The Microfluidics LV1 High Pressure Microfluidizer® Processor is a premium laboratory homogenization system engineered for ultra-low sample volume processing and high-pressure particle size reduction. Designed for biotechnology, pharmaceutical development, nanotechnology, drug delivery research, vaccine development, lipid nanoparticle (LNP) production, protein extraction, and advanced materials research, the LV1 delivers highly reproducible results using Microfluidics' patented Interaction Chamber® technology.

Operating at pressures up to 30,000 PSI (2,069 bar), the LV1 generates intense shear forces capable of producing highly uniform nanoemulsions, nanoparticles, liposomes, and cell lysates while preserving valuable low-volume samples. Its compact benchtop design makes it an excellent choice for research laboratories, universities, pharmaceutical companies, biotechnology facilities, and industrial R&D environments.

Manufactured in 2013, this unit features stainless steel construction, an integrated hydraulic intensifier, front-mounted pressure adjustment, analog pressure gauge, illuminated operator control panel, emergency stop switch, installed Interaction Chamber assembly, original cooling coil assembly, and syringe-based sample handling components, all shown in the photographs.

The installed Interaction Chamber assembly and cooling coil shown in the photographs are included with the system. The installed Interaction Chamber type has not been verified. Please review all photographs carefully or contact us if additional information is required.

Features

• Microfluidics LV1 High Pressure Microfluidizer® Processor

• Maximum operating pressure: 30,000 PSI (2,069 bar)

• Designed for ultra-low sample volume processing

• Patented Interaction Chamber® technology

• High-shear homogenization

• Stainless steel construction

• Integrated hydraulic intensifier system

• Front pressure adjustment control

• Analog process pressure gauge

• Illuminated operator control panel

• Emergency stop switch

• Installed Interaction Chamber assembly

• Original cooling coil assembly included

• Syringe-based sample handling system

• Compact benchtop design

• Ideal for biotechnology and pharmaceutical research

• Suitable for nanoparticle production

• Liposome and lipid nanoparticle (LNP) processing

• Nanoemulsion production

• Cell disruption and protein extraction

• Drug delivery research

• Nanotechnology applications

• Advanced materials research

Specifications

• Manufacturer: Microfluidics

• Model: LV1

• Serial Number: LV1-0092K

• Year of Manufacture: 2013

• Product Type: High Pressure Microfluidizer Processor

• Maximum Operating Pressure: 30,000 PSI (2,069 bar)

• Sample Volume: Approximately 1–6 mL per cycle

• Shear Rate: Up to 1.23 × 10⁷ sec⁻¹

• Electrical Requirements: 110 VAC

• Frequency: 60 Hz

• Current: 10 Amps

• Maximum Product Temperature: 73°C (165°F)

• Approximate Dimensions: 20 × 25.6 × 23.7 in (51 × 65 × 60.2 cm)

• Approximate Weight: 240 lbs (109 kg)

• Country of Origin: USA

Included

• Microfluidics LV1 High Pressure Microfluidizer® Processor

• Installed Interaction Chamber assembly (type not verified)

• Original cooling coil assembly

• Syringe-based sample handling components

• Installed stainless steel tubing

Includes all accessories shown in the photographs.

Condition

This unit is in excellent cosmetic condition with light signs of normal laboratory use.

The system powers on and the control panel indicators illuminate as shown in the photographs.

No product processing, pressure verification, flow testing, or functional performance testing has been performed.

Please review all photographs carefully, as they are part of the item description.

Shipping

Freight shipping is available throughout the United States. Shipping costs are quoted separately based on destination, delivery requirements, and final shipment dimensions.

Local pickup is available in San Diego, California.

Please complete the Freight & Local Pickup Request Form before purchasing to receive an accurate freight quote.