The Multi Cycle (MC) Cell Disruptor stands as the most versatile model for small volumes from 0.5mL to 40mL per process and handling volumes up to 80mL.
With its compact footprint of approximately 500mm², the MC is perfectly suited for benchtop use, or can be paired with its bespoke trolley with swivel and lockable casters, to sit at its optimal working height.
Specifications
- User-Friendly: Simple, quick, and straightforward to use, requiring only a standard electrical supply with no need for compressed air or bottled gas.
- Efficient Start-Up: The equipment does not need to be primed or purged before use, as any air in the system is processed without negatively affecting the sample or the equipment.
- Designed for Safety: Features a stainless steel tray to catch any accidental spillages.
- Precision Control: Digital display of disruption pressure, which can be easily and accurately set between 1-40 kpsi.
- Versatile Sample Processing: Capable of processing a wide range of sample types.
- Temperature Management: Includes collection cups that can be transferred to and from ice or a freezer to maintain sample temperature.
- Consistent Performance: Ensures consistency in every process, with 99% of the sample processed at the set pressure.
- Ease of Cleaning: Offers both process flow cleaning and manual cleaning options, compatible with industry-standard cleaning media.
- High-Quality Materials: Utilises industry-standard materials such as Stainless Steel 316L and F51 duplex, EPDM, GFL PTFE, and PEEK 450G.
- Dimensions and Weight: Measures 475x510x455 mm (DxWxH) and weighs 110 kg.
- Electrical Requirements: Equipped with country-specific plug types and operates on a standard single-phase supply via a C15 or C20 connection.
The Multi Cycle Cell Disruptor from Constant Systems is designed to meet the diverse needs of small volume processing with unparalleled flexibility and efficiency. It embodies the company’s commitment to innovation, precision, and reliability, providing users with a scalable, dependable solution for their research and industrial applications.