What is the F-500 system?

The F-500 is a compact laboratory-scale supercritical extraction system with a 500 ml extractor column. It is especially used in R&D and small-scale production studies with easy sample loading, unloading, and cleaning features.

What are the basic features of the F-500 system?

The F-500 system provides working pressure up to 345 Bar and working temperature up to 70°C. It features PID algorithm temperature control and digital fully automatic pressure control. Independent electronic and mechanical pressure safety system ensures security.

What is the F-500I Impregnation Module?

The F-500I is specially designed for impregnation operations with a 500 ml + 250 ml extractor column. It includes a product-specific loading basket for contact lenses and materials to be impregnated are loaded into the second column.

What is the F-500M Micronization Module used for?

The F-500M is designed for nanoparticle design and micronization operations. It features a micronization pump and nozzle, with a stainless steel basket for collecting micronized nanoparticles.

What type of extraction does the SC-1000 system perform?

The SC-1000 is a 1 Liter extractor column system with 2 separators and CO2 liquefaction system. It allows CO2 to be reused repeatedly through its recycling system with temperature control in separators.

What is the SC-1000 SUB-CRITICAL system used for?

The SC-1000 SUB-CRITICAL is designed for subcritical water extraction, providing working pressure up to 300 Bar and temperature up to 200°C. It is ideal for green extraction of polar groups such as phenolic compounds.

How is the TH-1000 ThermoHyper system designed?

The TH-1000 is specially designed for both supercritical water and carbon dioxide studies. It features 1 Liter extractor column, 2 separator columns with CO2 liquefaction system and recycling capability.

Does the F-1000 Counterflow System extract from liquid samples?

Yes, the F-1000 is specially designed for extraction from liquid samples. It features an extra 0.5 liter extractor column, extra liquid feed pump with instant visible flow rate on the flowmeter and CO2 liquefaction system.

What are the features of the SC-2000 system?

The SC-2000 has a 2 Liter extractor column with an extra 0.5 Liter column. It is specially designed for aroma extraction from liquid samples and includes three separators, two of which are pressure and temperature controlled.

What CO2 flow rate does the SC-4000 system provide?

The SC-4000 has a 4 Liter extraction vessel and provides a maximum CO2 flow rate of 400 ml/minute. Maximum pressure is 345 bar and maximum temperature is 90°C with CO2 recycling system providing 90-95% efficiency.

What is the AERO-1000 Supercritical Drying System used for?

The AERO-1000 is designed for aerogel drying with a 1 Liter large diameter extractor column. It includes specially designed stainless steel baskets for loading sol-gel samples with working pressure up to 138 Bar.

What features does the AERO-5000 system have?

The AERO-5000 is a 1 Liter supercritical drying system with 2 separator columns. It features CO2 liquefaction system, working pressure up to 345 Bar, working temperature up to 70°C, and fully automatic drying process.

Laboratory and Small-Scale SFE Extraction Systems

SUPEREX SC-500

Supercritical Extraction System

SC-500 .Video

500 ml extractor column,
Working pressure up to 345 Bar,
Working temperature up to 70 °C,
Extraction in Continuous (Dynamic) CO2 flow mode,
Temperature control with PID algorithm,
Digital fully automatic pressure control,
Optional Co-solvent (10 ml/min) pump,
Easy sample loading,
Use of synthetic fabric baskets for solid samples,
Changeable flow direction for liquid samples,
Possibility to take extract directly into Falcon tubes,
Liquid trapping feature in the secondary Falcon separator,
observable flow rate,
Independent electronic and mechanical pressure safety system,
All surfaces in contact with food are stainless steel,
Smooth-honed reactor column against microbial attachments,

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SUPEREX F-500

Supercritical Extraction System

CO₂ is used as the primary solvent
500 mL extraction vessel operating at up to 345 bar and 70°C
50 mL Falcon tube
High-pressure mechanical filtration system
PLC-based automation system
7” touchscreen control interface
Integrated chiller cooling unit
Pneumatically driven booster-type CO₂ pump
System can automatically reach the set pressure and set temperature values
Adjustable dynamic and static operation times
Sample collection using standard laboratory-grade Falcon tubes
Mechanical flowmeter for visual monitoring of CO₂ flow
Safety relief valve on the high-pressure reactor

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SUPEREX SC-1000

Supercritical Extraction System

SC-1000 .Video

1 Liter extractor column,
2 separator columns,
With CO2 liquefaction system,
Working pressure up to 345 Bar,
Working temperature up to 70 °C,
Temperature control in separators,
CO2 recycling system,
All surfaces in contact with food are stainless steel,
Smooth-honed reactor columns against microbial attachments,
Temperature control with PID algorithm,
Digital fully automatic pressure control,
Possibility to load samples with a stainless steel basket or a cloth basket,
Gas feeding or cyclone flow feature from the bottom to the separators,
Trap solution to the separators; water, alcohol etc. can be added.
CO2 recovery system,
Adding an extra extractor,
Adding an extra separator,
Pressure control in separators,
Fully automatic flow control/Automatic back-pressure regulator (BPR).

CO2 recovery system,
Adding an extra extractor,
Adding an extra separator,
Pressure control in separators,
Fully automatic flow control/Automatic back-pressure regulator (BPR).

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SUPEREX SUPEREX SC-1000 SUB-CRITICAL

Subcritical Water Extraction System

1 Liter extractor vessel,
2 separator vessels,
Working pressure up to 300 Bar,
Working temperature up to 200 °C,
Design suitable for sub-critical water extraction,
Temperature control and powerful cooling in separators,
All surfaces in contact with food are stainless steel,
Smooth-honed reactor columns against microbial attachments,
PID algorithm temperature control,
Digital fully automatic pressure control,
Automatic back pressure regulator (aBPR),
Sample loading with stainless steel basket or fabric basket,
Bottom gas feeding or cyclone flow feature to separators,
Supercritical carbon dioxide module can be added as an option,
Green extraction of polar groups such as phenolic compounds,

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SUPEREX TH-1000

SUPEREX ThermoHyper

TH-1000 .Video

Special design suitable for supercritical water and carbon dioxide studies,
1 Liter extractor column,
2 separator columns,
With CO2 liquefaction system,
Working pressure up to 345 Bar,
Working temperature up to 70 °C,
Temperature control in separators,
CO2 recycling system,
All surfaces in contact with food are stainless steel,
Smooth-honed reactor columns against microbial attachments,
Temperature control with PID algorithm,
Digital fully automatic pressure control,
Possibility to load samples with a stainless steel basket or a cloth basket,
Gas feeding or cyclone flow feature from the bottom to the separators,
Trap solution to the separators; water, alcohol etc. can be added.

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SUPEREX F-1000

Counterflow Supercritical Extraction System

F-1000 .Video

1 Liter extractor column
Extra 0.5 liter extractor column,
With CO2 liquefaction system,
Working pressure up to 345 Bar,
Working temperature up to 70 °C,
All surfaces in contact with food are stainless steel,
Smooth-honed reactor columns against microbial attachments,
Special design for extraction from liquid sample,
Extra liquid feed pump,
Instant visible flow rate on the flowmeter,
Temperature control with PID algorithm,
Digital fully automatic pressure control,
Easy sample loading,
Independent electronic and mechanical pressure safety system,

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SUPEREX SC-2000

Supercritical Extraction System

2 L + 1 L extractor columns (AISI 316L); accepts columns from 100 mL to 2 L
Working pressure up to 500 bar (7,250 psi)
Column test pressure ≥ 800 bar (≥ 11,600 psi / 80 MPa), with test report
Working temperature from ambient up to 150 °C
Temperature precision ± 0.1 °C; Pt100 sensors and PID temperature control on extractor and separators
Pressure precision ± 10 psi (± 0.7 bar) with digital automatic back pressure regulator (aBPR)
Hydraulically driven high-pressure CO2 pump: 50 – 250 g/min (≈ 55 – 270 mL/min), flow precision ± 5 g/min
Variable-flow co-solvent pump: 10 – 30 mL/min, precision ± 3 mL/min, up to 720 bar (10,440 psi), pressure precision ± 10 psi
SUPEREX LQ CO2 liquefaction unit; recirculating chiller with tubular heat exchanger, 1,200 kcal/h
CO2 recycling system with all accessories, recovery efficiency ≥ 85 %
Sequential, uninterrupted CO2 supply from 6 dip-tube cylinders on a single manifold
Heating and de-blocking along the entire CO2 flow path, from cylinder to extractor
Two 500 mL separators (AISI 316L), temperature controlled; SP-1 adjustable up to 200 bar, SP-2 up to 100 bar; up to 70 °C
Replaceable cyclone flow or bottom feeding apparatus in separators; trap solution (water, alcohol, etc.) can be added
Complete control from the built-in touch-screen PLC; optional external PC control with the system software
Storage of ≥ 50 process parameter sets (recipes); process data recording and logging
Static and dynamic extraction; fully automatic pressurisation, depressurisation and CO2 recycling
Safety valve on every high-pressure element plus electronic over-pressure protection
All food-contact surfaces in stainless steel (AISI 316L); honed column surfaces against microbial attachment
Special design for aroma extraction from liquid samples; easy sample loading and cleaning
Stainless-steel mesh sample baskets with lids and nylon sample bags
Compact, modular, mobile frame; 3 kW electric resistance heater; 240/420 V, 50 Hz
CE, Machinery Directive 2006/42/EC; single OEM: system, columns and spare parts manufactured by SUPEREX
5-year comprehensive warranty (equipment and all accessories)

Additional extractor columns: 100 mL, 250 mL, 500 mL, 1 L or 2 L
Third separator and additional collection vessels
Column mounting racks
Additional stainless-steel mesh baskets with lids and nylon sample bags
Coriolis mass flow meter
Activated carbon and molecular sieve filters on the CO2 recycling line
CO2 inlet particulate filter
Working pressure up to 700 bar and working temperature up to 200 °C

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SUPEREX SC-4000

Supercritical Extraction System

SC-4000 .Video

Extraction vessel volume: 4 L
Maximum pressure: up to 345 bar
Maximum temperature: up to 90°C
Maximum CO2 flow rate: 400 ml/minute
Two 1 L separators with pressure and temperature control (up to 220 bar and up to 70°C)
CO2 liquefaction system for efficient pressure increase
Co-solvent feed pump (50 ± 1.5 ml/minute)
CO2 recycling system with 90-95% efficiency

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SUPEREX AERO-1000

Supercritical Drying System

1 Liter extractor column,
Large diameter extractor column designed for airgel drying,
1 separator column,
Specially designed stainless steel baskets for loading sol-gel sample,
Working pressure up to 138 Bar,
Working temperature up to 70 °C,
Liquefaction unit for stable CO2 supply,
The separator column, where the alcohol placed with the sol-gel can be recovered,
Temperature control with PID algorithm,
Digital fully automatic pressure control,
observable flow rate,
Adjustable CO2 supply and discharge feature at low speeds,
Adjustable pressure rise-drop curve,

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SUPEREX AERO-5000

Supercritical Drying System

1 Liter extractor column,
2 separator columns,
With CO2 liquefaction system,
Working pressure up to 345 Bar,
Working temperature up to 70 °C,
Temperature control in separators,
CO2 recycling system,
All surfaces in contact with food are stainless steel,
Smooth-honed reactor columns against microbial attachments,
Temperature control with PID algorithm,
Digital fully automatic pressure control,
Possibility to load samples with a stainless steel basket or a cloth basket,
Gas feeding or cyclone flow feature from the bottom to the separators,
Trap solution to the separators; water, alcohol etc. can be added.

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Laboratory-scale SFE System

SUPEREX SC-500

Supercritical Extraction System

SUPEREX F-500

Supercritical Extraction System

SUPEREX SC-1000

Supercritical Extraction System

SUPEREX SUPEREX SC-1000 SUB-CRITICAL

Subcritical Water Extraction System

SUPEREX TH-1000

SUPEREX ThermoHyper

SUPEREX F-1000

Counterflow Supercritical Extraction System

SUPEREX SC-2000

Supercritical Extraction System

SUPEREX SC-4000

Supercritical Extraction System

SUPEREX AERO-1000

Supercritical Drying System

SUPEREX AERO-5000

Supercritical Drying System