See also Occupations and Professions.——ABF
WEAVING (אָרַג, H755; related words: עֵ֫רֶב, H6849, “woof” or “weft,” from a word meaning to mix; שְׁתִי, H9274, “warp,” cf.
It is impossible to determine when man first learned the art of weaving, for its origin lies far back in prehistory. In Paleolithic times, 20,000 to 40,000 years ago, man was already skilled in matting and basketry, the forerunners of weaving. It must have been in Neolithic times that the loom and spinning devices were invented; weaving was quite common by the time of the Bronze Age.
The oldest known paintings of looms and weavers come from Egypt about 2000 b.c. where weaving was already a highly developed craft; in Egypt the weavers were usually men. The tomb at Beni-Hassan of a government servant shows people dressed in clothes that were woven or embroidered with bright colors.
Various materials were used, depending on their availability and the geographical location. Neolithic villagers in the Faiyum grew flax in order to make linen from it. Cotton was grown in the Indus Valley civilization before 2500 b.c. Wool, silk, and goats hair were also commonly used. Families wove all their own textiles, from coarse tent cloth to warm woolen garments for the family. Cloth that would compare favorably with today’s best grades of muslin have been found among Egyp. mummy wrappings. A Babylonian ruler of c. 2320 b.c. had a factory for weaving materials.
Long before the arrival of the Hebrews, the Canaanites wove and dyed their own fabrics. The description of the curtains woven for the Tabernacle (
The basic structure of looms has not altered in 5,000 years. The first looms were simple; they were made of a pair of sturdy upright beams secured to the floor and united at the top with a crossbeam. Long thread was loosely guided from top to bottom over the crossbeam. In order to hold the yarn taut, small bunches of it were weighted with stones or other heavy objects (this type appears on Gr. vases, c. 600 b.c.). Three kinds of looms were commonly used in Biblical times: the Gr. vertical two-beamed loom (just described); the Egyp. vertical which required two weavers standing on either side of the loom to pass the shuttle back and forth through alternating sheds as they beat the weft down; and the horizontal groundloom, a type commonly used by nomadic peoples even today. The latter type was made of two beams held in place by four pegs driven into the ground. The weaver sat in front of the loom. The spacing of the warp threads on the loom governed largely the texture of the fabric to be woven. The tension had to be uniform or else the fabric would be uneven.
The shaft of Goliath’s spear was compared with a weaver’s beam (
L. Blumenau, The Art and Craft of Hand Weaving (1955); R. J. Forbes, Studies in Ancient Technology, IV (1956); M. du Buit, Biblical Archaeology (1960), 82; K. Kenyon, Archaeology in the Holy Land (1960), 273, 293; J. Gray, Archaeology and theWorld (1962), 17, 173; M. Noth, The Old Testament World (1966), 165.
International Standard Bible Encyclopedia (1915)
we’-ving: Although weaving was one of the most important and best developed of the crafts of Bible times, yet we have but few Biblical references to enlighten us as to the processes used in those early days. A knowledge of the technique of weaving is necessary, however, if we are to understand some of the Biblical incidents. The principle of weaving in all ages is illustrated by the process of darning. The hole to be darned is laid over with parallel threads which correspond to the "warp" (shethi) of a woven fabric. Then, by means of a darning needle which takes the place of the shuttle in the loom, other threads are interlaced back and forth at right angles to the first set of strands. This second set corresponds to the woof (`erebh) or weft of woven cloth. The result is a web of threads across the hole. If the warp threads, instead of being attached to the edges of a fabric, are fastened to two beams which can be stretched either on a frame or on the ground, and the woof is interlaced exactly as in darning, the result will be a web of cloth. The process is then called weaving (’aragh), and the apparatus a loom. The most up-to-date loom of our modern mills differs from the above only in the devices for accelerating the process. The first of these improvements dates back some 5,000 years to the early Egyptians, who discovered what is technically known as shedding, i.e. dividing the warp into two sets of threads, every other thread being lifted so that the woof can run between, as is shown in the diagram of the Arabic loom.of considerable means (
The looms are still commonly used among the Bedouins. Supppose only eight threads are used for an illustration. In reality the eight strands are made by passing one continuous thread back and forth between the two poles which are held apart by stakes driven into the ground. The even strands run through loops of string attached to a rod, and from there under a beam to the pole. By placing the ends upon stones, or by suspending it on loops, the even threads are raised above the odd threads, thus forming a shed through which the weft can be passed. The separating of odds and evens is assisted by a flat board of wedge-shaped cross-section, which is turned at right angles to the odd threads. After the shuttle has been passed across, this same stick is used to beat up the weft.
The threads are removed from the stones or loops, and allowed to lie loosely on the warp; it is pulled forward toward the weaver and raised on the stones in the position previously occupied by it. The flat spreader is passed through the new shed in which the odd threads are now above and the even threads below. The weft is run through and is beaten into place with the thin edge of it. The shuttle commonly used is a straight tree branch on which the thread is loosely wound "kite-string" fashion.
The loom used by Delilah was no doubt like the one described above (
The counterpart of the Bedouin loom is shown on the ancient tombs at Beni Chasan (see EB, 5279, or Wilkinson, I, 317). As Dr. Kennedy points out, the artist of that ancient picture has unwittingly reversed the order of the beams. The shedding beam, of the two, should be nearer the weaver. At what period the crude shedding device described above was replaced by a double set of loops worked by pedals is unknown. Some writers believe that the Jews were acquainted with it. The "flying shuttle" of the modern loom is probably a comparatively recent invention.
The products of the Bedouin looms are coarse in texture. Such passages as
Two other forms of looms have been used for weaving, in both of which the warp is upright. In one type the strands of the warp, singly or in bundles, are suspended from a beam and held taut by numerous small weights made of stones or pottery. Dr. Bliss found at Tel el-Chesy collections of weights, sometimes 60 or more together, individual examples of which showed marks where cords had been attached to them. These he assumed were weavers’ weights (see A Mound of Many Cities). In this form the weaving was necessarily from top to bottom.
The second type of upright loom is still used in some parts of Syria, especially for weaving coarse goat’s hair cloth. In this form the warp is attached to the lower beam and passes vertically upward over another beam and thence to a wall where it is gathered in a rope and tied to a peg, or it is held taut by heavy stone weights. The manipulation is much the same as in the primitive loom, except that the weft is beaten up with an iron comb. The web is wound up on the lower beam as it is woven (compare
Patterns are woven into the web
(1) by making the warp threads of different colors,
(2) by alternating colors in the weft,
(3) by a combination of (1) and (2); this produces checked work (shibbets,
(4) by running special weft threads through only a portion of the warp. This requires much skill and is probably the kind of weaving referred to in
(5) when metals are to be woven, they are rolled thin, cut into narrow strips, wound in spirals about threads of cotton or linen (compare
Goliath’s spear was compared in thickness to that of the weaver’s beam, i.e. 2 inches to 2 1/2 inches in diameter (
For a very full discussion of the terms employed see A. R. S. Kennedy in EB, IV, 5276-90.
James A. Patch