Compare real band routes, segment architecture and density through 13 original UNIBEAUTY product photographs. No generated lashes, no rebuilt backgrounds and no altered product shapes.
ORIGINAL PRODUCT PHOTOGRAPH · NO IMAGE RECONSTRUCTION
PRODUCT EVIDENCE13 original photographs
BAND ROUTESBlack · clear · linked
STYLE ROUTESNatural · wispy · dense
DEVELOPMENTOEM · ODM programs
CONSTRUCTION ROUTES
Start with the band and segment structure.
These are physical-product photographs, kept intact. Use them to compare the base construction before confirming curl, length, density, color and retail format.
01
Linked / Thread Band
Connected fibers create a visibly linked base route for buyers comparing construction and pickup behaviour.
02
Transparent Band
Clear-base segments keep the band route visible without digitally rebuilding or hiding the original product.
03
Black Band
A defined black base route for programs that prioritize a visible lash line and controlled segment pickup.
04
Dense Sandwich Structure
A fuller layered construction shown from the physical sample for density, direction and root comparison.
PHYSICAL PRODUCT LIBRARY
Compare real styles without digital reconstruction.
Every frame below is one of your supplied original files. The page changes only the display size and spacing; the product, background and pixels remain unchanged.
05LSJ linked-band structure
06XA-C14 tapered structure
07GFH black-band detail
08GB texture route
09GA black-band route
10GFH composition
11LSYW linked-band route
12LDF02 assortment
PROCUREMENT PROGRAMS
Build the retail system after the structure is approved.
Separate the physical lash decision from packaging and program configuration. Each route opens into its own sample, specification and customization workflow.
01 · Everyday segment structures
Core Cluster Lashes
Natural, wispy and fuller clusters are developed from verified physical samples, with band construction and fiber direction visible before sampling.
Wispy, spiked and dense routes are presented through original physical product photography, keeping the actual fiber architecture and band construction visible.