Common types include Ampoule Filling Lines, Vial Liquid Filling Lines, Vial Powder Filling Lines, Capsule Filling/Production Lines, Tablet Production Lines, Dry Syrup Powder Filling Lines, Oral Liquid Filling Lines, Automatic Tablet Bottle Counting Filling Lines, Automatic Capsule Filling Lines, and related systems for cosmetics or shampoo production.

Key components usually include an Ampoule Washing Machine, Sterilization/Depyrogenation Tunnel (Dry Heat Sterilizer), Ampoule Filling and Sealing Machine, Ampoule Labelling Machine, optional Inspection Machines, and Conveyor Systems with automation controls.

It integrates vial washing, sterilization/depyrogenation, precise liquid filling (often with nitrogen purging or stoppering), cap sealing, inspection, and labeling. Vials move continuously through interconnected stages for aseptic processing of injectable liquids such as vaccines or antibiotics, available in fully automatic or semi-automatic configurations.

Automatic lines feature fully interconnected machines with minimal human intervention for high-speed, continuous production. Semi-automatic lines use coordinated but more independently operated machines, offering flexibility and lower cost for smaller batches, pilot runs, or medium-scale manufacturing while still supporting sterility and quality standards.

Sterilization tunnels or dry heat sterilizers depyrogenate and sterilize cleaned glass containers (ampoules/vials) using high-temperature dry heat. This bridges the washing and filling stages, maintains aseptic conditions, removes microbial contamination and endotoxins, and ensures compliance with pharmaceutical regulatory requirements for injectable products.

Contact parts are typically made from high-grade stainless steel (SS 316/316L) for corrosion resistance and hygiene, with frames often in SS 304. Designs follow cGMP guidelines, feature polished finishes, minimal hold-up areas, and options for nitrogen flushing, laminar flow, or isolators to support sterile processes.

Yes. Most lines support a range of sizes (e.g., ampoules 1–20 ml, vials 2–100 ml) via change parts. They process liquid injectables, sterile powders, oral liquids, dry syrups, capsules, tablets, and can extend to nutraceutical, herbal, Ayurvedic, biotech, cosmetic, or chemical applications.

Lines commonly incorporate visual inspection machines (for particles, cracks, fill levels, seal integrity) with automatic rejection, optional vision systems or high-voltage leak detection, precise filling accuracy (often via specialized pumps or volumetric systems), and labeling with batch coding. These support 100% inspection and regulatory compliance (FDA, EMA, WHO, cGMP).

Yes. Equipment can be customized for specific vial/ampoule sizes, pump types, automation levels (PLC/HMI), power supplies, and optional features. They integrate into full lines (e.g., washing to labeling) and support easy changeovers, validation, data logging, and reliable industrial use across global markets.