Small Vacuum Rotary Evaporator

Small Vacuum Rotary Evaporator

The Small Vacuum Rotary Evaporator is a compact benchtop system designed for solvent distillation, concentration, and purification in small-volume laboratory applications(0.25L−2L).
By reducing the internal pressure via a vacuum source, the boiling point of the target solvent drops significantly. This allows evaporation to occur at much lower temperatures, preventing thermal degradation of heat-sensitive compounds. Its compact footprint makes it highly adaptable for standard laboratory fume hoods in pharmaceutical R&D, chemical analysis, and botanical/hemp extraction facilities.
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Description

Product Overview

 

The Small Vacuum Rotary Evaporator is a compact benchtop system designed for solvent distillation, concentration, and purification in small-volume laboratory applications(0.25L−2L).

By reducing the internal pressure via a vacuum source, the boiling point of the target solvent drops significantly. This allows evaporation to occur at much lower temperatures, preventing thermal degradation of heat-sensitive compounds. Its compact footprint makes it highly adaptable for standard laboratory fume hoods in pharmaceutical R&D, chemical analysis, and botanical/hemp extraction facilities.

For equipment distributors and scientific suppliers, this benchtop solvent recovery system offers a highly stable, low-maintenance product with reduced shipping volume and global electrical compatibility.

 

Key Technical Features & Commercial Advantages

 

Compact Footprint & Low Logistics Cost
• The Reality: Standard industrial rotary evaporators require dedicated floor space or reinforced benches. This model is engineered with an integrated, vertical layout to minimize bench space.
• Buyer Benefit: Fits easily into existing standard laboratory fume hoods without requiring expensive lab modifications.
• Distributor Advantage: Reduced package dimensions lower individual air and ocean freight costs, directly improving your landed margin.

 

Compact Footprint & Low Logistics Cost
• The Reality: Standard industrial rotary evaporators require dedicated floor space or reinforced benches. This model is engineered with an integrated, vertical layout to minimize bench space.
• Buyer Benefit: Fits easily into existing standard laboratory fume hoods without requiring expensive lab modifications.
• Distributor Advantage: Reduced package dimensions lower individual air and ocean freight costs, directly improving your landed margin.

 

Controlled Film Evaporation
• The Mechanism: A motorized drive spins the evaporating flask at20−200 rpm.Centrifugal force pushes the liquid against the glass walls, creating a continuous, ultra-thin film.
• User Benefit: This film dramatically increases the active surface area for heat transfer, speeding up distillation and preventing sudden fluid boiling ("bumping").

 

Borosilicate Glass 3.3 & Vacuum Tightness
• Material Precision: All glass components are fabricated from Borosilicate Glass 3.3, providing premium resistance to thermal shock and corrosive organic solvents (such as acetone, hexane, and chlorinated hydrocarbons).
• Sealing System: Employs a composite PTFE + FKM double sealing ring capable of maintaining steady vacuum levels during extended, continuous operation cycles.

 

Stable Heating Bath
• Performance: The heating bath supports both water and oil media, delivering temperatures from ambient up to 180 ∘ C with a control accuracy of ±1 ∘ C.
• User Benefit: Eliminates temperature spikes, ensuring high repeatability for analytical sample preparation.

 

Technical Specifications

 

Parameter

Specification / Range

Evaporating Flask Volume

0.25L/0.5L/1L/2L (Interchangeable)

Receiving Flask Volume

0.25L/0.5L/1L

Rotation Speed Range

20−200 rpm (Digital Stepless Control)

Heating Temperature Range

Room Temperature to 180 ∘ C

Temperature Stability

±1 ∘ C

Glass Specification

Borosilicate Glass 3.3 (ISO 3585 Standard)

Main Vacuum Seal

Heavy-duty PTFE + FKM Gaskets

Power Specifications

110V/60Hz or 220V/50−60Hz

Certification & Compliance

CE Certified / RoHS Compliant / ISO 9001 Factory Standards

 

Available as a Complete Turnkey System

 

To simplify procurement, we configure complete turnkey kits matching this benchtop model, including a chemically resistant diaphragm vacuum pump and a digital recirculating chiller sized perfectly for this condensing volume.

 

Target Markets & Applications

 

Pharmaceutical & Biotech Hubs: Small-batch active ingredient (API) concentration and solvent exchange.

 

Chemical Testing Labs: Post-reaction sample cleanup and standard solvent stripping.

 

Botanical Extraction Facilities: Low-temperature isolation of fragile terpenes, essential oils, and plant extracts (ideal for hemp and botanical oil refinement).

 

Educational Labs: Practical chemistry demonstrations and undergraduate student training due to its transparent layout and simple interface.

 

Manufacturer Support for B2B Distributors

 

Direct Tiered Pricing: Ex-factory pricing structures scaled to order volumes, ensuring strong market competitiveness and healthy distributor margins.

 

OEM & Private Labeling: Factory-direct placement of customer logos, specific corporate color housing schemes, and customized instruction manuals.

 

Local Electrical Localization: Configurable power supplies matched with regional plug standards (US, EU, UK, AU) to ensure immediate plug-and-play compliance.

 

Validated Export Packing: All glass structures are nested in custom-molded high-density foam inside heavy-duty multi-layer cartons or export-grade wooden crates to eliminate transit breakage.

 

Global Warranty & Support: All units come with a 1-year warranty on non-consumable parts and lifetime factory technical support to minimize your post-sale service burden.

 

Factory Quality Control Protocols

 

To minimize international return rates and warranty claims, every single unit passes through five mandatory testing stations before packaging:

 

Drive Motor Bench Test: 48-hour continuous rotation test to check for bearing noise, heat generation, and vibration.

 

Dielectric Safety Test: Electrical insulation and grounding verification matching standard global regulatory codes.

 

Thermal Calibration: Multi-point sensor verification to ensure the heating bath holds temperature within ±1 ∘C.

 

Vacuum Decay Test: System is pumped down and sealed to verify the PTFE/FKM gaskets maintain pressure without leakage over time.

 

Glass Polarized Light Inspection: Optical check of all borosilicate components to catch internal material stress lines or micro-fractures.

 

FAQ

 

Q: What specific solvents can be used with this system?

A: Thanks to the premium Borosilicate 3.3 glass and PTFE seals, the system handles most standard laboratory solvents, including ethanol, methanol, ethyl acetate, acetone, n-hexane, and chloroform.

Q: What is the main maintenance requirement for this unit?

A: The main maintenance point is cleaning and occasionally regreasing or replacing the PTFE/FKM vacuum seal ring. Over time, exposure to harsh solvent vapors will cause natural wear on any seal. We provide spare seal kits free of charge with bulk distributor orders.

Q: Can you supply this as a complete turnkey kit?

A: Yes. Upon request, we offer a fully integrated solution including the benchtop rotary evaporator, a matching oil-free vacuum pump, and a cooling chiller. Contact our team to get a tailored package quote.

Q: How do you handle custom branding (OEM) orders?

A: We can print your logo directly onto the chassis, match specific corporate color requirements for the housing, and customize the packaging/manuals. Contact our sales team today to get a free digital mockup with your logo and discuss our flexible MOQ options.

 

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