-Series Unit (ReaktiLabX 14)

• 3 Glass reactors with stirrers and stainless steel chambered bases

• 3 Integrated tanks (reactants, product, heating water)

• 3 Peristaltic pumps

• Water pump, tubing, quick connectors

• Digital display system with sensors

• User manual with structured experimental protocols

Optional: CRE-3307SW software with electronic sensors

ReaktiLabX 16 – Wetted Wall Gas Absorption Column
Category: Chemical Engineering Lab Equipment
Brand: SCIENTICO
Model Series: ReaktiLabX

SCIENTICO, a leading Chemical Engineering Lab Equipment Manufacturer, presents the ReaktiLabX 16 – Wetted Wall Gas Absorption Column, an advanced laboratory apparatus for analyzing gas-liquid mass transfer coefficients under controlled conditions. Ideal for chemical engineering students and researchers, this system is specifically designed to determine liquid film mass transfer coefficients that form the basis for designing packed and tray absorption towers.

This experimental unit enables the measurement of the oxygen transfer rate into deoxygenated water, with full control over the liquid and gas flow parameters. With integrated oxygen and flow meters, as well as precise temperature compensation, ReaktiLabX 16 provides real-time, high-resolution data for evaluating absorption efficiency under different operating conditions. As a trusted Chemical Engineering Lab Equipment Exporter, SCIENTICO ensures global compliance and support for academic and industrial labs alike.

• Determine liquid film mass transfer coefficients for oxygen into water

• Study the effect of varying water mass flow rate on absorption efficiency

• Examine the relationship between oxygen flow rate and transfer coefficient

• Understand the power-law dependence of flow parameters on mass transfer

• Demonstrate the working principle of controlled liquid film absorption in a vertical column

• Height: 900 mm

• Internal Diameter: 32 mm

• Material: Borosilicate Glass

• Transparent design for full visibility of flow behavior

• Height: 1570 mm

• Internal Diameter: 26 mm

• Material: Clear Acrylic

• Water Flow Rate: 600–5000 mL/min

• Nitrogen sparging method for oxygen removal

• Water Flow: 1–7 L/min

• Air Flow: 0.1–1 m³/h

• Pumps:

  • Deoxygenator Feed Pump: 20 L/min @ 2m head

  • Absorption Column Feed Pump: 10 L/min @ 1m head

  • Air Feed Pump: 24 L/min @ 1 kg/cm²

• Sump Tank: Approx. 40 L capacity

• Saturation Range: 0–199.9%

  • Accuracy: ±0.5% | Resolution: 0.1%

  • Auto temperature compensation (0–50°C)

• Concentration Range: 0–19.9 ppm

  • Accuracy: ±0.2 ppm | Resolution: 0.1 ppm

  • Auto temperature compensation

• Temperature Measurement

  • Range: -100°C to +200°C

  • Accuracy: ±0.3°C | Resolution: 0.1°C

• 1 Wetted Wall Absorption Column

• 1 Deoxygenating Column

• Integrated feed pumps and air compressor

• Digital oxygen meter with temperature compensation

• Flow meters and pressure accessories

• Transparent sump tank

• Comprehensive instruction manual with step-by-step experimental procedures

ReaktiLabX 06 – Tubular Flow Reactor
Category: Chemical Engineering Lab Equipment
Brand: SCIENTICO
Model Series: ReaktiLabX

SCIENTICO, a pioneering Chemical Engineering Lab Equipment Manufacturer, presents the ReaktiLabX 06 – Tubular Flow Reactor, a robust and versatile experimental unit for analyzing saponification reactions under continuous flow conditions. Designed to simulate industrial tubular reactors, this apparatus is ideal for studying reaction kinetics, conversion dependency on time, temperature, and concentration—making it a vital part of any chemical engineering training curriculum.

Used widely in process control and mass transfer studies, the ReaktiLabX 06 enables controlled investigations of chemical conversion in a concentric-type tubular stainless steel reactor. SCIENTICO, with decades of experience and global reach as a Chemical Engineering Lab Equipment Exporter, ensures unmatched build quality, precision, and academic relevance.

• Study the fundamentals of a saponification reaction

• Analyze conversion rate based on retention time

• Observe the effect of temperature and concentration on reaction conversion

• Monitor and record conductivity and temperature using digital sensors

• Evaluate real-time chemical process data using optional DAQ software

• Tubular reactor with concentric construction:

  • Tube material: Stainless Steel (SS)

  • Shell material: Transparent Polycarbonate

  • Internal diameter: 6mm

  • Reactor volume: ~280mL

• Peristaltic pumps for reactants and product circulation

  • Flow rate: Up to 500mL/min

• T-piece with dual nozzles for precise reactant mixing

• Transparent hot water circuit for heat transfer observation

• 15L water bath with integrated heater for temperature control

• Water pump with 10L/min flow rate and 10m head

• Conductivity/temperature combination sensor

  • Digital display for real-time monitoring

• Optional CRE-3304SW software with DAQ capability

  • Built in National Instruments™ LABVIEW™

  • Compatible with all Windows™ systems

This setup replicates industrial continuous reactor behavior for research and academic study. The precise pump-controlled reactant flow ensures retention time adjustments. The concentric reactor design housed within a transparent water bath provides a clear visualization of thermal effects. With optional data acquisition software, researchers can monitor, record, and analyze reaction parameters in real time.

• 1 Complete ReaktiLabX 06 Tubular Flow Reactor unit

• 1 Digital control and display panel

• 2 Reactant tanks (10L each)

• 1 Product tank (10L)

• 1 Heating water tank (15L)

• 3 Peristaltic pumps (2 for reactants, 1 for product)

• 1 Conductivity and temperature sensor

• 1 Instruction manual with experiment guidelines

• Over 30 years of experience as a Chemical Engineering Lab Equipment Manufacturer

• ISO 9001:2015 certified and CE-compliant lab instruments

• Fully in-house R&D, design, and quality control

ReaktiLabX 10 – Plug-Flow Reactor (PFR)
Category: Chemical Engineering Lab Equipment
Brand: SCIENTICO
Model Series: ReaktiLabX

SCIENTICO, a leading Chemical Engineering Lab Equipment Manufacturer, introduces the ReaktiLabX 10 – Plug-Flow Reactor (PFR), a high-precision, continuously operated reactor system designed to simulate industrial plug-flow conditions in a controlled laboratory setting. Built for advanced experimentation in reaction engineering, this unit enables the study of continuous saponification reactions, retention time effects, conversion efficiency, and flow distribution in real-time.

Designed for seamless integration with the CRE-3305 Service Unit, the ReaktiLabX 10 allows academic institutions, R&D labs, and chemical process training centers to explore plug-flow dynamics with industry-relevant accuracy. Trusted worldwide, SCIENTICO is also a reliable Chemical Engineering Lab Equipment Exporter, providing modern laboratory solutions to engineering institutions across continents.

• Study the saponification reaction in plug-flow configuration

• Investigate conversion vs. retention time, temperature, and concentration

• Observe retention time distribution (RTD) in a tubular reactor

• Measure temperature and conductivity in real time

• Analyze continuous operation vs. other reactor types in series

• Plug-Flow Reactor (PFR) made from PMMA

  • Inner diameter: 43mm

  • Height: 415mm

  • Transparent design for visual flow observation

• Fixed bed filled with glass spheres for uniform flow profile

• T-piece with nozzle for thorough reactant mixing

• Air vessel to dampen pulsations and ensure smooth flow

• Transparent double-jacketed body

  • Inner heating via CRE-3305 water circuit

  • Outer cooling possible via external lab chiller

• Quick-connect fittings for fast setup with CRE-3305

• Conductivity & temperature sensor via CRE-3305 control panel

• Mounting pins for stable positioning on service unit

This plug-flow reactor supports precise experimentation with chemical kinetics in continuous flow. The fixed bed ensures laminar flow distribution, making it ideal for real-world simulations. Conversion is calculated through conductivity measurement, digitally displayed on the service unit panel.

• ReaktiLabX 10 – Plug-Flow Reactor Unit

• PMMA tubular reactor with double jacket and fixed bed

• T-piece mixer, air vessel, connectors

• Mounting hardware for CRE-3305

• Instruction manual with experiment protocols

Note: Requires CRE-3305 Service Unit (sold separately)

• Over 30 years of excellence as a Chemical Engineering Lab Equipment Manufacturer

• ISO 9001:2015 certified, CE-marked precision lab solutions

• In-house R&D and design customization for teaching and research institutions

• Exporting to 40+ countries as a premium Chemical Engineering Lab Equipment Exporter

• Installed in leading universities, polytechnic colleges, and industrial training centers

• Optional software packages available for real-time monitoring and DAQ

ReaktiLabX 11 – Tubular Reactor
Category: Chemical Engineering Lab Equipment
Brand: SCIENTICO
Model Series: ReaktiLabX

SCIENTICO, a premier Chemical Engineering Lab Equipment Manufacturer, proudly presents the ReaktiLabX 11 – Tubular Reactor, a high-precision experimental setup engineered for advanced studies in continuous flow chemical reactions. This unit is part of the modular ReaktiLabX reactor series and is designed to be used with the CRE-3305 Service Unit, forming a complete system for analyzing conversion kinetics in a tubular reactor.

Built to simulate industrial-scale plug-flow behavior, this system enables detailed experimentation with retention time, temperature, and concentration—all critical parameters in chemical process design. Whether for teaching or research, SCIENTICO's ReaktiLabX 11 offers accurate, repeatable, and visible results, making it a preferred choice among institutions worldwide. As a reliable Chemical Engineering Lab Equipment Exporter, SCIENTICO ensures robust quality, innovation, and global support.

• Study the fundamentals of saponification reactions

• Analyze conversion dependency on retention time

• Examine the impact of temperature and reactant concentration

• Evaluate conversion at various reactor sections (inlet, middle, outlet)

• Understand the behavior of continuous tubular reactors in flow dynamics

• Helical Stainless Steel Tube as the reactor

  • Inner diameter: 6mm

  • Reactor capacity: ~280mL

  • Material: Stainless steel or PA

• T-piece with dual nozzles for reactant mixing before entering reactor

• Pre-heating coils for individual reactants using SS spiral tubing

• Water bath (PMMA) with transparent body

  • Diameter: 150mm | Capacity: 2L

• Quick-connect fittings for fast and secure integration with CRE-3305

• Conductivity sampling points at:

  • Inlet

  • Mid-point

  • Outlet

• Conductivity and temperature sensor via CRE-3305

• Pump speed control via CRE-3305 to adjust retention time

• Digitally displayed process data (conversion, temperature, flow)

The ReaktiLabX 11 simulates a real-world tubular reactor using a coiled helical tube submerged in a water bath connected to the CRE-3305 heating circuit. This ensures even heat transfer and allows for temperature-controlled reaction studies. Reactants are preheated, mixed in the T-junction, and then passed through the helical coil. Samples are taken at multiple points to evaluate conversion using conductivity measurements.

• Over 30 years of experience as a Chemical Engineering Lab Equipment Manufacturer

• ISO 9001:2015 certified, CE-marked systems designed for engineering excellence

• Full in-house R&D and manufacturing for accuracy and durability

• Leading Chemical Engineering Lab Equipment Exporter across 40+ countries

• Installed in universities, R&D labs, and technical training centers worldwide

• Modular, scalable systems for curriculum-based and custom research setups

ReaktiLabX 15 – Trickle Bed Reactor
Category: Chemical Engineering Lab Equipment
Brand: SCIENTICO
Model Series: ReaktiLabX

SCIENTICO, a renowned Chemical Engineering Lab Equipment Manufacturer, introduces the ReaktiLabX 15 – Trickle Bed Reactor, a highly efficient setup designed for advanced experimentation in multiphase flow systems. This standalone, mobile system is engineered to help students and researchers investigate hydrodynamics, pressure drop, liquid hold-up, and flow regimes in gas-liquid-solid systems.

This reactor system is a vital part of reaction engineering studies in chemical process industries. It is ideal for analyzing concurrent and counter-current operations in fixed-bed catalytic reactors. With high transparency, modularity, and precise instrumentation, the ReaktiLabX 15 offers accurate, real-time measurements and unmatched instructional clarity. As a leading Chemical Engineering Lab Equipment Exporter, SCIENTICO delivers high-quality, globally compatible lab systems to institutions worldwide.

• Study of hydrodynamics in a trickle bed reactor

• Measurement of pressure drop across the packed bed

• Determine liquid hold-up under various flow conditions

• Analyze transition between flow regimes

• Compare glass beads vs. Raschig rings as packing materials

• Evaluate co-current vs. counter-current flow behavior

• Reactor Column

  • Type: Double-jacketed for thermal regulation

  • Material: Borosilicate Glass

  • Inner Diameter: 80mm | Height: 1000mm

• Packing Material (Interchangeable)

  • Glass Beads: Dia. 3mm

  • Raschig Rings: Dia. 10mm × Height: 10mm

• Rotameters

  • Liquid Flow: 1–7 LPM

  • Gas/Air Flow: 0.4–4 m³/h

• Feed System

  • Transparent Borosilicate Feed Tank (20L)

  • SS Feed Pump: 10L/min max flow, 10m head, 120W

  • Air Compressor for gas input

• Flow & Pressure Control

  • Mixing Chamber & Liquid Catch Pot: Stainless Steel

  • 4 Ball Valves for co-current/concurrent flow switching

  • Pressure Gauges: 2 units, 0–2 bar

  • Differential Pressure Transmitter: -25 to +25 kPa, accuracy ±0.1 kPa

• Control Panel

  • Digital temperature indicators

  • Solenoid valves for rapid open/close at feed line

  • Power switches and system controls

• Additional Features

  • Transparent glass spray nozzle for liquid dispersion

  • Sparker & pressure vessel for controlled gas entry

  • Stainless steel & PVC piping for long-term corrosion resistance

  • Mobile stand with caster wheels for easy relocation

The transparent design of the column allows direct visualization of the flow regime. The modular packing system supports two types of internals for comparative analysis. The system is fitted with accurate gauges, flowmeters, and a differential pressure transmitter for thorough analysis.

ReaktiLabX 05 – Fixed Bed Catalysis Apparatus
Category: Chemical Engineering Lab Equipment
Brand: SCIENTICO
Model Series: ReaktiLabX

SCIENTICO, a trusted Chemical Engineering Lab Equipment Manufacturer, presents ReaktiLabX 05 – Fixed Bed Catalysis, an advanced laboratory setup for studying chemical and enzymatic catalysis in fixed bed reactors. Designed for universities, research labs, and industrial training centers, this unit enables in-depth experimentation in catalytic reaction kinetics, temperature effects, and catalyst comparison, making it a cornerstone for modern Chemical Engineering Lab Equipment.

This unit is particularly used for the breakdown of saccharose (sucrose) into glucose and fructose using both chemical and biological catalysts. With three parallel reactors, users can simultaneously evaluate the efficiency of different catalytic materials, such as exchanger resins and enzymes like invertase. The modular heating system and optional photometric analysis offer deeper insights into reaction dynamics.

As a globally recognized Chemical Engineering Lab Equipment Exporter, SCIENTICO ensures precision-built systems that meet the demands of academic and industrial users alike.

• Understand the fundamentals of chemical and enzymatic catalysis

• Analyze the impact of temperature on catalytic reaction rate

• Use a photometric analyzer to quantify glucose concentration (optional)

• Create material and energy balances

• Determine yield and efficiency of various catalysts in fixed bed configurations

• 3 Fixed Bed Reactors for side-by-side catalyst comparison

  • Reactor Dimensions: Ø10mm x 120mm height

• Peristaltic Pump for consistent feed control

  • Max. Flow Rate: 50mL/min

• Regulated Heating Circuit

  • 15L water tank

  • 1kW heater

  • Pump: 10L/min flow, 30m head, 120W power

• Reactant and Product Tanks: 2000mL each

• Optional Photometer for precise glucose analysis

• Optional DAQ Software (CRE-3303 SW) in NI LABVIEW™ environment

  • Includes electronic sensors and data acquisition for real-time monitoring and analysis

The saccharose solution is introduced at the bottom of the reactor using a peristaltic pump. It flows through the fixed bed containing the catalyst, where the breakdown into glucose and fructose occurs. The heating circuit ensures precise temperature control, enabling studies on thermal influence. A photometer (optional) enables quantitative measurement of glucose yield in the final product, with optional PC connectivity for digital analysis.

• 1 Complete ReaktiLabX 05 experimental setup

• 1 Instruction manual

• (Optional) Photometer and Software Package (CRE-3303 SW)