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Higher performance and aerosol protection with customized solutions Protect serological pipettes and samples from contamination, fast draw uptake, and unintentional sample expulsion with a family of customizable aerosol barrier filters. Tailored to meet the correct fit, air flow, and volume placement within your pipettes, our serological filters protect lab personnel, maintain productivity and: Safeguard samples –Use aerosol barrier filters versus use of cotton or colored plugs. Improve quality and safety–Reduces fast draw sample uptake and stop samples from exiting the pipette. Minimize accidental exposure–Decreases exposure to hazardous substances and the need for internal syringe filters.

Greater protection from accidental overfilling and spillage Create a protective barrier from accidental overfilling of the pipette and blood spillage by using POREX® ESR Filters (Erythrocyte Sedimentation Rate). To help improve productivity and safety of lab personnel, these filters: Avoid accidental overfilling–Ensures and maintains the proper level of blood sample. Prevent leakages–Stops hazardous substances and blood from escaping through the top of the pipette. Provide control and safety–Reduces exposure to bloodborne pathogens.

Stronger protection from contamination for pipetters and samples POREX® Pipette Cone Filters help prevent samples, and the pipette’s internal mechanisms and components, from fluid and liquid vapor contamination. Used at the pipette shaft base, these inert, hydrophobic filter tips are optimized for fit, function, resilience, and porosity. Backed by the Certified Pure Porex™ program, our filter tips: Protect pipetter’s internal components –Serves as a final interferent barrier. Prevent contamination–Protects against aerosols and sample cross-contamination. Prolongs product lifetime–Reduces chance for contamination which lowers the need for pipetter maintenance.

Maximum consistency in airflow, filter purity, and aerosol containment POREX® Automation Certified Pipette Tip Filters are customized and optimized to meet the fit, air flow, and volume placement of your specific robotic and automated liquid-handling instruments, sample processors and dispensing systems. To streamline laboratory operations and production, these automation and robotic pipette tip filters are backed by the Certified Pure Porex™ Program and: Maximize air flow –Delivers optimal dispensing and pipetting performance across a wide range of liquid volumes. Prevent cross-contamination–Eliminates aerosol bypass and sample carryover. Increase sample throughput–Provides tighter tolerance control for increasing laboratory workflow and reducing instrument downtime.

Greater protection from aerosols and aspirated liquids Our new FORTRESS™ Pipette Tip Filters offer a liquid-sealing barrier devoid of any contaminates or additives that can cause PCR, molecular, or analytical methodology and protocol issues. Specifically designed to protect the sample and the pipetter from harmful aerosols generated during the pipetting process or from liquid aspirated into pipette tips, our filters: Ensure purity –Non-leachable and extractable sample recovery is backed by the Certified Pure Porex™ program of independent analytical, clinical, and life science testing. Protect sample integrity–Seals out aerosols and liquid contaminates while preventing cross-contamination and sample carryover. Improve accuracy and precision–Design is optimized for maximum consistency in air flow, form, fit, and function across a broad spectrum of pipetting volumes.

Hydro cyclone units are applied in order to separate coarse and fine solid particles from liquids . These type of separators are particularly capable of separating sand, starch, and other finely distributed materials. With hydro cyclones it is possible to separate fine particles online during the process. Hydro cyclone units are used to separate, classify, and to thicken suspensions. Also, these units are used to purify ores and minerals. Also, in fibre technique and paper industry they are applied in purification processes to separate dirt. Hydro cyclones are frequently run in parallel mode. The lay out and design of hydro cyclones are performed empirically similar to the duct cyclones. In the lower flow region of a hydro cyclone an air swirl forms during the separation process, which is not substantially influencing the cyclone flow. Because of the large dimension of the cyclone, wall friction has much more influence on the flow.