English 
Arabic 
Indonesian 
Vietnamese 
Malay 
Thai 
Korean 
Russian 
French 
Italian 
Japanese 
Portuguese 
Turkish 
Spanish The packaging machinery market presents two fundamentally different paths for liquid and viscous product packaging: pre-formed tube filling machine systems and integrated BFS machine (Blow-Fill-Seal) lines.
Selecting the correct system depends heavily on your required sterility levels, material flexibility, capital budget, and batch sizes. While both technologies handle single-use (unit-dose) and multi-use formats, their engineering principles, cost structures, and operational workflows diverge completely.
Sealing of pre-formed tubes (single-use/disposable tubes) using
Understanding the operational boundaries of pre-formed tube packaging versus continuous blow-fill-seal processing allows manufacturers to optimize equipment investments.
Samples produced using a BFS (Blow-Fill-Seal) integrated machine
Below, we break down the core mechanical differences, material capabilities, market applications, and financial considerations to help you select the optimal packaging system for your facility.
Technical Overview: Pre-Formed Tubes vs. BFS Systems
Pre-formed tube filling machine equipment relies on prefabricated containers made of aluminum, plastic, or laminated materials. The machine indexes empty, open-ended tubes into precise holding cups, cleans the interior using ionized air, fills the designated volume, and seals the tube end using ultrasonic, hot air, or mechanical crimping methods. This process isolates the tube fabrication step entirely from the filling environment, making it ideal for flexible manufacturing across diverse product lines.
In contrast, a BFS machine integrates container molding, liquid filling, and hermetic sealing into a single continuous, automated sequence under ISO Class 5 (Grade A) cleanroom conditions.
Polymer granules (typically LDPE or PP) are extruded into a molten parison, blown into container molds using sterile air, immediately filled with liquid product, and sealed—all within seconds. According to processing studies in the Journal of Pharmaceutical Science and Technology, this unified sequence virtually eliminates human interaction, preventing particulate and microbial contamination during primary packaging.| Operational Feature | Pre-Formed Tube Filling Machine | Integrated BFS Machine |
| Primary Process | Indexing, dosing, and sealing pre-made tubes | Continuous blow molding, filling, and sealing |
| Facility Requirements | Standard cleanroom (Grade C/D or non-sterile) | High-level sterile cleanroom (Grade A environment) |
| Packaging Formats | Aluminum, plastic, laminated, multi-lane strip tubes | Single-piece plastic ampoules, bottles, and vials |
| Material Flexibility | High (easy container design/size changeovers) | Low (requires custom mold sets and thermal tuning) |
| Initial Capital Investment | Cost-effective entry to mid-tier industrial scale | High capital investment (exceeding several million USD) |
Multi-Lane & Pre-Formed Tube Packaging
Pre-formed tube filling machine technology dominates the personal care, cosmetic, and non-sterile pharmaceutical sectors due to its adaptability and lower entry cost. Modern packaging lines utilize both semi-automatic and fully automatic setups to handle traditional squeezable tubes alongside connected strip tubes and non-aseptic single-use containers.
[Tube Feeding & Air Clean] ➔ [Dosing (Ceramic/Peristaltic Pump)] ➔ [Ultrasonic/Hot Air Seal] ➔ [Trimming & Ejection]
Our semi-automatic multi-lane filling and sealing machines provide a tailored solution for operations requiring lower production output or short run batches. These systems process multi-lane strip tubes (such as strip-packaged unit-dose containers) without requiring heavy automation infrastructure. Operators load pre-formed tube strips into precision fixtures, after which automated volumetric pumps dispense liquid or cream formulations accurately into each container channel.
For scalable high-speed manufacturing, fully automatic tube filling lines automate feeding, photo-electric register alignment, micro-dosing, sealing, trimming, and date coding. In applications involving plastic or laminated tubes, ultrasonic sealing delivers clean, aesthetic tail seals by melting internal resin layers via high-frequency vibrations without scorching external printed graphics or degrading heat-sensitive ingredients.
Advanced Dosing Precision: Proprietary Ceramic and Peristaltic Pumps
The core reliability of any tube filling machine rests on its volumetric dosing mechanism. We independently research, design, and manufacture our own proprietary ceramic pumps and peristaltic pumps. Ceramic piston pumps offer extreme resistance to chemical corrosion and abrasive formulations, delivering tight volumetric accuracy without seal degradation over millions of cycles.
Our peristaltic pump assemblies provide a completely isolated fluid path, eliminating cross-contamination risks and enabling rapid liquid changeovers. By engineering these high-precision pumps in-house, we achieve superior dispensing precision and tighter weight tolerances while keeping manufacturing costs lower than competing suppliers.
- Aluminum Tube Crimping: Uses multi-fold mechanical jaws to secure ointment and paste formulations against oxygen ingress.
- Plastic & Laminated Sealing: Employs hot-air or ultrasonic heating elements to fuse tube ends cleanly.
- Strip & Single-Use Packaging: Fills multi-lane connected tubes efficiently for daily skincare serums, gels, and single-use cosmetic applications.
High-Aseptic Integrated BFS Systems
For stringent sterile manufacturing—such as ophthalmic drops, inhalation therapies, and biological injectables—the integrated BFS machine remains the gold standard recognized by international regulatory bodies. BFS technology replaces traditional supply chains that require pre-washing, depyrogenation, and sterilizing pre-formed bottles.
Because the plastic container is formed, filled, and sealed within a sterile zone in a single heat cycle, contamination risks drop dramatically. Furthermore, the extruded polyethylene or polypropylene material remains soft and flexible, offering a gentle, ergonomically friendly feel for direct human contact applications like eye-droppers and squeeze-vials.
Implementing a full-scale BFS packaging line requires significant capital investment, with complete multi-million-dollar installations covering specialized cleanroom HVAC, sterile fluid filtration, and precision blow-mold tooling.
To ensure top-tier performance for our clients, we partner with leading process engineers and international technology providers, backing every machine with rigorous project management and validation support.
Why Partner with Yundu Filling Machine?
Navigating packaging machinery selection requires a partner with broad engineering expertise across both standard pre-formed tube lines and complex automated packaging systems.
At Yundu, we balance cost efficiency, precision engineering, and specialized industry guidance to deliver maximum return on your machinery investment.
As our Sales Manager, Fiona, highlights:
“We have accumulated years of experience with mature projects in the filling sector, giving us a distinct advantage in both tube filling and the filling/sealing of single-use (unit-dose) containers.”
- In-House Innovation: We manufacture core dosing components—including ceramic and peristaltic pumps—in-house, delivering high accuracy and lower procurement costs.
- Tailored Equipment Portfolios: From entry-level semi-automatic multi-lane sealing units to million-dollar aseptic BFS installations, we supply equipment strictly tailored to your target output and cleanroom requirements.
- Turnkey Technical Execution: We manage site layout planning, custom mold design, validation documentation support, and post-installation technical training globally.
Consult with Our Engineering Team Today
Whether you are scaling up a non-sterile cosmetic single-use product line or planning a sterile pharmaceutical packaging facility, our technical specialists are ready to guide your selection process. Contact us and the Yundu engineering team today to review your project specifications, request machine demonstrations, or obtain a custom quote.
- Website: Yundu Filling Machine Official Site
- Inquiries: Submit your container designs, liquid viscosity parameters, and target production speeds to receive a detailed engineering solution.
A: Choose a pre-formed tube filling machine if you require a cost-effective, versatile solution for non-sterile products (such as creams, gels, and single-use cosmetic strips). Opt for a BFS (Blow-Fill-Seal) system if your production demands strict ISO Class 5 aseptic environments, such as sterile ophthalmic drops or pharmaceutical injectables.
A: We independently design and manufacture our own ceramic and peristaltic pumps. Ceramic pumps offer exceptional chemical resistance and high volumetric accuracy without wear, while peristaltic pumps eliminate cross-contamination and simplify fluid changeovers—giving you higher accuracy and lower procurement costs compared to conventional suppliers.
A: Yes. Our semi-automatic multi-lane machines excel at low-volume or trial runs of connected strip tubes (unit-dose packaging), while our fully automatic models efficiently handle standard aluminum, plastic, and laminated squeezable tubes with automatic feeding and register alignment.
A: All Yundu machines comply with international manufacturing standards (including CE certification). For high-end BFS aseptic integration projects, we collaborate with top-tier process partners to ensure complete cGMP and FDA cleanroom compliance, providing comprehensive validation support.
A: Standard tube filling machines generally ship within 30–45 days, while customized or BFS integrated systems vary by project scope. We provide site installation guidance, operator training, and lifetime spare parts support.
