See how segmented ribbon bars with magnetic connectors and tongue-and-groove interfaces enable
See how male-female twist-lock connectors with flanges and grooves enable rapid trophy assembly
Aligning the image center with a circular brushed substrate creates a light-responsive aura effect without static printed radial lines.
Aligning the print image center with a circular brushed surface creates a dynamic light-radiation effect without static radial lines.
Evenly spaced upper and lower teeth guide badge and medal placement on uniforms, improving spacing accuracy and placement speed.
A fixed die set limits button products to one size; replaceable upper and lower dies enable one device to produce multiple sizes.
Tapered jump-ring cross-sections create point contact, letting a pierced earring’s decorative element move on three axes without ring contact.
Hot isostatic pressing forms reliefs up to 125% of blank thickness while preserving mirror-finish flat surfaces on both sides.
This case uses a protruding contact member between stacked front members to preserve surface condition during storage.
First and second pressing portions progressively position the connected portion against a lower die for accurate button manufacturing.
A tethered display frame uses straps and fasteners to attach transparent sheets to apparel for personalized content.
A watch strap strand reinforcement uses a superelastic alloy connecting element to mechanically join fixing loops within a flexible envelope.
Arc-shaped bending units enable a swingable ornament unit to tilt gemstones upward, resolving the trade-off between structural stability and decorative sparkle.
A removable template with alignment indicators positions military badges and ribbons on uniforms.
A removable template with alignment indicators positions military badges and ribbons accurately on uniforms.
Sunken inner cavity prevents rotation to maintain lateral artery alignment and accurate blood oxygen saturation readings.
Segmented magnetic layers allow frequent design changes without permanent stitching, preventing magnet detachment while ensuring safety.