Set Construction at MCHS
From Mchs Theater
This article describes set construction basics at MCHS. The scene shop has a few wood working power tools (table saw, band saw, and chop saw), but no metal working capability to speak of. Wood and its variants are the major structural elements of MCHS sets. The scene shop was originally equipped with a dozen or so commercial quality cordless drills/screwdrivers. At the time, it seemed like an extravagance, since one could buy a dozen hammers for the cost of just one cordless drill. The benefits became soon became obvious:
- Set construction is less tiring, and since less upper body strength is needed (vs. hammer and nails), more people can participate
- Strike is much faster and easier, and there is less damage to the wood, enhancing reuse
- Screws are stronger than nails, so less of them are needed for equivalent strength.
Although there is certainly is a wide variety of structural materials used in MCHS sets, the majority fall into a handful of categories.
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[edit] Other materials
Smaller sizes of stick lumber are sometimes used for decorative items like fence pickets, props, etc. Occasionally, platforms will be covered with an additional layer of Masonite or MDF if an extra smooth surface is needed. Foam used to insulate homes makes a lightweight material for facades. EMT (thinwall steel tubing) is used to support lightweight materials such as signs or banners, while heavier 2" steel pipe is used for structural support. Fabrics such as muslin are used for backdrops, while thin sheets of Lexan have been used for on stage windows.
[edit] Properties of materials used in MCHS stagecraft
The choice of materials for each part of a set is the result of careful consideration of its characteristics, its advantages and drawbacks. For example, materials used in stagecraft at this level must be relatively cheap, easy to shape with conventional tools, and light enough for students to handle safely. They must not be require special handling, storage, or assembly procedures.
[edit] Wood
Wood is great material for stagecraft because it is light, strong, and can be easily cut and drilled with a wide variety of hand and power tools. Wood is substantially stronger along the "grain" than across. Wood, particularly pine, is easy to split along grain lines. Avoiding splits often requires that screw holes be predrilled. Select a drill that is roughly the same size as the shank of the screw. You should be able to hold the drill in front of the screw and see all of the threads showing behind the drill.
Plywood is made of many thin sheets of wood glued together with the grain in opposite directions. This makes plywood equally strong in both directions and less resistant to splitting. However, plywood does not hold screws as well as an equivalent thickness of solid wood.
Both Masonite and MDF are manufactured from wood fibers and do not have wood grain like plywood or luan. They also have a high content of a binder (glue) which dulls saw blades quickly. These manufactured materials are not very rigid or strong and require appropriate bracing.
[edit] Steel
Occasionally, MCHS crew will encounter steel in the form of thin plates used for bracing or pipes. Steel is strong, although it can be heavy in the larger sizes. Steel is tough to drill, requiring sharp drills designed for drilling metal and often lubricating oil to keep the drill bit cool. Cutting steel tubing or pipe often requires special tools and always requires patience.
[edit] Plastic Sheets
Plastic sheeting has been used to create the illusion of a glass window, or create places to shine lights through otherwise solid structural members. Both Lexan (polycarbonate) and acryclic plastic have been used. Acrylic is somewhat more likely to shatter when cut in a power saw, but both materials must be cut or drilled slowly and with caution.
[edit] Foam Insulation
Foam insulation typically comes in 4' x 8' sheets of 1/2" thickness. Insulation can easily be cut with a utility knife and if supported properly, on any of the power saws. As a structural material, foam insulation is weak and almost always must be braced or supported in some way. It is very useful in adding dimensionality without weight and can be directly hot glued (on low) to vertical surfaces. If screws or nails or used to hold insulation on a curved surface, washers may be needed to keep the fasteners from pulling through the foam. If the plastic sheet is peeled off, insulation takes paint fairly well.
