Benchmark Accuris Aspire Laboratory Aspirator

Benchmark Accuris Aspire Laboratory Aspirator

The Benchmark Accuris Aspire Laboratory Aspirator is the ideal choice for a wide range of laboratory aspirating applications, including removal of media from tissue culture vessels or plates, and supernatants. An ergonomic, hand-held controller is included and holds standard 200 to 300 uL disposable pipette tips.

The Benchmark Accuris Aspire Laboratory Aspirator is designed to incorporate a quiet, maintenance-free pump inside a sturdy, yet compact base, giving the user the best of both worlds. The vacuum pressure is fully adjustable, with a conveniently located pressure gauge that displays the vacuum level at all times for user convenience.

The polycarbonate collection bottle of the Benchmark Accuris Aspire Laboratory Aspirator incorporates a reliable overflow protection valve that closes off the tube to the vacuum in the event of a full bottle. In addition, the replaceable in-line filter protects the vacuum pump of the Benchmark Accuris Aspire Laboratory Aspirator from contaminants and any moisture that comes through the bottle. Graduations on the collection bottle of the Benchmark Accuris Aspire Laboratory Aspirator indicate the amount of fluid collected and when it’s ready to be emptied. The Handheld Vacuum Controller of the Benchmark Accuris Aspire Laboratory Aspirator has an ergonomic design that’s comfortable in the hand during prolonged use. Pressing the button applies the vacuum. The Benchmark Accuris Aspire Laboratory Aspirator accepts pasteur pipettes, serological pipettes, and also comes with 2 accessory pipette cones. One cone is designed to accommodate 200/300 uL pipette tips, the other has a thin, stainless steel capillary for fine control aspirating.

Benchmark Accuris Aspire Laboratory Aspirator features and benefits:

• The handheld controller, and adapters are made of POM (Polyoxymethylene), and fully autoclavable
• Compact Design
• Built-in Vacuum Pump
• Adjustable Vacuum Pressure
• Vacuum Gauge
• Safe and Precise Aspiration