The present disclosure relates to support members for brassieres and other clothing. The support member may be manufactured by additive manufacturing, subtractive manufacturing methods, and injection molding, among others. The support member may include a thickness gradient devised to support a breast. The support member may be customized to the anatomy of a particular user. The support member may include one or more biometric sensors.

A system for making a garment includes a molding body configured to exhibit different heat profiles when contacting a continuous piece of fabric. The different heat profiles cause asymmetrical and/or non-eccentric deformations of the continuous piece of fabric.

A garment, e.g. a bra, for sport related activities made of a single layer knitted seamless fabric. The garment is a circular knitted tube, with defined front and back sides. The garment has molded cup portions formed in the garment front to fit over a wearer's breast. The cup portions formed by molding application that shapes the cup portion to accommodate a wearers' breast. Reinforcing tapes bond to the inner surface of the garment front to support the breast at one or more portions. The reinforcing tapes bonded to one or more of an upper part of the cup portion, above the cup portion, below the cup portion, lateral to the cup portion or any combination thereof. The reinforcing tapes have lower elasticity than fabric they are bonded to. The reinforcing tapes are typically bonded by an adhesive to the fabric, i.e. the reinforcing tapes being single-sided adhesive films.

Disclosed herein are flocked shapewear garments. The flocked shapewear garments comprise a fabric, an elastomeric coating, and flocking fibers embedded in the elastomeric coating.

Disclosed herein are flocked shapewear garments. The flocked shapewear garments comprise a fabric, an elastomeric coating, and flocking fibers embedded in the elastomeric coating.

A breast supporting garment and a method for producing it, the garment having at least one layer made of a fabric comprises a breast receiving portion bounded by a frame portion disposed at least partially below the breast receiving portion. The frame portion comprises a fabric reinforcing element in the form of a coating made of a material having, when in a liquid state during a coating process, a viscosity which is high enough for the material to stay contained within an area of the fabric, to which the material is applied, and low enough for the material to have the capability to penetrate the fabric to a part of the thickness of the fabric, at least in a portion of the area. The material, when solidified, has a lower elasticity than that of the fabric.

A breast supporting garment and a method for producing it, the garment having at least one layer made of a fabric comprises a breast receiving portion bounded by a frame portion disposed at least partially below the breast receiving portion. The frame portion comprises a fabric reinforcing element in the form of a coating made of a material having, when in a liquid state during a coating process, a viscosity which is high enough for the material to stay contained within an area of the fabric, to which the material is applied, and low enough for the material to have the capability to penetrate the fabric to a part of the thickness of the fabric, at least in a portion of the area. The material, when solidified, has a lower elasticity than that of the fabric.

A method for manufacturing a core-material-containing garment, the method includes: a feeding step of feeding fabric (2) in a wound state onto a conveyor table (1) without relaxing or substantially relaxing the fabric (2); a core material application step of applying a reactive hot-melt adhesive to the fabric (2) on the conveyor table (1) to form a core material (12); an adhesive application step of applying a bonding hot-melt adhesive (13) configured to bond the fabric (2); and a drying step of drying the applied bonding hot-melt adhesive (13), and in the core material application step, the reactive hot-melt adhesive is mixed with nitrogen gas and foamed, and the reactive hot-melt adhesive is applied using an application device provided with a resin discharge unit that is movable in at least two axial directions of vertical and horizontal directions.

A method for manufacturing a core-material-containing garment, the method includes: a feeding step of feeding fabric (2) in a wound state onto a conveyor table (1) without relaxing or substantially relaxing the fabric (2); a core material application step of applying a reactive hot-melt adhesive to the fabric (2) on the conveyor table (1) to form a core material (12); an adhesive application step of applying a bonding hot-melt adhesive (13) configured to bond the fabric (2); and a drying step of drying the applied bonding hot-melt adhesive (13), and in the core material application step, the reactive hot-melt adhesive is mixed with nitrogen gas and foamed, and the reactive hot-melt adhesive is applied using an application device provided with a resin discharge unit that is movable in at least two axial directions of vertical and horizontal directions.

Designing garments that include brassiere cups can be challenging due to the natural fluctuation of a woman's breast size, as well as a possible disconnect between the size of her breasts and the size of the rest of her body. The high range of size variability places pressure on stores to stock inventories that include great ranges of sizes. This places an inventory risk to the store, since rarer sizes may never sell. The disclosed garment addresses these issues by including a fit-adjustable brassiere portion. The cups of the fit-adjustable brassiere portion include fit-modifying panels that increase their flexibility and elasticity. The rear side of the fit-adjustable brassiere portion includes a back adjuster with highly elastic regions that enables the brassiere portion to fit a broader range of chest sizes. Each of these features give the garment a more universal fit and enable stores to carry fewer sizes.