SPCH-EP-IC-20-30 High Pressure Microjet Nano Homogenizer

HS High Pressure Homogeniser

SPCH-EP-IC-20-30 High Pressure Microchannel Jet Nano Homogenizer

The SPCH-EP-IC benchtop unit has a long-standing history in high-pressure nano homogenization and microchannel homogenization dispersion. It is a satisfactory and refined laboratory instrument for researchers. The current system is more straightforward and user-friendly, while incorporating new, superior performance features and safety interlock devices. It retains the best characteristics of older models and combines over 45 years of the group's experience in high-pressure nano homogenization, making this system more advanced and capable of meeting multidisciplinary application requirements.

This equipment adopts a revolutionary design concept, delivering outstanding homogenization results, higher working pressure, and more stable performance. It utilizes a hydraulic intensifier principle for a more powerful and stable drive; pressure-balanced load homogenization valves and microchannel interaction chambers provide higher working pressures and optimal homogenization effects; a PLC microcomputer control module allows for single-pass, semi-automatic cycle, or fully automatic cycle operation; unique safety monitoring systems and safety design ensure safer operation.

Adjustable Pressure Range: 0 - 60,000 psi

Complies with EU CE Certification and other international safety standards

Key Features:

Maximum Working Pressure: 4200 bar (60,000 psi)

Simple and Easy to Use

Small Sample Volume Capability

High-Pressure Chamber and Homogenization Valve can be Sterilized

Includes Temperature Control

Reproducible and Stable Results

Microcomputer Control System

Optional Reverse Flow Plunger Gap Valve or Microchannel Interaction Homogenization

Applications

Pharmaceuticals:

Nanoparticles, Nanoemulsions, Solid Lipid Nanoparticles (SLN), Liposomes, Microemulsions, Dispersants, Suspensions

Fine Chemicals:

Nanomaterials, Nanocrystals, Nanoemulsions, Fragrances and Flavors, etc.

Biological Cell Disruption:

(E. coli, Yeast, Molds, etc.)

Enzyme separation and isolation, disruption of bacterial and plant tissues, recovery of intracellular proteins and nucleic acids, preparation of viral antigens for EIA test kits, membrane preparation of Rhizobia and Pseudomonas, recovery of spores and toxins, protein purification, cell extract preparation, etc.

Product Description

Power: 2.2 kW

Max Working Pressure: 210 MPa (2100 bar), 30,000 psi

Processing Capacity: Single pass 0-16 ml, Continuous circulation 140 ml/min

Back Pressure Chamber: 40 MPa (6000 psi), Optional

Control: PLC Control

Product Viscosity: High concentration, high viscosity, 0 - 100 CST

Homogenization Chamber & Valve: Microchannel homogenization chamber, Pressure-balanced load homogenization valve

Minimum Sample Volume: 5 ml

Cleaning & Sterilization: Clean-in-Place (CIP) and Sterilize-in-Place (SIP) capable; wetted parts can also be autoclaved

Pressure Measurement: Digital display, 0 - 420 MPa (0 - 4200 bar), Scalable

Temperature Measurement: Optional

Temperature Control: Optional, Jacketed temperature control

Safety: Safety interlock device, safety monitoring, emergency stop

Power Supply: 230V, 50Hz, Single Phase

Dimensions: 550 × 600 × 670 mm

Weight: 125 kg

Optional Accessories

Air Cooler for Discharge (Suitable for small volume applications) - AC-HX

Liquid Cooler for Discharge (Suitable for larger volume applications, requires connection to cooling/heating liquid circulation system) - LC-HX

Intensifier Chamber Heat Exchanger (Requires connection to cooling/heating liquid circulation system, not available for ultra-micro volume models) - CB-HX

Pressure Feed System (0.25 to 5L transparent feed chamber) - PFS

Back Pressure (Secondary) Valve (For secondary pressure processing, not available for ultra-micro chambers; can also be used for very low-pressure operation control) - BPM

Installation Cart (Stainless steel surface with locking casters and middle shelf)