Product

Benchtop Reactors

ANTICO MiniReact™ is a compact laboratory reactor designed for controlled chemical synthesis at small scale.

The working principle involves batch or semi-batch processing with precise control of mixing, temperature, and reagent addition. The system typically consists of a borosilicate glass reactor vessel, agitator, condenser, temperature sensors, and feeding ports. It is used for reaction screening, process optimization, and feasibility studies. The modular setup allows integration with heating/cooling circulators and vacuum systems. Uniform mixing is achieved through a mechanically driven agitator system. It enables real-time visual monitoring of reaction behavior and phase changes. The unit supports a wide range of chemistries including organic synthesis and catalysis. It is widely used in pharmaceutical R&D, fine chemicals, and academic laboratories. ANTICO MiniReact™ plays a critical role in generating reliable data for scale-up.

Benchtop Reactor
  • Reactor Volume 100 mL – 5 L
  • Operation Mode Batch / Semi-batch
  • Material of Construction Borosilicate Glass / PTFE / SS304-316 options…
  • Temperature Range -30°C to 250°C (with circulator)
  • Agitation Type Overhead mechanical stirrer with mechanical seal
  • Agitator Anchor / Turbine / Helical/PBT

Key Features

  • Precise temperature control for reproducible reactions

    Precise temperature control for reproducible reactions

  • Chemical resistant borosilicate construction

    Chemical resistant borosilicate construction

  • Modular ports for sampling, dosing, and gas sparging

    Modular ports for sampling, dosing, and gas sparging

  • Wide agitation range for mixing studies

    Wide agitation range for mixing studies

  • Compatible with vacuum and inert atmosphere operations

    Compatible with vacuum and inert atmosphere operations

  • Compact footprint for research laboratories

    Compact footprint for research laboratories

Components & Accessories

System Components

Modular assemblies engineered for reliable integration, service access, and scale-up from laboratory to pilot plant operation.

Benchtop Reactor system assembly

Applications

  • Pharmaceutical manufacturing
  • Fine chemicals
  • Specialty chemicals
  • Agrochemicals
  • Petrochemical’s research
  • Battery materials
  • Polymer development
  • Dye and pigment industry

Technical Specifications

Parameter Specification
Reactor Volume 100 mL – 5 L
Operation Mode Batch / Semi-batch
Material of Construction Borosilicate Glass / PTFE / SS304-316 options/ other alloys
Temperature Range -30°C to 250°C (with circulator)
Agitation Type Overhead mechanical stirrer with mechanical seal
Agitator Anchor / Turbine / Helical/PBT
Stirrer Speed 50 – 1500 RPM
Pressure Rating Vacuum to 0.5 bar (glass systems)
Vacuum to 5.0 bar (alloy systems)
Ports Charging, sampling, temperature probe, condenser
Heating / Cooling External circulator / heating mantle
Control Digital temperature & speed controller, Pressure relief valve
Frequently Asked Questions

FAQ

What capacity range is available for Benchtop Reactor?

We offer project-specific sizing from laboratory benchtop scale through pilot and production volumes. Contact our engineers with your batch size and process requirements for a tailored recommendation.

Can this unit be integrated with existing plant automation?

Yes. All systems support standard instrumentation signals and can interface with DCS, PLC, or standalone controllers. Custom I/O and recipe control packages are available.

What material options are available?

Borosilicate glass, glass-lined steel, stainless steel, and specialty alloys including Hastelloy can be specified based on your process chemistry, temperature, and pressure requirements.

Do you provide installation and commissioning?

Global Lindus provides on-site installation supervision, commissioning, operator training, and optional IQ/OQ documentation for regulated industries.

What is the typical delivery lead time?

Standard configurations ship in 4–8 weeks. Custom skid assemblies and large production units may require 12–16 weeks depending on scope and material availability.

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