referring to the drawings and , in particular , fig1 and 2 , there is shown a tampon applicator apparatus generally represented by reference numeral 10 . apparatus 10 has a generally circular configuration with mandrel die 20 positioned at its center . preferably , mandrel die 20 has a body 25 that is generally cylindrical in shape . the body 25 has a cylindrical hollow center portion 21 that extends along the central longitudinal axis of the mandrel die , and several radially extending spokes 23 . mandrel die 20 with two or more webs or spokes 23 , two or more punch slides 40 aligned with and positioned along several spokes of the mandrel die , and one or more perforation or score slides 70 aligned with and positioned on other spokes of the mandrel die . the apparatus 10 has double acting air cylinders 95 that actuate connection elements 96 that are operatively connected to punch slides 40 and score slides 70 . air cylinders 95 have air lines 97 , each actuating punch slides 40 and perforation or score slides 70 toward inward or outward directions . although punch slides 40 and score slides 70 are preferably actuated by air cylinders 95 and air lines 97 , actuation can also be achieved by using cams , electrical means such as an electric motor , or any other suitable actuation means . apparatus 10 may have a base frame 15 on which mandrel die 20 , connection elements 96 and air cylinders 95 are mounted for positional movement . base frame 15 is preferably a metal board . referring to fig3 , body 25 has a lower portion 28 , an upper portion 29 and a step 50 that connects the lower to the upper portion . referring to fig1 and 2 , each spoke 23 has an upper surface 24 with a slide channel 26 therein . preferably , the number of spokes 23 is six to sixteen . more preferably , the number of spokes 23 is twelve . in the discussion that follows , the term “ proximal ,” will refer to the portion of the structure that is closer to mandrel die 20 . the term “ distal ” will refer to the portion that is further from mandrel die 20 . as shown in fig1 through 3 , some spokes 23 have connected thereto , preferably removably , punch slides 40 , while all or some of the remaining spokes have connected thereto , preferably removably , perforation or score slides 70 . the punch slides 40 and score slides 70 are arranged also in a radial configuration on spokes 23 of mandrel die 20 . the arrangement and number of punch slides 40 correspond to the position and number , respectively , of petals desired in the ejection end of a tampon applicator or applicator blank 100 , shown in fig3 . the number of score slides 70 correspond to the number of separate score lines on the base of the petals in applicator 100 . it should be understood that there can be as little as one score line per petal in the tampon applicator and , thus , just one score slide 70 would be needed for each petal . in a more preferred embodiment , there is a score slide 70 placed on each spoke 23 that does not have a punch slide 40 since the greater the number of perforations or score lines , the less force needed to move the formed petals during the tampon ejection process . as shown in the preferred embodiment of fig1 and 2 , punch slides 40 and score slides 70 are on alternating spokes 23 of mandrel die 20 . thus , each score slide 70 has a corresponding punch slide 40 positioned on the other spoke 23 of mandrel die 20 on the same longitudinal axis . it should be understood that two or more score edges 80 could be on a single score tool 78 to form two circumferentially parallel score lines within the base of the petal in tampon applicator 100 . as shown in fig2 and 3 , each punch slide 40 has a punch tool 30 . preferably , punch slide 40 is elongated . each punch slide 40 is secured to a separate spoke 23 . each punch tool 30 is connected , preferably removably , to its respective punch slide 40 , by any conventional fastener . each punch slide 40 can be located in respective slide channel 26 in spoke 23 . each slide channel 26 extends from the distal end of a punch slide 40 , to the mandrel die 20 . the channel 26 provides for sliding movement of punch slide 40 . the distal end of each punch slide 40 is connected to air cylinder connection elements 96 to provide conventional power to move the punch arm in sliding movement in slide channel 26 . referring to fig3 and 4 , each punch tool 30 is generally the contour of a petal and has an exterior face 31 that has the contour of a petal in the tampon applicator blank 100 . as shown in fig7 , punch tool 30 is slightly offset from punch slide 40 so that face 31 projects beyond the body of the punch tool , thereby permitting the face to punch its shape into tampon applicator or applicator blank 100 to separate the cardboard . tampon applicator 100 then has a separation or space 104 that matches face 31 and thus forms an edge of two adjacent petals 106 . referring to fig3 and 5 , each score slide 70 has a score tool 78 . preferably , score slide 70 is elongated . the distal end of each score tool 78 is connected , preferably removably , by any conventional fastener , to the proximal end of each score slide 70 . each score slide 70 can slidingly move in its channel 26 in spoke 23 in the direction defined by its longitudinal axis . similar to each punch slide 40 , the distal end of each score slide 40 is connected by air cylinder connection elements 96 , double acting air cylinder 95 and air lines 97 to an air supply to permit movement of the score slide 70 in channel 26 of its respective spoke 23 . each score tool 78 has a contoured proximal surface 79 that is configured to engage applicator blank 100 . each proximal surface 79 has a protruding generally contour - shaped perforating or score edge 80 that is configured to radially engage the outside surface of the tampon applicator blank 100 . referring to fig6 to 8 , tampon applicator apparatus 10 includes a vacuum device , such as a tube 90 . in a preferred embodiment shown in fig3 , the proximal end of vacuum tube 90 is connected to the bottom end of mandrel die 20 , through an opening in base frame 15 . the proximal end of vacuum tube 90 fits over a bottom opening in mandrel die 20 . preferably , the distal end of vacuum tube 90 is connected to a vacuum generator device and a receptacle . in using tampon applicator apparatus 10 , tampon applicator blank 100 is positioned about cylindrical hollow central portion 21 of mandrel die 20 as shown in fig3 . the diameter of tampon applicator or applicator blank 100 is similar to the diameter of upper portion 29 of body 25 of mandrel die 20 , while still allowing the tampon applicator blank to fit about the upper surface of the upper portion . as shown in fig3 , tampon applicator blank 100 is placed about upper portion 29 of body 25 of mandrel die 20 with the blank &# 39 ; s proximal lip resting on step 50 of mandrel die 20 . step 50 has a width close to the paper thickness of tampon applicator blank 100 that allows for an end of applicator blank 100 to rest on step 50 . after tampon applicator blank 100 is positioned onto mandrel die 20 , tampon applicator apparatus 10 is activated . activation of tampon applicator apparatus 10 results initially in clamping and perforation of tampon applicator blank 100 . as shown in fig7 , score slides 70 are actuated and all slide about simultaneously towards the upper portion 29 of body 25 of mandrel die 20 . all score tools 78 simultaneously , or approximately simultaneously , strike tampon applicator blank 100 radially . each score tool 78 produces a separate score line 110 in the cardboard at the location of impact . preferably , six perforated score lines 110 are created . at the same time , score slides 70 clamp tampon applicator blank 100 , as shown in fig7 . as shown in fig8 , after a slight delay in timing after perforating or scoring and clamping action , punch slides 40 are actuated . while the clamp is sustained , all punch slides 40 slide simultaneously , or approximately simultaneously , towards the upper portion 29 of body 25 of mandrel die 20 . each punch tool 30 simultaneously , or approximately simultaneously , strikes tampon applicator blank 100 radially so that each exterior face 31 of each punch tool 30 cuts through the cardboard of the tampon applicator blank to form space 104 and enters an aligned triangle shaped groove 27 in the upper portion 29 of body 25 of mandrel die 20 . exterior face 31 of punch tool 30 can mate with triangle shaped groove 27 on upper portion 29 , to make a clean punch or space 104 on the surface of applicator blank 100 . this action punches or cuts triangular space 104 in tampon applicator blank 100 that is in the shape of triangle shaped groove 27 behind it . preferably , six triangular shaped spaces with contoured sides 104 are simultaneously , or almost simultaneously , created . as shown in fig8 , the punched cardboard pieces 99 are pushed into the hollow tube of mandrel die 20 , and are suctioned away from tampon applicator apparatus 10 through vacuum tube 90 , as air is suctioned into mandrel die 20 through its top opening . punch tools 30 are withdrawn first , and then score tools 78 are withdrawn away from mandrel die 20 . as shown in fig3 , the base of each of the six triangular shaped holes in tampon applicator blank 100 is proximally located . these spaces 104 create six generally triangular petals 106 in the cardboard at the proximal end of tampon applicator blank 100 . each score line 110 was formed at the distal end base of each petal 106 as shown in fig3 . the tampon applicator blank 100 can subsequently undergo further processing to form petals 106 into a domed , tapered , or other shape , and to assemble the remaining components of the tampon . the present invention having been thus been described with particular reference to the preferred forms thereof , it will be obvious that various changes and modifications may be made therein without departing from the spirit and scope of the present invention as defined in the appended claims .