This Vial Inspection and Cartoning Line integrates advanced vision detection and automatic packaging into one system. Only qualified vials are transferred into cartons through a dual-row gripping system, ensuring stable, precise, and high-speed packing.

Compared with traditional solutions, this machine reduces mechanical wear by 50%, extends service life, and significantly lowers production costs. It is ideal for pharmaceutical manufacturers seeking automation, efficiency, and consistent quality.

• High-Precision Vision Inspection System/Intelligent PLC Control (Siemens Optional)/Dual-Row Stable Gripping Technology/Modular Design For Easy Integration
• Antibiotic & Vaccine Packaging/Injectable Drug Production/Biopharmaceutical Lines
• ✔ Reduce Labor By 60% ✔ Increase Packing Efficiency ✔ Lower Maintenance Cost
  ✔ Easy Operation & Fast Changeover ✔ Long-Term Stable Operation

A complete Vial Forming Production Line integrates automatic tube feeding, precision forming, visual inspection, annealing, and intelligent cartoning. It is the core equipment for manufacturing high‑quality borosilicate glass vials widely used in vaccines, injections, biologics, and cosmetics. Medauto’s vial line covers a full size range from Φ12mm to Φ50mm, with output from 1200 to 3600 pieces per hour to meet diverse production demands. Key models include VM28CW CNC vial machine, VM30CW magnetic levitation machine, 32‑head full servo dual‑chuck machine, and 50‑type vertical‑to‑horizontal machine. Each model features stable performance, high precision, and low rejection. The line adopts PLC and servo control for stable operation and easy parameter adjustment. Full processes comply with GMP standards, ensuring clean, safe, and consistent vial production. With advanced design and reliable quality, Medauto’s Vial Forming Production Line becomes a top choice for global pharmaceutical packaging manufacturers.

Medauto Vial Forming Machines deliver outstanding advantages in efficiency, precision, and stability for modern glass vial manufacturing. The 32‑head full servo dual‑chuck model reaches 3600 pcs/h, equivalent to two standard machines while saving space. Magnetic levitation technology used in ZP30CW eliminates gearbox wear, extending service life and improving positioning accuracy. Vertical‑to‑horizontal design in 50‑type and 18‑head models ensures uniform bottom thickness for large‑diameter vials, significantly enhancing product quality. Full CNC control via touchscreen enables digital gas flow and station positioning, reducing manual errors. Dual‑chuck structures minimize glass tube vibration, improving dimensional accuracy and yield. All machines feature compact layout, low energy consumption, and easy maintenance. These advantages help factories reduce costs, improve quality, and enhance market competitiveness in pharmaceutical and cosmetic glass packaging.

Selecting a suitable vial machine is critical for efficient and cost‑effective production. ZP28CW CNC vial machine with 16+12 chucks provides 1800 pcs/h for Φ12.5–32mm vials, balancing precision and economy. ZP30CW magnetic levitation model offers ultra‑stable running and long service life for high‑end applications. The 32‑head full servo dual‑chuck machine maximizes output at 3600 pcs/h for Φ12–24mm vials, ideal for mass production. 50‑type vertical‑to‑horizontal machine specializes in large vials up to Φ50mm with uniform bottom thickness. 16‑head and 12‑head dual‑chuck models are cost‑effective for medium and small‑batch production. Small 16‑head servo machines suit small vials of Φ12–24mm. The vial inspection and cartoning rear line automates quality check and packaging, reducing labor by 50%. Understanding model differences helps factories choose optimal equipment based on vial size, output, budget, and quality demands.

Our Vial Forming Production Line realizes fully automatic production from glass tube to packaged vials. It starts with a sucker‑type automatic tube feeder that supplies tubes smoothly without damage. Glass tubes enter the vial forming machine for heating, necking, bottom making, and shaping. Formed vials are transferred to front‑end visual inspection to detect dimensional defects. Qualified vials go to the annealing furnace to eliminate internal stress. After cooling, vials are transferred to rear‑end inspection for final quality confirmation. Finally, the automatic inspection and cartoning line completes double‑row stable packing. The whole line uses servo control, pneumatic manipulation, and intelligent detection to ensure stability and efficiency. Models cover small, medium, and large vials to meet diversified pharmaceutical and cosmetic packaging needs. Reliable performance and standardized processes make the line a cornerstone of modern high‑quality glass vial manufacturing.

Advanced technologies drive the upgrade of vial forming equipment, and magnetic levitation and full servo systems lead the innovation. Medauto VM30CW magnetic levitation vial machine uses no reducer and no‑wear indexing for ultra‑high positioning accuracy and stability. This technology reduces mechanical wear, lowers noise, and greatly extends service life. Full servo control applied in 32‑head dual‑chuck and ZP28CW CNC machines ensures precise indexing, smooth running, and high repeatability. Digital control via touchscreen allows accurate parameter setting, improving product consistency. These technologies enhance forming precision, increase production efficiency, and reduce rejection rates. Machines equipped with advanced tech are more stable, energy‑saving, and intelligent. They help manufacturers produce high‑standard vials for vaccines, injections, and high‑end cosmetics, meeting strict market demands.

Glass vial forming lines have wide applications and strong market demand across multiple industries. In pharmaceuticals, they produce vials for injections, vaccines, antibiotics, biologics, and emergency medicines, requiring strict GMP compliance. In cosmetics, they manufacture small‑size vials for essences, serums, and essential oils, focusing on appearance and precision. Laboratory and chemical industries use vials for reagents and samples needing high chemical stability. The rapid development of biotech and vaccines drives continuous growth in high‑quality vial demand. Medauto’s vial lines cover multiple models to produce 1ml to 20ml+ vials with Φ10–50mm diameter. Stable performance, high efficiency, and reliable quality make them popular worldwide. As global pharmaceutical and cosmetic industries expand, the demand for professional vial forming lines will keep rising, bringing broad market prospects.