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Round Bottle Sticker Labeling Machine – High-Speed Precision Labeling System

The Round Bottle Sticker Labeling Machine is a fully automated, high-performance solution designed for accurate and efficient labeling of round bottles and containers. Widely used in pharmaceutical, food & beverage, cosmetic, and chemical industries, this machine ensures consistent label placement with strong adhesive bonding and a professional finish. It is ideal for high-speed production lines where precision, reliability, and presentation quality are essential.

Robust Construction & Industry Compliance

The machine features a mild steel structure fully cladded with SS-304 stainless steel, ensuring durability, corrosion resistance, and compliance with GMP standards. Its robust design supports continuous operation in demanding industrial environments while maintaining hygiene and cleanliness. The system is compatible with a wide range of container materials, including glass, plastic, PET, tin, and corrugated surfaces, offering unmatched versatility.

Automatic Sticker Labeling Machine
GMP Compliant
System Feature Technical Details
Labeling Type Sticker Labeling for Round Bottles
Structure MS Body with SS-304 Cladding
Control System PLC Based with User-Friendly Touch Screen HMI
Speed High Production Speed (Synchronized with Conveyor)
Motor System Variable Speed Motors for Flexible Control
Gearbox Bonfiglioli Make
Sensors Leuze Electronics / SICK (High-Precision Detection)
Container Compatibility Glass, Plastic, PET, Tin, Corrugated
Changeover No Change Parts Required (Saves Downtime)
Compliance Strictly as per GMP Standards

Smart Operation & Minimal Downtime

Designed for efficiency, the machine requires no change parts for different bottle sizes, minimizing downtime during product changeovers. High-quality components such as Bonfiglioli motor gearboxes and advanced sensors from Leuze Electronics and SICK ensure reliable performance and precise label detection. The result is a seamless labeling process with minimal human intervention and reduced operational errors.