Used Microfluidics General Laboratory Equipment in Washington, USA

Microfluidics Model M140-K Microfluidizer

• Manufacturer: Microfluidics

Microfluidics Electric-Hydraulic, Model M140- K homogenizer for sale. This unit is nearly completely stainless Steel for processing in sterile environments. This process-level system is designed for high shear r...

Microfluidics Model LM10 Bench Top Microfluidizer

• Manufacturer: Microfluidics

The Microfluidizer LM10 high-pressure homogenizer ensures that 100% of your material undergoes exactly the same treatment. The result is consistently reliable results that include uniform particle and droplet siz...

Microfluidics Model 110-Y Microfluidizer

• Manufacturer: Microfluidics

The M-110Y is ideal for producing high yields of cell rupture with minimal processing. Cell walls are ruptured by shearing forces that do not destroy cell contents and allow for easy separation. The instrument is...

Microfluidics Model M110-EH Microfluidizer with Diamond Intereaction Chamber

• Manufacturer: Microfluidics

The M-110EH-30 is a mobile high shear fluid processor which achieves continuous operating pressures to 30,000 psi (2069 bar). The processor maximizes the energy-per-unit fluid volume which results in uniform subm...

Unused Microfluidics Model LM20 Process Microfluidizer with Diamond Interaction Chamber

• Manufacturer: Microfluidics

The Microfluidics LM20 microfluidizer is a leader in the industry for high pressure homogenization. By maintaining consistent process pressure, 100% of your material gets exactly the same treatment. From small ...

Microfluidics Model M110-EH (Year 2019) with Diamond Interaction Chamber

• Manufacturer: Microfluidics

The M-110EH-30 is a mobile high shear fluid processor which achieves continuous operating pressures to 30,000 psi (2069 bar). The processor maximizes the energy-per-unit fluid volume which results in uniform subm...

Microfluidics Model M110-Y (Year 2016) With Accessories

The M-110Y is ideal for producing high yields of cell rupture with minimal processing. Cell walls are ruptured by shearing forces that do not destroy cell contents and allow for easy separation. The instrument is...