to avoid interfering with interior cabinet components while fully overlaying the carcases (e.g., permitting the full-interior-cabinet-width dimensions for pull-out trays). Scissors-type articulating hinges support wide-angle non-interfering adjacent doors. Inset door face-frame cabinetry. A special, and unconventional, category of framed cabinets is represented by those with inset doors. An inset-mounted cabinet door is fitted to the frame in the same way as a typical room door is fitted to the doorway; such doors fit into a frame when closed. (Full-size doors do not simply cover the opening between rooms or at an entrance to a building.) Inset doors require more precise alignment of each door to the containing frame. Further, this alignment must be maintained with use. Upon opening or closing, inset doors are gently braked by the air cushion trapped between the door and frame. This desirable feature is one hallmark of high-quality inset door construction. Frameless or full-overlay face-frame construction can superficially resemble inset construction when doors are designed to fit closely within a cavity formed by surrounding doors, drawers, and/or an adjacent counter top. Cabinet doors Cabinet doors may feature a variety of materials such as wood, metal or glass. Wood may be solid wood ("breadboard" construction) or engineered wood or may be mixed (e.g. engineered wood panel in a solid wood frame) Frames. In the U.S. solid wood frame and panel construction, using either mortise and tenon or cope and stick jointed frames, is traditional, with maple, cherry, oak, birch, and hickory among the most commonly used species. Mortise-and-tenon frames, with their greater strength and permanence, are more costly to produce and less commonly used as compared to cope-and-stick frames. As an alternative, miter joint frames, which may be identifiable by face-surface relief that follows continuously around the frame, have become popular. Miter-jointed frames typically employ embedded metal fasteners to secure frames elements (stiles and rails) cut at a 45° angle. Captured within frames, panels may be either solid or veneered engineered wood (either particle board or medium density fiberboard). Laminates, including those designed to resemble hardwood, can typically be identified by a more rounded appearance associated with the minimum bending radii necessarily entailed by the manufacturing process of applying laminate to an underlying substrate. By comparison, solid surfaces, and solid hardwoods in particular, can be milled with more sharply defined corners, edges, or grooves on either a panel or frame. Panels. Panels used in frame-and-panel kitchen