Other

Warsaw Orthopedic, Inc.

Inrad, Inc.

Michael Johnson

Steven E Field

Mark Vander Veen

Aashiish Agnihotri

Daniel Grabowski

Brian Randall Mulder

Joseph Saladino

Steve Haeske

Todd Ireland

Stephen Frederick Peters

Peter T LaDuke

William M Booth, Iii

Jeffrey M Gross

Jon Moroney

A movable table assembly comprising a base portion and a table support each having angular connecting nub with an interior cavity to enable fastening inline with a support leg. The preferred assembly utilizes a base portion, a support leg, a table support, and a table. The base portion and table support being generally planar and having a first side and second side defined by an edge around a perimeter. The support leg coupled between the base portion and table support to generally provide a movable work surface, wherein the table and base portion are generally positioned parallel to a ground surface despite the angular connection.

Movable table with angled leg and assembly of the same

A floating tabletop leg cap configured for movable receipt onto the connecting portion of supporting member for positioning adjacent to an end portion of a table leg receiving the connecting portion. The floating tabletop leg cap including a resilient member affixed in a coupling between the supporting member and floating tabletop leg cap. Preferably, the resilient member is a compression spring configured to bias in a direction along a length of the table leg.

Floating table leg cap

A piston configured to be received within a syringe is disclosed. The piston includes a valve body defining a proximal end and a distal end, a filter disposed within the proximal end of the valve body, and a valve disk disposed within the distal end of the valve body. As the piston is advanced through the syringe, the valve disk is configured to provide fluid flow through the valve body.

Piston for material delivery system

A core biopsy device comprises a cutting cannula provided at a distal end with a helical excising blade. The cutting cannula can be rotated within a tissue mass so that the helical excising blade can excise a biopsy sample from the surrounding tissue.

Core biopsy device

An injectable material delivery device is disclosed and can include a barrel that can have an internal chamber. A plunger can be at least partially disposed within the internal chamber of the barrel. Further, a collapsible mixing blade can be disposed within the internal chamber.

Injectable material delivery device with an integrated mixer

A core biopsy device comprises an outer cutting cannula in telescoping register with an inner spoon cannula. The outer cutting cannula is provided at a distal end with an arcuate excising blade that is biased radially inwardly to extend beyond the longitudinal axis of the cannula. The inner spoon cannula terminates at a distal end in an arcuate wall to form a biopsy sample spoon for supporting a biopsy sample thereon. The outer cutting cannula can be rotated relative to the inner spoon cannula so that the excising blade can excise the biopsy sample from the surrounding tissue. After removal of the core biopsy device from the tissue, the outer cutting cannula can be retracted away from the inner spoon cannula to reveal the biopsy sample and enable the sample to be removed from the biopsy device in a relatively undisturbed condition.

Growing community of inventors

West Olive, MI, United States of America

Michael Johnson