an improved rolling pin is disclosed . fig1 is a side elevational view of a rolling pin 10 in the preferred embodiment of the present invention . the rolling pin includes a cylindrically - shaped main body 12 with opposing ends 14 and 16 . upon each end is a ball - shaped handle 18 . between each handle and the main body is a tapered portion 20 . the entire rolling pin 10 is constructed of a metallic substance . in the preferred embodiment , the material is aluminum . however , the rolling pin may be constructed of any rigid material , such as stainless steel or a composite material . preferably , the rolling pin is solid , thereby providing a heavier rolling pin than conventional rolling pins . fig2 is a side end view of the rolling pin 10 of fig1 . the handles are sized to comfortably fit within the palms of the user . the handles include a ball 30 having a diameter of approximately one inch . the main body has a slightly larger diameter of approximately 1 and 1 / 4 inches . in addition , the length of the entire rolling pin is approximately 18 inches . the total weight of the rolling pin is between 2 and 3 pounds . it should be understood that the dimensions and weight of the rolling pin may be different than the preferred embodiment , while still remaining in the scope of the present invention . in the preferred embodiment , the rolling pin is of a unitary constructed and is manufactured from a single shaft of aluminum or other metallic substance . the shaft is then lathed to the shape of the improved rolling pin 10 . fig3 is a front perspective view of the rolling pin 10 being rolled by the hands 42 of a user in the preferred embodiment of the present invention . the user preferably places the palms of his hands 42 on top of the ball - shaped handles 18 . the handles are rolled upon the palms , thereby moving the rolling pin . it should be noted , that unlike existing rolling pins , the handles are fixed to the main body , thus providing a unitary structure . the rolling of the rolling pin is accomplished by rolling the handles upon the palms of hands of the user . in addition , the ball - shaped handles prevent the hands of the user from falling off the rolling pin handles . fig4 is a side elevational view of a rolling pin 50 in a first alternate embodiment of the present invention . the rolling pin 50 may include a main body 52 with ends 54 and 56 , without the addition of any handles . fig5 is a side elevational view of a rolling pin 60 in a second alternate embodiment of the present invention . the rolling pin 60 may include a main body 62 and ends 64 and 66 . the ends may include capped handles 68 . the capped handles are similar to ends found on the end of a baseball bat . both the rolling pins 50 and 60 are made of a solid metallic substance . as discussed above , the rolling pin is preferably constructed of an aluminum material . the main body is preferably a solid material without any hollow portions , thus adding weight to the rolling pin . since the rolling pin is constructed of a metallic substance , a powder coating may be applied to the rolling pin . preferably , the powder coating process is a federal drug administration ( fda ) approved process . thus the powder coating is acceptable for application to a food article . in addition , the powder coating allows the application of distinct metallic and non - metallic colors which enhances the aesthetics of the rolling pin . in an alternate embodiment , the material coating the rolling pin may be subjected to a coloring process , such as an anodizing process . with reference to fig1 - 3 , the operation of the rolling pin 10 will now be discussed . the rolling pin , as desired by the user , may be stored in a refrigerated area , such as a refrigerator . cooling of the surface of the rolling pin provides a cooled surface area which may be helpful in the rolling process upon the food article . for example , there are many pastry does which must be rolled while the dough is still cold . once the dough is removed from a refrigerated area , application of a conventional rolling pin caused the dough to warm . once the dough is warmed up , the dough is difficult to roll without chilling the dough again . however , by utilizing a chilled rolling pin , the dough remains cool for a longer period of time . when desired , a food article is laid on a flat surface . the rolling pin is positioned above the food article . the rolling pin is grasped by positioning the user &# 39 ; s hands upon the ends 14 and 16 . the palms of the user &# 39 ; s hands are preferably positioned upon the ball portion of the handles . the remaining portion of each hand rests over the ends of rolling pin and the taped portions 20 of the rolling pin . the rolling pin is then rolled by rolling the balls upon the hands of the user . the present invention provides many advantages over existing rolling pins . the rolling pin 10 enables the application of color to the surface of the rolling pin , which was not feasible with rolling pins constructed of wood . the powder coating provides a very distinctive and unusual appearance to the rolling pin 10 . in addition , the rolling pin 10 is constructed of a metallic substance suitable for retaining a cool temperature . by cooling the surface of the rolling pin 10 , the food article is easier , in many cases ( e . g ., butter - based dough ), to roll . additionally , the rolling pin 10 is sized , contoured and weighed for optimal handling of the rolling pin and use in rolling a food article . it is thus believed that the operation and construction of the present invention will be apparent from the foregoing description . while the apparatus shown and described has been characterized as being preferred , it will be readily apparent that various changes and modifications could be made therein without departing from the scope of the invention as defined in the following claims .
an improved rolling pin constructed of a solid metallic substance is disclosed . the rolling pin is preferably constructed of an aluminum substance . the rolling pin includes a main body having a solid shaft that tapers to two opposing ends . each end includes a ball shaped handle . the rolling pin may then be powder coated to provide a unique metallic coating . the rolling pin is contoured and weighted to provide outstanding controlling characteristics .