1L Laboratory Waste Liquid Recycler, Bench Small Liquid Recycler Vacuum Aspirator, Liquid Collector Aspirator, 9-Speed Speed Control, with Aspiration Head/Holder, for Teaching Scientific

Features:1. Smooth operation2. Digital display knob3. 9 adjustable levels4. Multiple suction tips5. Liquid collection bottle and nozzle can withstand high temperature of 121℃.Specifications:Name: Liquid Recycler Vacuum AspiratorType: Negative pressure suctionControl mode: Digital display knob 9-speed adjustmentVacuuming rate: 6L/MinLiquid suction rate: 1.6L/MinUltimate vacuum degree: 0.06MpaLiquid suction bottle diameter: 93mmPower: 10WPackage Includes:1set * Liquid Recycler Vacuum Aspirator

• Efficient Bench Liquid Recycler Vacuum Aspirator: This 1L Laboratory Waste Liquid Recycler is designed to effectively absorb waste liquids from petri dishes using its specialized aspiration head and holder, ensuring complete removal of residual liquids after experiments.
• Stable Design with Protective Features: Equipped with non-slip foot pads, this liquid recycler vacuum aspirator stays firmly in place on smooth surfaces. Its integrated storage bracket keeps pipette tips organized, while a high-quality filter membrane prevents backflow, protecting your equipment during laboratory use.
• Precision 9-Speed Adjustable Control: Featuring a 9-speed adjustable suction rate ranging from 1.6L/min to 6L/min, this liquid recycler allows you to optimize the suction speed for delicate laboratory tasks, such as cell culture or nutrient replenishment.
• Easy-Clean Vacuum Aspirator System: The user-friendly design includes a sensitive liquid-level sensor that prevents overflow. Additionally, the detachable lid, tube, and handle make cleaning and maintenance straightforward, ensuring optimal performance of your laboratory equipment.
• Versatile Multi-Application Liquid Recycler: This bench small liquid recycler comes with multiple interchangeable adapters, including 8-channel suction heads for 96-well plates and 200ul heads for adherent cell workflows, allowing seamless transitions between single-to-8-channel use across various tubes, microplates, and disk plates.