| Availability: | |
|---|---|
|
INTRODUCTION
Our IV Soft Bag Filling Machine is specifically designed for pharmaceutical IV fluid production lines, offering exceptional performance and reliable operation. Featuring advanced technology and precise control systems, this equipment ensures the accuracy and consistency of filling processes while operating at high efficiency. Designed to meet stringent pharmaceutical industry standards, it accommodates various filling requirements while ensuring product quality and safety. Whether for small-scale or large-scale production, our soft bag filling machine provides a dependable solution for your pharmaceutical manufacturing line, maximizing production efficiency while maintaining the highest standards of product quality.
|
MAIN TECHNICAL PARAMETERS
Using power supply: AC220V±10% 50~60Hz
Input power 0.8kw (including vibration disk)
the use of pressure: cylinder: 0.5 ~ 0.6MPa , Filling: 0.15-0.3MPa
Filling range: 50~3000ml (adjustable)
Working speed: 500 bags~2000 bags
Filling precision: ≤ 1.0 ± %
Flow sensor coefficient: 2100~3600
Using environment: temperature: ~ 10 ℃ ~ 65 ℃, Humidity:≤85%
Weight of the whole machine: 950kg (including vibration disk)
Volume of the whole machine: including vibrating plate, vibrating screen, conveyor, buffer tank (L)1800×(W)1650×(H)1850
|
WORKING PRINCIPLE
The liquid bag to be filled will be inserted on the bag device pin, in the air supply, liquid pump, vibration disk, vibrating screen are normal under the premise. Rotary cylinder with the liquid bag down to turn nearly 45º, by the slide cylinder will be on the bag device into the clamping cylinder, clamping cylinder clamping the liquid bag, de-bagging cylinder work, on the bag device up to lift, still by the slide cylinder back to the original place, turn nearly 45º, let a person and then manually on the bag.
At the same time, the grasping cylinder drives 8 robots will vibrate automatically arranged in the picking up the mouth of the rubber plug clamping, by the plug cylinder will be lifted for use.
When the bag-loading device returns to the original place, the needle cylinder inserts the filling pin into the mouth of the bag and fills the bag according to the set capacity; at the end of filling, the needle cylinder lifts the filling pin device automatically, the upper sliding cylinder drives the device and the manipulator to go forward again, and the plugging cylinder moves and inserts the rubber plug into the mouth of the bag in a downward direction. After that, the plug cylinder lifts up, the upper sliding cylinder drives the manipulator, and the needle filling device is returned to its original position to standby, completing the whole set of actions.
Because of the fiber optic sensor installed under each clamping device, no bag can be filled without grabbing the rubber plug.
When working automatically, the vibrating plate and vibrating screen will be controlled by the fiber optic sensor, the plug is not in place, the vibrating plate and vibrating screen work, once in place, stop working.



|
KEY MODULES
Filling System: Used to accurately dispense pharmaceutical fluids into soft bags, ensuring precise fill volumes for each bag.
Control System: Includes advanced electronic controls and monitoring devices to regulate and monitor flow rates, pressures, and accuracy during the filling process.
Cleaning System: Designed for thorough cleaning and sterilization of the filling equipment and soft bags to maintain hygienic production environments and product sterility.
Safety Systems: Incorporates safety sensors and emergency stop features to ensure operator and equipment safety.
Filling Heads: Control the flow of fluids into the bags, ensuring precise filling for each unit.
These modules work together to ensure stable operation of the soft bag filling machine in pharmaceutical IV fluid production lines, meeting stringent pharmaceutical industry standards.
|
WHY CHOOSE US ?
Fully Automated Operation: Our system performs bag loading, filling, and sealing processes automatically, reducing labor requirements and human error.
Precision Filling: Ensures accurate and consistent filling volumes, meeting exact specifications for pharmaceutical IV fluid production.
Integrated Sterilization: Features automated sterilization processes, maintaining a sterile environment crucial for pharmaceutical manufacturing.
Laminar Flow Hood: Includes a laminar flow hood to provide a controlled, clean airflow environment, minimizing contamination risks during filling operations.
Advanced Control Systems: Utilizes state-of-the-art electronic controls and monitoring systems to regulate and optimize filling parameters such as flow rates, pressures, and temperatures.
Compliance with Industry Standards: Designed to meet or exceed stringent pharmaceutical industry regulations and standards for quality and safety.
Versatility: Capable of handling various types of pharmaceutical fluids and accommodating different bag sizes and specifications.
These technical advantages ensure efficient, reliable, and compliant operations in pharmaceutical IV fluid production, enhancing productivity and product quality while maintaining stringent hygiene standards.
|
PAYMENT TERMS
30% advance payment upon contract signing, with the remaining 70% to be settled before shipment.
|
FAQ
Q: Where is your factory located?
A: Our factory is located in Ningbo, China, a port city along the East China Sea. This location ensures convenient shipping and rapid delivery worldwide.
Q: How many years of experience does your factory have?
A: Our factory has over 20 years of experience, focusing on manufacturing high-quality products and delivering solutions and services.
Q: How long is the delivery time for your products?
A: Our standard delivery time usually falls within the range of 60 to 90 days. We will provide the exact delivery time upon order confirmation. It depends on the specific product type, specifications, and order quantity.
Q: We have an overseas project. Do you have experience to provide support?
A: Yes, we have extensive overseas project experience. Please contact our sales team, and they will collaborate with you to provide engineering support and solutions, ensuring the successful implementation of your project.
Q: What after-sales service can you provide?
A: We will arrange engineers to video guide with you in the first time, if we can't solve the problem, we will arrange the service to customer site as soon as possible.
Hot Tags: IV Soft Bag Filling Machine, Soft Bag Filling Machine, Automated Soft Bag Filling Line, Automatic Bag Filling Machine, Iv Bag Filling Machine, Medical Soft Bag Filler, Iv Bag Filling And Sealing Machine, Bag Filling Machine, Liquid Filling Machine For Soft Bags, Pharmaceutical Soft Bag Filler, China, Customized, OEM, Low price, manufacturing company, manufacturers, factory, suppliers, quotation, for sale
Electropolished 316L vs standard stainless steel in pharmaceutical purified water storage tanks: learn how surface finish, Ra values, and hygienic design influence biofilm formation, cleaning, and GMP compliance in PW systems serving BFS, FFS, and aseptic filling lines.
Learn when to choose peristaltic vs piston pumps in pharmaceutical filling machines. Compare contamination risk, cleaning validation, and multi-product efficiency, with expert insights from an integrated BFS, FFS, and aseptic line manufacturer.
In large‑scale pharma liquid packing, batch mixing is giving way to continuous in-line blending. Learn how each approach impacts homogeneity, quality risk, and OEE on filling, FFS, and BFS lines, with practical guidance from an equipment and process perspective.
“Compare closed-loop chemical dispensing vs open-tank mixing in pharmaceutical cleanrooms. Learn how to cut VOC emissions, protect operators and integrate zero‑VOC strategies into BFS, FFS and sterile filling lines with expert guidance from Ningbo Everheal Medical Equipment.”
Discover how jacketed mixing tanks compare with external heat exchangers for precision temperature control in exothermic chemical reactions. Learn selection criteria, safety implications, and integration tips for pharmaceutical and specialty chemical plants, including BFS and FFS lines.
Comprehensive comparison of 316L stainless steel vs Hastelloy mixing tanks for pharmaceutical intermediate production. Expert analysis of corrosion resistance in acidic environments, cost-benefit evaluation, material selection criteria, and lifecycle performance. Industry insights from pharmaceutical equipment manufacturers specializing in production line design.
Discover how automated liquid dispensing outperforms manual weight‑batching in potent API handling. Learn how closed BFS and FFS systems cut human error, protect operators, and strengthen regulatory compliance for modern HPAPI manufacturing lines.
Discover how magnetic agitators and mechanical shaft mixers impact shear stress, protein stability, and aseptic integrity in pharmaceutical manufacturing. Learn when each technology is best suited and how integrated FFS/BFS lines protect delicate biologic formulations.
Learn how dry heat sterilization cabinets compare with moist heat autoclaves for depyrogenation of pharmaceutical glassware. Understand mechanisms, validation, layouts, and when to choose each method to design safer, more efficient injectable production lines.
Sustainable air filtration for high‑dust pharma labs: compare washable pre‑filters and disposable synthetic media, see how hybrid strategies cut waste and energy use, and learn practical GMP‑aligned steps for cleaner, greener sterile manufacturing.
Choosing between rotary and linear filling and capping machines is no longer just a mechanical preference; it is a strategic decision that shapes your *speed, precision, and compliance* in small‑batch ophthalmic lines. For producers working with sterile eye drops, single-dose BFS ampoules, and small
This in‑depth guide compares glass bottles and flexible IV bags for sterile infusion products, analyzing filling line efficiency, sterilization stability, microplastic risks, and BFS/FFS technologies to help pharmaceutical manufacturers design future‑ready IV production facilities.
Discover how BFS (Blow-Fill-Seal) and FFS (Form-Fill-Seal) technologies compare in contamination risk for thermosensitive biologics. Learn key aseptic differences, real-world use cases, and expert tips for designing safer, more efficient fill-finish lines.
Discover how direct-heating and indirect-heating clean steam generators impact large-scale autoclave sterilization. Learn key design criteria, steam quality requirements, regulatory expectations, and practical selection tips for pharmaceutical plants planning new or upgraded sterile utilities.
Compare vapor compression distillation vs. multi‑effect distillers for high‑volume IV solution plants. Explore lifecycle costs, energy use, footprint, and reliability, with expert guidance from an integrated pharmaceutical equipment and plant layout provider.
Discover whether single-stage RO or two-stage RO + EDI is the better choice for high-silica pharmaceutical feedwater. Compare performance, lifecycle cost, and GMP compliance, and learn how Everheal designs reliable purified water systems for modern pharma plants.
Pure steam generators vs. clean steam generators for SIP cycles: understand quality differences, GMP expectations, lifecycle costs, and when each standard fits your pharma or biotech plant. Includes expert framework and turnkey insights from a Chinese pure steam generator manufacturer.
For energy‑constrained pharma facilities, learn how to choose between multi‑effect distillation and membrane‑based ambient WFI. Compare energy, risk, layout, and lifecycle costs, and see how Everheal designs GMP‑compliant, sustainable WFI systems.
This comprehensive guide analyzes leading pharmaceutical production line manufacturers serving Tajikistan from a buyer’s perspective. It explains key evaluation criteria, compares global and Chinese suppliers, and shows how Ningbo Everheal supports compliant, scalable factory projects.
Discover how Kyrgyz pharmaceutical manufacturers can select the right production line suppliers. This guide compares leading global and Chinese providers, highlights real‑world criteria, and shows how Ningbo Everheal supports turnkey, compliant, and cost‑effective factory projects.