Premium beauty brands like Lancome set strict standards for outer shipping cartons: neat easy‑tear zipper placement, stable bonding strength and zero scratch defects on printed kraft surfaces. Keqi U‑Type Tape Application Platform delivers fully automated inline taping for cosmetic corrugated boxes, perfectly fulfilling high‑volume brand order demands as shown in the Lancome packaging case.
Built for seamless integration with mainstream folder gluers, this U‑shaped platform eliminates tedious manual easy‑tear tape pasting. Its stable paper feeding structure aligns blank carton blanks precisely before the taping station, avoiding skew and wrinkling common in manual operation. Multiple modular applicator heads can be mounted flexibly to apply easy‑tear zipper strips, double‑sided tape or release liner in one pass, matching varied cosmetic box specifications.
The intuitive HMI touchscreen supports independent count tracking for up to 8 taping heads, presetting batch production targets and clearing job data with one click. Operators adjust feeding speed, tape position and coverage width directly on the panel; the machine runs steadily at line speeds fitting mass cosmetic order runs, with taping accuracy held within ±2mm. Wear‑resistant conveying rollers keep carton surfaces intact to protect brand printing.
In this Lancome shipping carton project, the platform completes automatic feeding, precise easy‑tear tape attachment and continuous blank output in a streamlined workflow. Finished boxes feature straight, uniform zipper strips for clean customer unpacking. Factories cut 2–4 manual taping positions per line, lower labor cost and reject rates from misaligned tape, while raising daily output for bulk beauty brand orders.
Suited for cosmetic, skincare and luxury gift corrugated packaging, the U‑type platform adapts to mixed batch sizes, supports quick specification changeover and requires minimal workshop space. It is a practical automation upgrade for printing plants handling high‑end brand packaging contracts, balancing stable quality, high throughput and low long‑term operating expenses.