The Breville Commercial CRV40AC1SIL1BUS1 RotoVap Rotary Vacuum Evaporator is a commercial-grade laboratory equipment designed for efficient solvent evaporation and concentration processes in food science, research, and industrial applications. This rotary vacuum evaporator features a 1-liter per hour evaporation rate, enabling precise removal of solvents under reduced pressure. Equipped with an LM6 alloy chiller maintaining a 14°F cooling temperature, it ensures consistent thermal control during operation. The unit includes a vacuum pump, one 1-liter receiving flask, and one 1-liter evaporating flask, along with a liquid tray for streamlined workflow. Its robust construction coupled with technical precision makes it suitable for high-volume culinary laboratories, pharmaceutical research, and process development facilities, delivering reliable performance with advanced cooling and vacuum capabilities.
Top Breville Commercial CRV40AC1SIL1BUS1 Features
The CRV40AC1SIL1BUS1 rotary vacuum evaporator offers precise temperature control, durable stainless steel construction, and simplified maintenance for commercial foodservice laboratories. Its integrated LM6 chiller ensures optimal cooling at 14°F, while the vacuum pump facilitates rapid solvent removal. Designed for mid-volume evaporation workflows, it accommodates 1-liter flasks with ease, supporting efficient sample processing in research or industrial settings.
- High evaporation rate of 1 liter/hr enhances throughput
- Stainless steel body ensures durability in demanding environments
- Intuitive liquid tray simplifies sample handling and clean-up
- Reliable vacuum pump provides consistent pressure control
- Integrated LM6 chiller maintains precise 14°F cooling for sensitive compounds
Ideal for pharmaceutical labs, food research, or industrial solvent concentration applications
Breville Commercial CRV40AC1SIL1BUS1 Technical Specs
The Breville Commercial CRV40AC1SIL1BUS1 rotary vacuum evaporator is configured for robust laboratory use, featuring a height of 16 inches, a width of 19 inches, and a depth of 15 inches, with a total weight of 186 pounds for stable operation. It operates using standard power requirements, supported by a self-contained refrigeration system utilizing an air-cooled LM6 chiller that maintains the cooling temperature at 14°F. The unit’s construction predominantly involves stainless steel, ensuring durability and ease of cleaning in demanding environments. Its 1-liter evaporating and receiving flasks are manufactured from chemically resistant borosilicate glass, enabling safe handling of various solvents. With a reliable vacuum pump, this evaporator supports consistent pressure levels for efficient evaporation. The design incorporates ample clearance for cleaning and maintenance, with dimensions optimized for integration into busy laboratory or industrial workflows.
- Electrical Requirements: Standard compatible voltage and amperage for industrial operation
- Cooling Method: Air-cooled self-contained refrigeration system
- Refrigeration Type: Self-contained LM6 chiller maintains 14°F
- Production Capacity: 1 liter per hour evaporation rate
- Construction & Finish: Heavy-duty stainless steel exterior, borosilicate glass flasks
- Dimensions: 16" H x 19" W x 15" D
- Weight: 186 lbs for stable installation
- Temperature Resistance: Operates between ambient and 14°F chilling temperature
- Food Safety: Materials suitable for contact with lab samples and solvents
- Cleaning & Maintenance: Disassembly of glassware; routine cleaning with chemical-resistant tools
- Usage Compatibility: Suitable for solvent evaporation, sample concentration, chemical processing
- Installation & Maintenance: Requires proper clearance for airflow, drain connections, and routine cleaning
What is a commercial rotary vacuum evaporator?
A commercial rotary vacuum evaporator is a laboratory instrument used to efficiently remove solvents from samples under reduced pressure, enabling gentle and rapid evaporation. This equipment, such as the Breville Commercial CRV40AC1SIL1BUS1, is installed in research and industrial environments where solvent recovery, sample concentration, or extraction is required. It typically features a motorized rotation mechanism, a vacuum system, and a precise cooling setup. This model is suitable for mid-volume applications, supporting consistent operation in pharmaceutical, food science, or chemical processing settings, making it ideal for laboratory-scale solvent recovery or ingredient extraction projects.
Top Rotary Vacuum Evaporator for Food Industry Processing
Designed for laboratory and industrial workflows, the CRV40AC1SIL1BUS1 offers robust build quality, high performance, and reliable cooling, suited for medium-volume solvent evaporation in food, research, and process development environments. Breville Commercial's model supports efficient laboratory operation with precision and durability.
- Suitable for medium-volume solvent concentration processes
- Optimized for commercial laboratory environments
- Designed for chemical and food research applications
- Supports moderate throughput workflows
- Ideal for sample processing in research facilities
Why Choose Breville Commercial CRV40AC1SIL1BUS1?
Designed with robustness and precision, the Breville Commercial CRV40AC1SIL1BUS1 stands out from competitors through its durable stainless steel construction, integrated cooling system, and reliable vacuum performance. Its compact profile allows efficient installation in busy laboratories or industrial kitchens, facilitating high-volume sample processing with minimal maintenance. Its advanced cooling capabilities and sturdy design make it suitable for continuous operation—ensuring high productivity and operational efficiency compared to similar models.
- Self-contained design simplifies installation and setup
- Heavy-duty stainless steel enhances longevity in demanding environments
- Integrated LM6 chiller ensures consistent cooling performance
- Compact footprint supports versatile placement in multi-use kitchens
- Reliable vacuum pump provides stable pressure control for uniform evaporation
