A raised lid profile with nose clearance and a drink-through opening improves drinking comfort while limiting spills and allowing condiment addition.
A one-way clutch conveyor prepositions printed media on the front member, cutting manual film placement and speeding button crimping.
A detachable conveyor aligned with cassette pullout gives one-side access for media loading and maintenance, reducing downtime in button making.
One-way clutch rollers automate printed media placement onto button parts, cutting manual film handling and shortening fabrication time.
A removable cassette and conveying unit align in one pull-out direction, simplifying refilling, detachment, and button production workflow.
Automatic printing-medium conveyance and positioning replaces manual film placement in button assembly, improving throughput and reducing labor.
Automated conveying and die alignment replace imprecise manual film placement to improve button assembly accuracy and product quality.
Segmenting the printing medium into connected and remaining portions improves transparent film positioning during button crimping.
A roller-based conveyance path bends and positions printed media with attached film, removing manual placement in button making.
Automated transport and die alignment place printed film over the button front member accurately, avoiding manual positioning errors.
An integral undercut knob in the container wall enables releasable attachment without penetration points, improving sterility and cleaning.
An integral mushroom-shaped knob with an external undercut secures sterile container attachments without wall penetration, extra parts, or hard-to-clean joints.
An inorganic nucleation agent helps recycled PA6 mold smoothly without sticking while delivering the tensile strength needed for mono-material apparel accessories.
An inorganic nucleation agent raises recycled PA6 crystallinity to prevent mold sticking and deliver accessory-grade tensile strength.
Vertical stacking places the die unit above the printing unit, reducing the button fabrication device’s installation footprint.