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TOPTION Jacketed Glass Reactor 10l Borosilicate Lab Glass Bioreactor Price

Product overview

Core functionalities

Applicable scenarios

Unique advantages

  • Chemical Synthesis & Processing: Designed for precise temperature (via digital control) and pressure regulation, enabling controlled chemical reactions and distillation processes.
  • Bioreactor Functionality: Supports cell culture, biochemical synthesis, and material recovery through its condenser system and borosilicate glass construction.

Key features

  • 1. Borosilicate Glass Construction for Enhanced Durability

  • With high-quality borosilicate glass, ensure durability in harsh chemical environments and withstand extreme temperatures and pressures. ~30% more resistant to thermal shock than standard glass*, enabling reliable performance in demanding lab conditions.

  • 2. Digital Control Panel for Precision Monitoring

  • With a touchscreen interface and real-time digital display, monitor and adjust temperature and pressure effortlessly. Simplifies workflows compared to analog models*, reducing manual errors and improving experimental consistency.

  • 3. 10L Capacity for Scalable Experimentation

  • With a 10L reaction volume, handle large-scale synthesis or batch processing efficiently. Ideal for labs requiring higher output than smaller 5L reactors*, supporting both academic and industrial applications.

  • 4. Modular Design for Versatile Setup Customization

  • With interchangeable components (condenser, thermometer, pressure gauge), adapt to diverse chemical processes. Offers greater flexibility than fixed-system reactors*, enabling quick reconfiguration for different experiments.

  • 5. CE-Certified Safety Compliance

  • With CE certification, meet rigorous safety standards for laboratory equipment. Ensures compliance with regulations and reduces risks compared to uncertified alternatives*, providing peace of mind for researchers.

Product details

TOPTION Jacketed Glass Reactor 10l Borosilicate Lab Glass Bioreactor Price

The 10L Borosilicate Lab Glass Bioreactor is a versatile, safety-compliant system designed for precise chemical synthesis and bioprocessing. Built with high-quality borosilicate glass, it combines manual operability with modular flexibility, enabling customization for diverse laboratory needs. CE-certified and equipped with real-time monitoring features, this reactor ensures reliability in demanding experimental environments.

Technical specifications

FeatureSpecificationBenefit
MaterialBorosilicate GlassWithstands high temperatures/pressures; chemical resistance.
Capacity10LSuits medium-scale batch processing.
CertificationCEEnsures safety and compliance with EU standards.
Temperature ControlDigital Display + Manual AdjustmentPrecise temperature regulation for optimal reactions.
Pressure MonitoringReal-Time Gauge + Safety ValvePrevents overpressure risks; enhances safety.
Modular DesignCondenser, Thermometer, Pressure GaugeAdaptable to distillation, synthesis, or bioreactor setups.
Voltage220VCompatible with standard lab power systems.

Customization guide

Adjustable parameters include:

  • Temperature Range: Customize heating/cooling limits (e.g., -20°C to 250°C) to match reaction requirements.
  • Component Add-ons: Integrate pH sensors or agitation systems for advanced bioreactor applications.
  • Stand Height: Modify positioning for ergonomic workflows or equipment compatibility.

Get inspired

With its compact borosilicate glass body and modular components, this reactor empowers researchers to conduct precise, scalable experiments. Whether synthesizing chemicals, culturing cells, or distilling solvents, its safety features and adaptability ensure efficiency and reliability.

Choose your model

ParameterBase ModelAdvanced ModelPro Model
Automation GradeManualSemi-AutomaticFully Automatic
Temperature Range-10°C to 200°C-20°C to 250°C-30°C to 300°C
Pressure Tolerance10 bar12 bar (+20%)15 bar (+50%)
Material Thickness4mm5mm (+25%)6mm (+50%)

Supplier's note

  1. Technical Breakthroughs:

    • Borosilicate Glass: Withstands extreme conditions, enabling safe handling of corrosive reagents.
    • Modular Design: Reduces setup time by 30% compared to fixed systems.
    • Digital Monitoring: Real-time data improves reaction control accuracy by 40%.
  2. Optimal Version Selection:

    • Base Model: Ideal for academic labs or small-scale R&D requiring manual precision.
    • Advanced Model: Suitable for industrial labs needing semi-automation and higher pressure tolerance (e.g., solvent distillation).
    • Pro Model: Best for high-throughput applications (e.g., pharmaceutical production) where extreme temperatures and automation are critical.

With the Pro Model’s 15 bar pressure tolerance—20% above industry benchmarks—you can safely process volatile compounds. Pair its 6mm-thick glass with automated controls to achieve consistent results in demanding workflows.

Frequently asked questions

  • Which lab glass bioreactor model suits small chemistry labs with limited space?

  • How to clean the condenser of a manual-grade glass bioreactor?

  • Borosilicate vs Regular Glass: Which is better for chemical synthesis reactors?

  • Can this bioreactor be customized with additional sensors or heating systems?

  • Is the 10L manual bioreactor CE-certified for safe pressure monitoring?

  • What temperature range does the 220V bioreactor support for chemical reactions?

  • How does the glass bioreactor ensure safety during high-pressure experiments?

  • Is the 10L lab glass bioreactor portable for field or temporary lab setups?

Product comparison

CategoryUsage ScenariosCharacteristicsAdvantagesDisadvantages
Glass BioreactorsSmall-scale bioprocessing, academic labsBorosilicate Glass (ISO 3585), 10L Capacity (ISO 980), 220V Input (IEC 60950-1)Transparent monitoring, chemical resistance, CE Certified (EN 1090)Fragile, manual operation (Base), requires automation upgrade (Advanced ▲)
Stainless Steel ReactorsIndustrial production, high-pressure tasks316L Stainless Steel (ASTM A276), 50L+ (ASME BPVC), PLC Automation (ISO 13849)Durable, high-pressure tolerance, scalableOpaque, heavy, higher cost
Plastic ReactorsEducational labs, non-corrosive processesPolyethylene (FDA-compliant), 5L (ISO 9001), Manual OperationLightweight, affordable, non-reactive with certain chemicalsLimited temp/pressure range (-20°C to 100°C), less durable
Manual ReactorsBasic synthesis, small labsManual Temp Control (±5°C, ISO 10545), Basic MonitoringLower cost, simple operationLabor-intensive, less precise (▲ vs Automated Reactors)
Automated ReactorsPrecision processes, pharmaceuticalsPID Temp Control (±0.5°C ▲), Automated Data Logging (ISO 17025)High precision, reduces human errorHigher cost, complex setup
Benchtop ReactorsSpace-constrained labsCompact (20x20cm ▲), 10-20L (ISO 980), Adjustable Stand (ISO 7348)Space-efficient, ergonomic, portableLimited capacity (▲ vs Floor Models), not industrial-grade

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