Continuous Flow (CF1 & CF2) Cell Disruptor
Available in Two Models
Our Continuous Flow Cell Disruptor comes in a CF1 and CF2 model, with the CF1 offering a process speed of 6L per hour and CF2 offering up to 24L per hour.
Quick, Simple, & Easy-to-Use
Features of the CF1 & CF2 include a hydraulic control system for ensured consistency and repeatability, two cleaning modes, and a digital display for disruption pressure.
Overview
Our range of Continuous Flow Cell Disruptors from Constant Systems features two models: the CF1 and CF2. The CF1 is small enough to bench mount, but is recommended to be used in combination with its tailor made trolley. It can handle process volumes in the range of 15 mL - 10 L, and a process speed of 6L per hour. The CF2 is a floor standing model, and can process a volume range of 15 mL - 100L, with a process speed of up to 24L per hour.
Both systems feature a hydraulic control system, allowing you to gain accurate results in a single pass or process, with 99% of your sample being processed at the designated pressure. Liquid will be completely contained throughout the process. The system offers both a process flow cleaning and manual cleaning option, with all product path components being easily dismantled for efficient cleaning.
Features & Benefits
- Fully contained process
- No need for bottled gas or compressed air
- No need to purge or prime before use
- Stainless steel tray to capture spillage
- Digital display of disruption pressure
- Disruption pressure range of 1-40 kpsi
- Precise hydraulic control
- 99% of sample processed at set pressure
- Two cleaning modes
Documents
Applications
Both the CF1 and CF2 are ideal for processing fluid or re-suspended sample types, and can be used across a variety of sample types including:
- Bacteria
- Yeast
- Algae
- And many more
Technical Specs
Cell Disruptor | Dimensions | Weight | Electrical Supply |
CF1 | 605x700x740 mm (DxHxW) | 130kg | 1 Ph electricity as standard, Americas some areas require 3 Ph |
CF2 | 720x700x1340 mm ((DxWxH) | 240kg | 3 Ph electricity |