A glazing robot — also called a glass-lifting robot or glass manipulator — is a compact, self-propelled machine that grips a glass panel with a vacuum attachment, then drives, lifts, tilts, and rotates it into place. The CH 4 OMNI is a battery-electric, omni-directional version built for glaziers installing curtain wall, storefront, partitions, and other architectural glass in tight or finished spaces.

In its glass configuration, the CH 4 OMNI handles roughly 1,100 to 1,400 lb using a vacuum/suction-cup attachment, depending on pad setup. It offers about 27 ft of vertical reach and 16 ft of horizontal reach, so one operator can lift, position, and set large architectural lites, oversized IGUs, and curtain-wall units without a manual carrying crew.

Yes. The CH 4 OMNI is 36V battery-electric, so it runs zero-emission and quiet — suitable for indoor use, occupied or finished buildings, and sensitive floors. There's no engine exhaust to ventilate, which makes it practical for interior fit-outs, lobbies, atriums, and reglazing work where fuel-powered equipment isn't allowed.

Omni-directional (multi-directional) steering lets the machine crab or travel sideways while keeping the glass square to its opening, rotate about its own center for near-zero-radius turns, and drive conventionally. For glaziers, that means positioning a heavy pane precisely in a tight lobby, stairwell, or crowded floor plate where a machine that can only turn on a wide arc simply won't fit.

The 3-axis glass manipulator adds fine tilt, rotate, and reach control at the load. After the machine carries a pane to the opening, the operator dials in the exact angle and position — squaring a curtain-wall unit to the mullion, seating a balustrade panel in its base shoe, or setting a partition lite to the floor track — without wrestling the glass by hand.

Its compact footprint fits through standard doorways and works in confined interiors where full-size lifts and telehandlers can't go. Combined with omni-directional steering and near-zero-radius rotation, that lets a single operator bring the machine into a finished building, maneuver around furniture and columns, and place glass in rooms that were previously hand-carry only.

The CH 4 OMNI suits curtain wall and unitized facades, storefronts and entrances, oversized and jumbo architectural glass, insulated glass units (IGUs), skylights and atriums, interior glass partitions and office fronts, and glass railings, balustrades, and floors. It also handles reglazing and replacement work, plus facade glazing on data-center and other mission-critical projects.

A vacuum lifter grips the face of the glass and spreads the load across the pad area rather than clamping the edges, which helps avoid the edge stress that can crack tempered or laminated panels. That flat-face hold also releases in a controlled way, letting the operator set large, heavy lites and thick IGUs with steady, repeatable placement.

Manual glass handling drives strains, sprains, and cuts, and glass and glazing contractors report injury rates above the building-construction average. Letting the machine carry, lift, and place the pane removes the heavy manual lift and the sudden weight shifts that cause both worker injuries and dropped, broken glass — protecting your crew and your material.

For interior, low-rise, and confined-space glazing, a compact glass-lifting robot often replaces a mobile or spider crane: it drives itself to the opening, needs no street setup or lane closure, and works inside finished buildings. For tall exterior facade lifts you may still need a crane, but the CH 4 OMNI covers the indoor and ground-level glass work cranes struggle to reach.