Abstract: Provided in part herein are pipette tip rack assemblies having one or more of the following features: (i) having a plurality of pipette tip receptacle plates, each plate having an array of pipette tips, stacked upon one another supported by a rack base; (ii) each plate having one or more projections from the proximal or distal surface and, optionally, orifices that oppose the projections of the next plate in the stack, and (iii) the rack base having a proximal surface with one or more orifices or projections that oppose the projections or orifices of the plate in the stack. Also provided are methods of dispensing pipette tips from pipette tip rack assemblies and manufacturing pipette tip rack assembly components.

Abstract: Provided herein are pipette tip racks, and in particular, pipette tip rack plates that restrict lateral displacement of pipette tips loaded therein.

Abstract: Provided herein is a pipette tip tray that includes a base and a connected pipette tip receptacle plate, where the base includes a plurality of axially-disposed base ribs disposed on two or more internal wall surfaces, the pipette receptacle plate includes a plurality of plate ribs disposed on the distal surface of the plate, and a portion of at least a subset of the plate ribs is in contact with at least a portion of an end of at least a subset of the base ribs.

Abstract: Provided in part herein are static-defeating apparatus for use in multipipettor systems. Multiple pipette tips can be retained by a static-defeating sheet of material. A multipipettor, having multiple pipettes or nozzles, can engage the pipette tips retained by the sheet. After use, the multipipettor can eject the pipette tips, which sometimes are ejected as a single unit due to the pipette tips being retained by the sheet. In certain embodiments, an apparatus includes a snap plate having one or more holes, and a base rack for ease of mounting.

Abstract: Provided herein are pipette tips having a proximal region with grooves and panels configured to facilitate wall expansion or wall compression when a pipette tip is mounted onto and sealingly engages with an appropriately designed liquid dispensing device.

Abstract: Provided in part herein are multiple-tube devices that contain a region of reduced wall thickness, which devices facilitate biological fluid processing and analysis. Also provided in part herein are methods of manufacturing and using such devices.

Abstract: Disclosed here are pipette tips useful for acquiring or dispelling liquids, and include one or more design that may increase fluid delivery precision and/or accuracy, and may reduce certain repetitive motions.

Abstract: Disclosed here are pipetting system devices useful for acquiring or dispelling liquids from an automated fluid dispensing device.

Abstract: Provided herein is a single-walled pipette tip rack comprising buttresses for use in automated systems, in some embodiments. Also provided herein is a partial single-walled pipette tip rack comprising posts.

Abstract: Provided in part herein are static-defeating apparatus for use in multipipettor systems. Multiple pipette tips can be retained by a static-defeating sheet of material. A multipipettor, having multiple pipettes or nozzles, can engage the pipette tips retained by the sheet. After use, the multipipettor can eject the pipette tips, which sometimes are ejected as a single unit due to the pipette tips being retained by the sheet. In certain embodiments, an apparatus includes a snap plate having one or more holes, and a base rack for ease of mounting.

Abstract: Disclosed herein are fluid handling devices that include integrated card and pipette tip devices, for use with multichannel liquid dispensing devices.

Abstract: Provided in part herein are multiple-tube devices that contain a region of reduced wall thickness, which devices facilitate biological fluid processing and analysis. Also provided in part herein are methods of manufacturing and using such devices.