LED Digital Rotary Evaporator (RE100-S) Amaris Medical

Industrial Digital Rotary Evaporator (RE200-Pro 20L)

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The Industrial Digital Rotary Evaporator (RE200-Pro 20L) is a large-scale, industrial-grade distillation system designed for efficient and gentle removal of solvents from samples by evaporation under reduced pressure for pilot production and biopharmaceutical manufacturing . Featuring a 20L evaporating flask capacity, 4.0 L/h evaporation rate, and 4400W heating power (water/oil bath up to 180°C), this industrial unit provides precise temperature (PID control, water: ±1°C, oil: ±3°C), rotation speed (10-150 rpm), and timer (0-999 minutes) control for large-volume processing .

Key features include a large LCD digital display for real-time monitoring, one-click automatic motorized lift with 180mm stroke for smooth and silent operation, and a two-section vertical triple coil condenser with large cooling surface area (approximately 1.2 m²) for high-efficiency sample recovery . The heating bath features switchable water/oil heating modes, corrosion-resistant stainless steel construction, and special insulation design that keeps outer surface temperature much lower than inner pot temperature to prevent burns . The double-layer modified PTFE high-elasticity sealing ring provides ultra-strong sealing performance, high temperature resistance, and corrosion resistance for extended service life . The switch valve enables continuous collection of distillate without compromising system vacuum or solvent distillation, significantly increasing throughput for industrial applications .

For the bioprocess engineer and pharmaceutical manufacturing scientist, the Industrial Digital Rotary Evaporator (RE200-Pro 20L) supports large-scale concentration of bioreactor harvests, purification of bulk active pharmaceutical ingredients (APIs), solvent recovery from pilot production runs, industrial natural product extraction for nutraceutical manufacturing, high-volume solvent recovery for waste reduction, and large-scale concentration for cosmetics and food industry production . Safety features include overheating protection (220°C cutoff), boil-dry protection (auto power-off if bath empty), motor over-current protection, earth-leakage protection, lifting overload protection, and high-temperature warning above 50°C .

Corrosion-resistant stainless steel construction, 180mm motorized lift for user safety, heating bath insulation to prevent burns, PTFE sealing system for chemical resistance, and optional explosion-proof glassware ensure safe, reliable operation for industrial manufacturing . With a large footprint (1160 × 600 × 1860mm) and 106kg weight , the Industrial Digital Rotary Evaporator (RE200-Pro 20L) is an essential instrument for pharmaceutical manufacturing, bioprocessing, chemical production, cosmetics manufacturing, food industry quality control, and pilot plant operations .

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Categories: LABORATORY EQUIPMENT AND SUPPLIES, Centrifuges and Separators Tags: 20L Industrial Rotary Evaporator, Biopharmaceutical Production, DLAB RE200-Pro, Industrial Chemical Processing, Industrial Solvent Evaporation, Large-Scale Sample Concentration, Pharmaceutical Manufacturing Equipment, Pilot Plant Equipment, RE200-Pro Rotary Evaporator, Solvent Recovery System

Description

Industrial Digital Rotary Evaporator (RE200-Pro 20L)

PRIMARY CLINICAL & DIAGNOSTIC USES

1. Large-Scale Solvent Removal for Pilot Production and Biopharmaceutical Manufacturing

Primary Use: Provides an industrial-scale digital rotary evaporator with a 20L evaporating flask capacity, 4.0 L/h evaporation rate, and 4400W heating power (water/oil bath up to 180°C), designed for efficient and gentle removal of solvents from large-volume samples in pilot production and biopharmaceutical manufacturing .
How it helps: For the bioprocess engineer and pharmaceutical manufacturing scientist, the Industrial Digital Rotary Evaporator (RE200-Pro 20L) enables large-scale concentration of bioreactor harvests, purification of bulk active pharmaceutical ingredients (APIs), and solvent recovery from pilot production runs—significantly scaling up production capacity from laboratory-scale to pilot-plant volumes . For the patient, efficient large-scale pharmaceutical manufacturing ensures consistent supply of high-quality medications and accelerates the transition of new drugs from research to clinical availability.

2. Purification of Active Pharmaceutical Ingredients (APIs) for Commercial Drug Production

Primary Use: Supports the large-scale purification and isolation of active pharmaceutical ingredients by removing organic synthesis solvents from multi-kilogram batches through controlled evaporation and condensation processes under reduced pressure (ultimate vacuum <2.6 hPa) .
How it helps: For the pharmaceutical production chemist and quality assurance specialist, the Industrial Digital Rotary Evaporator (RE200-Pro 20L) precise PID temperature control (water bath: ±1°C, oil bath: ±3°C), large LCD display, and programmable timer (0-999 minutes) ensure consistent, reproducible purification results across large batch sizes for commercial drug manufacturing . For the patient, rigorous large-scale purification ensures product safety, purity, and consistent therapeutic efficacy in every batch of medication.

3. Industrial Natural Product Extraction and Nutraceutical Manufacturing

Primary Use: Used for the large-scale extraction, concentration, and purification of natural products, botanical extracts, and active ingredients from plant materials for nutraceutical and dietary supplement manufacturing .
How it helps: For the industrial chemist and nutraceutical production manager, the Industrial Digital Rotary Evaporator (RE200-Pro 20L) evaporating flask, two-section vertical triple coil condenser with large cooling surface, and 180mm motorized lift enable efficient, reproducible extraction workflows for batch-to-batch quality testing at industrial scale . For the patient, accurate quality control of natural health products and nutraceutical ingredients ensures product safety, purity, and consistent therapeutic efficacy.

4. High-Volume Solvent Recovery and Industrial Waste Reduction

Primary Use: Recovers and recycles high-purity solvents from industrial-scale laboratory waste streams, reducing operational costs and minimizing environmental impact of hazardous chemical disposal, with evaporation capacity of 4.0 L/h .
How it helps: For the environmental compliance officer and industrial laboratory manager, the Industrial Digital Rotary Evaporator (RE200-Pro 20L) continuous collection capability (switch valve for collection without compromising system vacuum) enables efficient recovery of valuable solvents—reducing purchase costs and minimizing hazardous waste disposal volumes by thousands of liters annually . For the patient and community, reduced solvent waste and lower manufacturing costs support sustainable healthcare practices and responsible industrial resource management.

5. Large-Scale Concentration in Cosmetics and Food Industry Production

Primary Use: Supports the concentration of active cosmetic ingredients, flavor compounds, and bioactive food extracts for commercial product manufacturing in cosmetics and food industry applications .
How it helps: For the industrial formulation scientist and quality control manager, the Industrial Digital Rotary Evaporator (RE200-Pro 20L) wide temperature range (room temperature to 180°C), adjustable immersion angle, and reversible rotation direction (clockwise/counterclockwise interval operation for drying processes) ensure efficient, reproducible concentration workflows for batch-to-batch quality testing at industrial production scales . For the patient and consumer, consistent quality control of cosmetics and food ingredients ensures product safety, purity, and reliable performance.

SECONDARY & SUPPORTIVE USES

1. Pilot-Scale Bioprocessing and Fermentation Harvest Concentration: Used for concentrating large volumes of cell culture supernatants, fermentation broths, and bioreactor harvests for downstream purification in biopharmaceutical pilot plants .

2. Industrial Chemical Synthesis and Petrochemical Processing: Removes residual monomers, solvents, and volatile byproducts from polymer synthesis, nanocomposite fabrication, and petrochemical analysis workflows at pilot and production scales .

3. Large-Volume Environmental Sample Processing: Prepares large-volume environmental samples (soil extracts, water concentrates, air filter extracts) by concentrating extracted pollutants and contaminants for GC-MS and HPLC analysis in environmental monitoring laboratories .

4. Cannabinoid and Hemp Extract Processing at Industrial Scale: Used for the large-scale concentration and purification of cannabinoid extracts from hemp and cannabis plants for commercial CBD product manufacturing .

5. Biopharmaceutical Process Development and Scale-Up: Used in the concentration of protein solutions, removal of process impurities, and purification of therapeutic biologics during process development and scale-up to pilot production .

6. Cosmetics Manufacturing and Quality Control at Industrial Scale: Used in the concentration of active cosmetic ingredients, removal of extraction solvents, and quality control testing of personal care products for commercial manufacturing .

7. Large-Scale Flavor and Fragrance Processing: Used for the concentration and purification of volatile flavor compounds and fragrance ingredients for commercial food and perfume manufacturing .

8.Veterinary Pharmaceutical Manufacturing at Scale: Supports the large-scale development and quality control of veterinary pharmaceuticals, including liquid formulations and injectable solutions for commercial production .

9. Pilot Plant and Scale-Up Support for Pharmaceutical R&D: Serves as a bridge between laboratory-scale R&D and full-scale production, enabling method transfer and process optimization for new drug formulations .

10. Industrial Quality Control of Chemicals and Solvents: Supports purity testing and quality assurance of industrial solvents, intermediates, and finished chemical products at pilot and production scales .

11. High-Throughput Solvent Removal in Contract Manufacturing Organizations (CMOs): Supports parallel synthesis and large-batch processing workflows in CMO facilities by providing efficient, reproducible solvent removal across multiple production runs .

12. Extraction of Bioactive Compounds from Marine Organisms at Scale: Used for the concentration and purification of bioactive compounds from marine sources for pharmaceutical and nutraceutical research and production .

13. Educational and Training Laboratories for Industrial Chemistry: Serves as an essential demonstration tool for teaching industrial-scale distillation, evaporation, and solvent recovery techniques in university chemical engineering programs .

14. Extraction and Concentration of Biodiesel and Renewable Fuels: Supports the processing of biodiesel and renewable fuel intermediates through evaporation and solvent recovery in green chemistry applications .

15. Value-Added Processing of Agricultural Byproducts: Used for the concentration of valuable compounds from agricultural waste streams for nutraceutical and cosmetic applications, supporting circular economy initiatives .

16. Continuous Processing with Switch Valve Technology: Continuous collection via switch valve enables uninterrupted distillation without breaking system vacuum, significantly increasing throughput for industrial applications .

17. Heating Bath with Protective Insulation: Special insulation design keeps outer surface temperature much lower than inner pot temperature to prevent burns and improve energy efficiency .

KEY PRODUCT FEATURES

1. BASIC IDENTIFICATION ATTRIBUTES

Device Type: An industrial-scale digital rotary evaporator (spinning and steaming machine) with 20L evaporating flask capacity, motorized lift, and large LCD display, designed for large-scale evaporation, concentration, and solvent recovery in pilot production, biopharmaceutical manufacturing, and industrial research laboratories .
Designation: RE200-Pro 20L Industrial Digital Rotary Evaporator, RE200-Pro Rotary Evaporator, DLAB RE200-Pro, Industrial Rotary Evaporator, 20L Rotary Evaporator, Large-Scale Rotary Evaporator .
Key Components:
- Large LCD Digital Display: Shows heating temperature, rotation speed, clockwise & anticlockwise direction, and time information for complete process control .
- Motorized Lift: One-click automatic motor lifting with 180mm stroke; smooth and silent operation .
- Water/Oil Heating Bath: Wide temperature range from room temperature to 180°C with switchable water/oil heating modes; corrosion-resistant stainless steel construction with special insulation design .
- Two-Section Vertical Triple Coil Condenser: Large cooling surface area for strong evaporation capacity and high-efficiency sample recovery .
- Evaporating Flask: 20L volume with drain valve; connector device allows for easy and quick installation .
- Receiving Flask: 10L volume with drain valve (or second 20L flask depending on configuration) .
- Sealing System: Double-layer modified PTFE high-elasticity sealing ring with ultra-strong sealing performance, high temperature and corrosion resistance .
- Switch Valve: Allows continuous collection without compromising system vacuum or solvent distillation .
- Cooling Coils (Condenser Type): Triple coil vertical design .
Category (Sector): Industrial and Scientific / Lab Equipment .

2. TECHNICAL & PERFORMANCE PROPERTIES

Application: Suitable for pilot production, large-scale applications in bioengineering, pharmaceutical manufacturing, chemical engineering, cosmetics, and food industry .
Evaporating Flask Volume: 20L .
Receiving Flask Volume: 10L (with drain valve) .
Temperature Range: Room temperature to 180°C (water and oil bath, dual-use) .
Temperature Control Accuracy: Water bath: ±1°C; Oil bath: ±3°C .
Temperature Control Type: Microprocessor PID control .
Speed Range: 10-150 rpm (stepless speed regulation) .
Rotation Direction: Clockwise and counterclockwise; interval operation for drying process .
Evaporation Capacity: Maximum 4.0 L/h (water evaporation volume) .
Ultimate Vacuum: Less than 2.6 hPa (mbar) .
Heating Power: 4400W .
Total Power: 4600W (220V, 50/60Hz) .
Heating Bath Size: Ø450 × 240mm .
Heating Bath Capacity: Approximately 38 liters .
Lifting Mode: Motorized (automatic) .
Lifting Stroke: 180mm .
Display: LCD (temperature/speed/clockwise & anti-clockwise/time) .
Timer: Yes; Time Setting Range: 0-999 minutes .
Cooling Surface (Condenser): 1.2 m² (approximately) .
Condenser Type: Two-section vertical triple serpentine (triple coil) condensing tube .
Motor Type: Brushless DC motor .
Voltage/Frequency (Standard): 220V, 50/60Hz (4600W) .
Voltage/Frequency (Optional): 380V, 50/60Hz (6000W) .
Dimensions (W × D × H): 1160 × 600 × 1860 mm .
Weight: 106 kg .
Permissible Ambient Temperature: 5-40°C .
Permissible Ambient Humidity: ≤80% RH .
Protection Class: IP20 .
Cooling/Inlet Port Size: 16mm outer diameter (cooling, suction, vacuum pump connections) .
Immersion Angle: Adjustable .

3. PHYSICAL & OPERATIONAL PROPERTIES

Construction: Floor-standing benchtop unit with durable corrosion-resistant stainless steel construction for heating bath; heavy-duty design for industrial use .
Control System: Large LCD digital display with microprocessor PID temperature control; detachable control capability for remote operation; one-click automatic motor lifting .
Heating Bath: 5L (or 20L) (approximately 38L) water/oil bath with switchable heating modes; special insulation design keeps outer surface temperature much lower than inner pot temperature to prevent burns; corrosion-resistant stainless steel construction .
Glassware Compatibility: 20L evaporating flask (with drain valve) and 10L receiving flask (with drain valve); compatible with full RE200-Pro glassware series; optional glassware with explosion-proof film available .
Condenser Design: Two-section vertical triple serpentine (triple coil) condensing tube with large cooling surface area (approximately 1.2 m²) for excellent cooling effect and high evaporation capacity .
Rotation Control: Speed range 10-150 rpm with adjustable immersion angle; reversible direction (clockwise/counterclockwise) with interval operation for optimized mixing and drying applications .
Sealing System: Double-layer modified PTFE high-elasticity sealing ring provides excellent chemical resistance, vacuum integrity, high temperature resistance, corrosion resistance, and extended service life .
Safety Features: Overheating protection (220°C cutoff); boil-dry protection (auto power-off if heating bath empty); motor over-current protection; earth-leakage protection; lifting overload protection; high-temperature warning when above 50°C; special insulation design to prevent burns; corrosion-resistant stainless steel construction .
Continuous Collection: Switch valve allows continuous collection of distillate without breaking system vacuum, enabling uninterrupted processing for industrial applications .
Flask Installation: Connector device allows for easy and quick installation of evaporating flask; ejection mechanism for easy removal .
Data Management: LCD display with timer (0-999 minutes) for process documentation; no USB interface (industrial model focuses on robust operation rather than data logging) .

4. SAFETY & COMPLIANCE ATTRIBUTES

Regulatory Status: Industrial laboratory equipment for manufacturing and quality control; essential support instrument for pharmaceutical production, bioprocessing, and industrial research laboratories .
Safety Features: Overheating protection (220°C cutoff); boil-dry protection (auto power-off if bath empty); motor over-current protection; earth-leakage protection; lifting overload protection; high-temperature warning (>50°C); heating bath insulation to prevent burns; corrosion-resistant stainless steel construction .
Chemical Resistance: Double-layer modified PTFE high-elasticity sealing ring provides excellent resistance to corrosive solvents, high temperature, and corrosion; PTFE double spring sealing ring ensures long service life .
Electrical Safety: Universal voltage compatibility (220V, 50/60Hz standard; 380V optional); grounded power connection required; IP20 protection class; 4600W (or 6000W) power consumption .
Operational Safety: Special insulation design on heating bath prevents burns; motorized lift with overload protection; automatic lift on power failure (safety feature); protective glassware options available .
Environmental Compliance: Compatible with solvent recovery for waste reduction; supports sustainable manufacturing practices; energy-efficient design with insulation; uses standard industrial electrical supply .
Certification: Compliant with industrial safety standards; manufactured under quality management systems .

5. STORAGE & HANDLING ATTRIBUTES

Storage: Store in clean, dry industrial laboratory environment; protect from dust and corrosive fumes when not in use; adequate space required due to large footprint (1160 × 600 × 1860mm) .
Cleaning: Clean glass components immediately after use with suitable solvent; drain heating bath after use; wipe exterior with damp cloth; stainless steel surfaces resist corrosion .
Glassware Care: Inspect 20L evaporating and 10L receiving flasks for cracks, chips, or stars before each use; never apply vacuum to damaged glassware; optional explosion-proof glassware available .
Seal Maintenance: Regularly inspect double-layer PTFE sealing ring for wear; replace if vacuum performance degrades .
Heating Bath Maintenance: Use appropriate bath media (water for RT-90°C, silicone oil for >90°C); replace bath media regularly to prevent contamination; heating bath size Ø450×240mm (approximately 38L capacity) .
Calibration: Periodically verify temperature accuracy (water: ±1°C; oil: ±3°C) and rotation speed calibration (10-150 rpm) per industrial quality management protocols .
Vacuum Connection: Connect to appropriate industrial vacuum pump (external, not included) with compatible 16mm tubing; use cold trap between evaporator and pump for solvent-sensitive applications .
Condenser Care: Clean triple coil condenser regularly to maintain cooling efficiency; cooling surface area approximately 1.2 m² .
Power Requirements: Ensure adequate power supply (220V, 4600W or 380V, 6000W) with proper grounding; dedicated circuit recommended .
Installation: Requires adequate clearance for operation and maintenance; floor-standing unit with 1860mm height; stable, level floor surface required .

6. LABORATORY & CLINICAL APPLICATIONS

Primary Application: Industrial-scale solvent removal, sample concentration, purification, and solvent recovery for pilot production, biopharmaceutical manufacturing, pharmaceutical production, chemical engineering, cosmetics manufacturing, and food industry quality control .
Clinical Role: Not used for direct patient diagnosis; serves as essential production equipment in pharmaceutical manufacturing, biopharmaceutical production, and industrial quality control settings where large-scale solvent evaporation and sample concentration are required for production of medications, diagnostics, and healthcare products .

SAFETY HANDLING PRECAUTIONS

1. SAFETY PRECAUTIONS

Glassware Integrity: Before use, inspect all large glass components (20L evaporating flask, 10L receiving flask, condenser) for cracks, chips, or stars; never apply vacuum to damaged glassware—implosion risk is severe at this scale .
Solvent Compatibility: Ensure solvents being evaporated are compatible with PTFE seals and glassware; use appropriate traps for corrosive or highly volatile substances; verify compatibility with large-scale processing requirements .
Bumping Hazard: Use anti-bump trap or bump guard between evaporation flask and condenser to prevent sample loss; industrial-scale bumping can cause significant product loss and safety hazards .
Heating Bath Media: Do not overfill heating bath (Ø450×240mm, approximately 38L capacity); use water for temperatures up to 90°C, silicone oil for higher temperatures; never leave heating bath on unattended during industrial production runs .
Flask Securing: Ensure 20L evaporating flask is securely clamped before starting rotation; use connector device for proper installation; verify drain valves are closed before operation .
Vacuum Release: Always release vacuum completely before removing receiving flask or evaporating flask to avoid implosion; use switch valve for continuous collection without breaking vacuum .
Hot Surface Warning: Heating bath and glassware may be hot during operation; heating bath has special insulation design but surfaces still hot; high-temperature warning activates above 50°C; allow to cool before handling .
Electrical Safety: Use properly grounded outlet; ensure voltage selector is correctly set for local supply (220V 50/60Hz standard; 380V 50/60Hz optional); dedicated circuit recommended due to 4600-6000W power draw .
Ventilation: Operate in well-ventilated industrial area or fume hood when evaporating volatile or hazardous solvents; adequate ventilation essential for large-scale solvent evaporation .
Lifting Safety: Use motorized lift (180mm stroke) for raising and lowering heating bath; do not attempt manual lifting; ensure lift overload protection is functional .
Heavy Equipment Handling: Unit weighs 106kg; use appropriate lifting equipment and team lifting protocols during installation and relocation .
Training: Only trained industrial laboratory personnel and production staff should operate the RE200-Pro for its intended manufacturing and quality control applications .

2. FIRST AID MEASURES

Hot Oil/Water Burn: If hot bath media contacts skin, cool affected area immediately with running water for at least 15 minutes; seek medical attention for severe burns; heating bath can reach 180°C .
Chemical Splash: If large volume of solvent splashes into eyes, flush immediately with copious water for at least 15 minutes; seek immediate medical attention; use emergency eyewash station .
Glass Breakage/Cut: If 20L glassware breaks, evacuate area due to large volume of glass fragments and potential chemical spill; carefully collect fragments using forceos and heavy-duty gloves; dispose in sharps container; clean area thoroughly; seek medical attention for cuts .
Solvent Inhalation: If large volume of solvent vapors is inhaled, move to fresh air immediately; seek medical attention if respiratory distress occurs; activate ventilation systems .
Chemical Spill: If large-scale solvent spill occurs, evacuate area, activate emergency protocols, use appropriate chemical spill response equipment; contain spill to prevent environmental release .
Electrical Shock: If electrical shock occurs, disconnect power at main breaker immediately; seek medical attention for any electrical injury; do not touch victim with bare hands .

3. FIRE FIGHTING MEASURES

Flammability: Many common industrial solvents used with this instrument are highly flammable; equipment contains electrical components that are potential ignition sources; large solvent volumes present significant fire risk .
Extinguishing Media: Use carbon dioxide (CO₂) or dry chemical extinguisher for electrical or solvent fires; do not use water on electrical fires; Class B extinguishers for flammable liquids .
Fire Response: Immediately turn off unit and disconnect power supply using emergency shut-off; if large-scale solvent fire occurs, evacuate area immediately and sound alarm; never attempt to extinguish large industrial solvent fires alone; activate facility fire suppression systems .
Prevention: Maintain adequate ventilation to prevent solvent vapor accumulation; ground equipment to prevent static discharge; store flammable solvents away from ignition sources; follow facility hot work permit procedures .

Industrial Digital Rotary Evaporator (RE200-Pro 20L)

Industrial Digital Rotary Evaporator (RE200-Pro 20L)

PRIMARY CLINICAL & DIAGNOSTIC USES

1. Large-Scale Solvent Removal for Pilot Production and Biopharmaceutical Manufacturing

2. Purification of Active Pharmaceutical Ingredients (APIs) for Commercial Drug Production

Primary Use: Supports the large-scale purification and isolation of active pharmaceutical ingredients by removing organic synthesis solvents from multi-kilogram batches through controlled evaporation and condensation processes under reduced pressure (ultimate vacuum <2.6 hPa) .

3. Industrial Natural Product Extraction and Nutraceutical Manufacturing

Primary Use: Used for the large-scale extraction, concentration, and purification of natural products, botanical extracts, and active ingredients from plant materials for nutraceutical and dietary supplement manufacturing .

4. High-Volume Solvent Recovery and Industrial Waste Reduction

Primary Use: Recovers and recycles high-purity solvents from industrial-scale laboratory waste streams, reducing operational costs and minimizing environmental impact of hazardous chemical disposal, with evaporation capacity of 4.0 L/h .

5. Large-Scale Concentration in Cosmetics and Food Industry Production

Primary Use: Supports the concentration of active cosmetic ingredients, flavor compounds, and bioactive food extracts for commercial product manufacturing in cosmetics and food industry applications .

SECONDARY & SUPPORTIVE USES

1. Pilot-Scale Bioprocessing and Fermentation Harvest Concentration: Used for concentrating large volumes of cell culture supernatants, fermentation broths, and bioreactor harvests for downstream purification in biopharmaceutical pilot plants .

2. Industrial Chemical Synthesis and Petrochemical Processing: Removes residual monomers, solvents, and volatile byproducts from polymer synthesis, nanocomposite fabrication, and petrochemical analysis workflows at pilot and production scales .

3. Large-Volume Environmental Sample Processing: Prepares large-volume environmental samples (soil extracts, water concentrates, air filter extracts) by concentrating extracted pollutants and contaminants for GC-MS and HPLC analysis in environmental monitoring laboratories .

4. Cannabinoid and Hemp Extract Processing at Industrial Scale: Used for the large-scale concentration and purification of cannabinoid extracts from hemp and cannabis plants for commercial CBD product manufacturing .

5. Biopharmaceutical Process Development and Scale-Up: Used in the concentration of protein solutions, removal of process impurities, and purification of therapeutic biologics during process development and scale-up to pilot production .

6. Cosmetics Manufacturing and Quality Control at Industrial Scale: Used in the concentration of active cosmetic ingredients, removal of extraction solvents, and quality control testing of personal care products for commercial manufacturing .

7. Large-Scale Flavor and Fragrance Processing: Used for the concentration and purification of volatile flavor compounds and fragrance ingredients for commercial food and perfume manufacturing .

8.Veterinary Pharmaceutical Manufacturing at Scale: Supports the large-scale development and quality control of veterinary pharmaceuticals, including liquid formulations and injectable solutions for commercial production .

9. Pilot Plant and Scale-Up Support for Pharmaceutical R&D: Serves as a bridge between laboratory-scale R&D and full-scale production, enabling method transfer and process optimization for new drug formulations .

10. Industrial Quality Control of Chemicals and Solvents: Supports purity testing and quality assurance of industrial solvents, intermediates, and finished chemical products at pilot and production scales .

11. High-Throughput Solvent Removal in Contract Manufacturing Organizations (CMOs): Supports parallel synthesis and large-batch processing workflows in CMO facilities by providing efficient, reproducible solvent removal across multiple production runs .

12. Extraction of Bioactive Compounds from Marine Organisms at Scale: Used for the concentration and purification of bioactive compounds from marine sources for pharmaceutical and nutraceutical research and production .

13. Educational and Training Laboratories for Industrial Chemistry: Serves as an essential demonstration tool for teaching industrial-scale distillation, evaporation, and solvent recovery techniques in university chemical engineering programs .

14. Extraction and Concentration of Biodiesel and Renewable Fuels: Supports the processing of biodiesel and renewable fuel intermediates through evaporation and solvent recovery in green chemistry applications .

15. Value-Added Processing of Agricultural Byproducts: Used for the concentration of valuable compounds from agricultural waste streams for nutraceutical and cosmetic applications, supporting circular economy initiatives .

16. Continuous Processing with Switch Valve Technology: Continuous collection via switch valve enables uninterrupted distillation without breaking system vacuum, significantly increasing throughput for industrial applications .

17. Heating Bath with Protective Insulation: Special insulation design keeps outer surface temperature much lower than inner pot temperature to prevent burns and improve energy efficiency .

1. BASIC IDENTIFICATION ATTRIBUTES

Designation: RE200-Pro 20L Industrial Digital Rotary Evaporator, RE200-Pro Rotary Evaporator, DLAB RE200-Pro, Industrial Rotary Evaporator, 20L Rotary Evaporator, Large-Scale Rotary Evaporator .

Key Components:

Large LCD Digital Display: Shows heating temperature, rotation speed, clockwise & anticlockwise direction, and time information for complete process control .

Motorized Lift: One-click automatic motor lifting with 180mm stroke; smooth and silent operation .

Water/Oil Heating Bath: Wide temperature range from room temperature to 180°C with switchable water/oil heating modes; corrosion-resistant stainless steel construction with special insulation design .

Two-Section Vertical Triple Coil Condenser: Large cooling surface area for strong evaporation capacity and high-efficiency sample recovery .

Evaporating Flask: 20L volume with drain valve; connector device allows for easy and quick installation .

Receiving Flask: 10L volume with drain valve (or second 20L flask depending on configuration) .

Sealing System: Double-layer modified PTFE high-elasticity sealing ring with ultra-strong sealing performance, high temperature and corrosion resistance .

Switch Valve: Allows continuous collection without compromising system vacuum or solvent distillation .

Cooling Coils (Condenser Type): Triple coil vertical design .

Category (Sector): Industrial and Scientific / Lab Equipment .

2. TECHNICAL & PERFORMANCE PROPERTIES

Application: Suitable for pilot production, large-scale applications in bioengineering, pharmaceutical manufacturing, chemical engineering, cosmetics, and food industry .

Evaporating Flask Volume: 20L .

Receiving Flask Volume: 10L (with drain valve) .

Temperature Range: Room temperature to 180°C (water and oil bath, dual-use) .

Temperature Control Accuracy: Water bath: ±1°C; Oil bath: ±3°C .

Temperature Control Type: Microprocessor PID control .

Speed Range: 10-150 rpm (stepless speed regulation) .

Rotation Direction: Clockwise and counterclockwise; interval operation for drying process .

Evaporation Capacity: Maximum 4.0 L/h (water evaporation volume) .

Ultimate Vacuum: Less than 2.6 hPa (mbar) .

Heating Power: 4400W .

Total Power: 4600W (220V, 50/60Hz) .

Heating Bath Size: Ø450 × 240mm .

Heating Bath Capacity: Approximately 38 liters .

Lifting Mode: Motorized (automatic) .

Lifting Stroke: 180mm .

Display: LCD (temperature/speed/clockwise & anti-clockwise/time) .

Timer: Yes; Time Setting Range: 0-999 minutes .

Cooling Surface (Condenser): 1.2 m² (approximately) .

Condenser Type: Two-section vertical triple serpentine (triple coil) condensing tube .

Motor Type: Brushless DC motor .

Voltage/Frequency (Standard): 220V, 50/60Hz (4600W) .

Voltage/Frequency (Optional): 380V, 50/60Hz (6000W) .

Dimensions (W × D × H): 1160 × 600 × 1860 mm .

Weight: 106 kg .

Permissible Ambient Temperature: 5-40°C .

Permissible Ambient Humidity: ≤80% RH .

Protection Class: IP20 .

Cooling/Inlet Port Size: 16mm outer diameter (cooling, suction, vacuum pump connections) .

Immersion Angle: Adjustable .

3. PHYSICAL & OPERATIONAL PROPERTIES

Construction: Floor-standing benchtop unit with durable corrosion-resistant stainless steel construction for heating bath; heavy-duty design for industrial use .

Control System: Large LCD digital display with microprocessor PID temperature control; detachable control capability for remote operation; one-click automatic motor lifting .

Heating Bath: 5L (or 20L) (approximately 38L) water/oil bath with switchable heating modes; special insulation design keeps outer surface temperature much lower than inner pot temperature to prevent burns; corrosion-resistant stainless steel construction .

Glassware Compatibility: 20L evaporating flask (with drain valve) and 10L receiving flask (with drain valve); compatible with full RE200-Pro glassware series; optional glassware with explosion-proof film available .

Condenser Design: Two-section vertical triple serpentine (triple coil) condensing tube with large cooling surface area (approximately 1.2 m²) for excellent cooling effect and high evaporation capacity .