A computer workstation lift and tilt assembly for providing a stable platform to raise, lower, and tilt various computing device. Here, the assembly can include a base, a first column, wherein the first column is secured to the base, and a second column. The assembly can further include a mount, wherein the mount is secured to a top region of the second column and configured to pivot relative to the second column, a first main slide having a first sub slide, and a second main slide having a second sub slide. Here, the first main slide can be secured to one side of the first column and the second main slide is secured to an opposing side of the first column, wherein the first sub slide is secured to one side of the second column and the second sub slide is secured to an opposing side of the second column, and wherein the second column is adapted slide relative to the first column.

A height adjustable device including a counterbalance mechanism configured to be affixed adjacent to a rear portion of a vertical support member, a worksurface configured to be affixed adjacent to a front portion of the vertical support member, and a mounting member configured to slidably couple the worksurface to the counterbalance mechanism; wherein a portion of the mounting member extends through an opening defined in the vertical support member.

A collapsible standing desk, including a first platform to receive at least one first item thereon, the first platform including a first section, and a second section movably disposed on at least a portion of the first section to move toward the first section in a first rotational direction, and away from the first section in a second rotational direction opposite with respect to the first rotational direction, a second platform connected to the first platform to receive at least one second item thereon, the second platform including another first section, and another second section movably disposed on at least a portion of the another first section to move toward the another first section in the first rotational direction, and away from the another first section in the second rotational direction opposite with respect to the first rotational direction, and a base connected to the first platform and the second platform to support the first platform and the second platform thereon while disposed on an external surface.

Apparatuses, tables, and method of making the apparatuses and tables are disclosed for stowing and expanding a desk device. An exemplary apparatus, in one embodiment, includes a frame, a first surface slidably received by the frame in a horizontal plane between and including a stowed position and an expanded position, and a second surface slidably received by the frame between and including a stowed position and an expanded position.

A height adjustable device including a counterbalance mechanism configured to be affixed adjacent to a rear portion of a vertical support member, a worksurface configured to be affixed adjacent to a front portion of the vertical support member, and a mounting member configured to slidably couple the worksurface to the counterbalance mechanism; wherein a portion of the mounting member extends through an opening defined in the vertical support member.

A table arrangement includes connection mechanisms for inter-connection of height adjustable tabletops so that the tabletops are independently moveable in a stable way. Embodiments of the table arrangement can be configured so that different height adjustable tabletops can be arranged to accommodate different users' preferences. Some embodiments of the table arrangement can utilize at least one cross-member connection mechanism connected to at least one column connection mechanisms 20.

A desk includes a base and a work surface assembly mounted on the base. The work surface assembly has a board and a leg having opposite ends connected to the board and the base. The leg has an inclined section and a straight section, and the board has a first end and a second end opposite to the first end. A distance between the first end of the board and the straight section of the leg is greater than that of between the second end of the board and the straight section of the leg. The boards of the work surface assemblies are arranged in a row or two rows of a matrix. Therefore, the work surface assemblies are combinative to be mounted on the base to have various layouts of the boards.

A universal mount platform for office and industrial modular workstations including embodiments of an N-side slot mount matrix. The N-side slot mount matrix also includes an N number of outer rails arranged in a N-sided polygon, where N is an integer, each of the outer rails having two outer rail ends, each of the two outer rail ends coupled to one of the outer rail ends of another one of the outer rails. The N-side slot mount matrix has an N number of inner rails, each of the inner rails having a first end coupled to one of the outer rails and a second fend coupled to another one of the inner rails. The N-side slot mount matrix has an N number of mount slots, each between one of the inner rails and an adjacent one of the outer rails.

A furniture composition comprises a first workstation having a first worktop adjustable in a vertical direction, a second workstation having a second worktop adjustable, independently of the first worktop, in the vertical direction, and a height-adjustable partition which extends in the vertical direction between the first and second workstation. A first support element is provided on the first worktop, by means of which the partition can be supported in the vertical direction, and a second support element on a second worktop, by means of which the partition can be supported in the vertical direction.

A Three-Dimensional Positioning and Holding Modular System for office and industrial work stations including embodiments of multi-rail beams and rail-arm-leg modules. The embodiments have tubes, bars, or channels arranged and connected in ways that provide improved ability to transmit torque along a long axis of the multi-rail beam while providing improved resistance to twisting under the forces of the torque.