Microfluidics International Corporation – Sample Preparation – MP350 Microlyser™ Processor
The MP350 Microlyser™ Processor is an innovation in high shear processing which utilizes a hybrid approach by incorporating Microfluidics proprietary Interaction Chamber™ technology with a unique electric pumping system, to deliver the highest cell disruption yields.
From E. coli to difficult yeast cells, the MP350 Microlyser™ can provide consistent pressure across the batch cycle to maximize protein yields and ensure high product quality in cell disruption of various cells. It has the same multi-slotted fixed-geometry Interaction Chamber™ that all Microfluidics equipment possess which provides consistent shear & uniform processing for reduced batch time & lesser passes.
The scale up to production volumes with the MP350 model is seamless & cost effective once the suitable cell disruption lab and pilot batches are achieved. Enquire with us today!
Technical Specifications
| Pressure Range | Up to 2068 bar (up to 30,000 PSI) |
| Flow Rate Range | 4.0 to 4.7 lpm (1.06 to 1.24 gpm) at 2,068 bar (30,000 psi) |
|---|---|
| Feed Temperature Range | 70°C (158°F) |
| Dimension (L x W x H) | 185 x 99 x 191 cm (73” x 39” x 75″) |
| Weight | 1,800 kg (3,970 lbs.) |
| Electrical Requirements | 50 HP (37.3 kw) Three Phase 415V, 90A, 50 Hz |
| Power Requirements | 50 HP (37.3 kw) Three Phase 415V, 90A, 50 Hz |
| Utility Requirements | Cooling Water for Lube Oil Heat Exchanger: 10 lpm (2.64 gpm) Water at 5 C to 10 C Cooling Water for Process Fluid Heat Exchanger: Varies as per Application Compressed Air for Feed Pump: 1.70 m3/min @ 7.2 bar (60 SCFM @ 105 psi) with -37°C to – 18°C (-35°F to 0°F) dew point SIP Requirement: Require saturated clean steam supply, at 130°C & 145°C temperature @ 22.6 kg/hr. @ 2.4 bar (50 lbs./hr. @ 35 psi)” |
Key Features
Key Industries
- Biopharmaceutical and Biotechnology
- Pharmaceutical
Microfluidics International Corporation, the manufacturer of Microfluidizer® high shear fluid processors, is a leader in the design and production of…
