referring now to the drawings in detail , and particularly to fig1 there is shown a novel template punch - nibble machine 10 comprising a frame 12 on which an x - y base 14 is slidably disposed . the x - y base 14 may lockingly carry a master template 16 and a blank sheet of material 18 which is to be cut - out in a pattern of cut - outs 20 duplicative of that in the master template 16 and thereby produced as a new article of commerce . a fixed pivot arm 24 extends from an upper &# 34 ; c &# 34 ; shaped portion 26 of the frame 12 , over the central area of the master template 16 , which is movable therebeneath . the pilot arm 24 has a rotatable finger 30 vertically journalled at the distal end thereof , the finger 30 being matable with the periphery of any cut - out ( s ) 20 in the master template 16 . the blank sheet of material 18 may have an arrangement of alignment holes 32 therein , registertable with socket means therebeneath , on the x - y base 14 , a tapered pin 34 being matably registerable through the alignment holes 32 and their respective sockets , not shown , in the x - y base , to properly align the sheet of material 18 with the template 16 , and a nibbling mechanism 40 . the nibbling mechanism 40 is partially shown in fig1 wherein the sheet of material 18 is movably disposed thereat and is also shown in fig2 and 3 . the nibbling mechanism 40 comprises a reciprocably upwardly and downwardly movable upper die 48 secured to the lower end of an axially displaceable shaft 50 . the mid portion of the displaceable shaft 50 is journalled in a sleeve 52 attached to the distal end of the upper &# 34 ; c &# 34 ; shaped portion 26 of the frame 12 . the upper end of the displaceable shaft 50 is attached to a pivotable link 54 , at the top of the shaft , which itself is pivotably connected to a swingable arm 56 , which arm 56 is secured to a horizontally disposed shaft 60 , journalled in a pair of supports 62 arranged on the upper distal end of the upper &# 34 ; c &# 34 ; shaped portion 26 of the frame 12 . the nibbling mechanism 40 also comprises a lower portion , shown in fig2 and 3 having a punch empowering means 70 which may be a pressurizable piston or the like , attached to the frame 12 . a piston rod 72 extends upwardly from the empowering means 70 , and is connected to the lower end of a first lower shaft 74 which is journalled through an extension 75 of the frame 12 and is attached to a movable sub - frame 76 . an electric motor 80 is secured to the sub - frame 76 , and has an eccentric output shaft 82 to which a connecting rod 84 is attached . a punch shaft 86 is secured , at its lower end , to the connecting rod 84 , the punch shaft 86 being journalled in a sleeve assembly 90 which sleeve assembly 90 is secured to a portion of the frame 12 . the sleeve assembly 90 includes a threaded nut 92 which holds a lower die 94 to a threaded coupling 96 inside a housing 100 . the punch shaft 86 has an upper end 101 which is reciprocably disposable through an opening 102 in the lower die 94 and through an opening 104 in the upper die 48 . the lower and upper dies 94 and 48 each have orifii 106 on their sides to permit metal chips to escape during the nibbling operation . the upper end 101 of the punch shaft 86 has a concave uppermost surface 107 with sharp peripheral edges , as shown in fig2 and 3 . this permits a punching or cutting action therewith as the shaft 86 is initially pushed through the article of commerce being formed . inwardly along the shaft 86 from the concave surface 107 of the upper end 101 of shaft 86 , there is a shoulder section 108 providing a stepped reduction in diameter of the shaft 86 . this shoulder section 108 tapers inwardly to a thinner diameter of the shaft 86 a longitudinal distance therealong at least equal to the distance the eccentric bearing 84 oscillates the shaft 86 . the top surface of the lower die 94 is in supportive contact with the lower surface of the sheet of material 18 being punched and nibbled , which is sheet metal , in this embodiment . in operation of the machine 10 , the sheet of material 18 to be punched / nibbled is loaded onto the x - y base 14 . the distance between the finger 30 and the punch shaft 86 is the same as the distance between the alignment holes 32 on the surface securely supporting the master template 16 and the alignment holes 32 on the article of sheet material 18 being transformed into a pallet or new article of commerce . it is to be noted that the holes 32 could easily be notches at corresponding edges or the like . a knob 110 is disposed on the distal end of an arm 112 secured to the end of the horizontal shaft 60 to enable a machine operator to cause the link 54 and swingable arm 56 to straighten out and effectuate the displacement of the displaceable shaft 50 downwardly , to cause the lower surface of the upper die 48 to be disposed against the article 18 being manufactured , holding it securely , against the top surface of the lower die 94 while still permitting it to be moved transversely therebetween . proper actuation of the punch empowering means 70 effectuates longitudinal upward displacement of the piston rod 72 , pushing upwardly the first lower shaft 74 , the sub - frame 76 holding the motor 80 , and the punch shaft 86 , from a position shown in fig2 to the position of those components as shown in fig3 . simultanously with the actuation of the punch empowering means 70 , the motor 80 may be energized by proper means , not shown , to effectuate the cyclical reciprocation of the punch shaft 86 as it is advanced toward and through the article to punched / nibbled . this combined pushing by the empowering means 70 together with the drive by the motor 80 permits a smaller empowering means 70 to be utilized than would otherwise be required to punch through a piece of sheet material 18 typically metal , from which the article of commerce is being manufactured . upon punching through the sheet of material 18 , as shown in fig3 the motor 80 still effectuates reciprocating motion in the punch shaft 86 , while the empowering means 70 is held stationary at its full displacement position . the shoulder section 108 of the upper end 101 of the punch shaft 86 just clears the upper surface of the sheet of material 18 , and the sheet of material 18 may be moved , together with the entire x - y base 14 , preferably by hand , with the rotatable finger 30 following the contour of the cut - out ( s ) 20 in the template 16 . as the sharp , hardened shoulder section 108 is moved in its cycle downwardly , nibbles a &# 34 ; c &# 34 ; shaped piece of material from the sheet of material 18 as it is being moved between the dies 48 and 94 . the finger 30 is preferably of circular cross - section , of a diameter equal to the diameter of the punch shaft 86 at the smaller diameter adjacent the shoulder 108 . the finger 30 may be allowed to rotate as it is caused to trace the contours of the cut - out ( s ) 20 . the finger 30 may be of larger ( or smaller ) diameter than the nibbling portion of the punch shaft 86 , and if so , the corresponding portion ( s ) cut - out from the article of manufacture 18 would then be smaller ( or larger ) than the cut - out ( s ) 20 of the master template 16 by a dimension equal to the difference of their respective radii . thus there has been shown a novel manufacturing method utilizable in the shaping of an article of manufacture , wherein a single tool is used to both punch and nibble a flat sheet of material , the tool being driven by a combination of means permitting the minimization of the punch driving means , the overall cost of the equipment , and the time necessary to operate the machine . the article of manufacture described herein , may be made from a sheet of metal , plastic , a laminate or the like . though the invention is described in particular terms it is intended that the appended claims be interpreted as exemplary only , and not in a limiting sense .