Cubitainer 5L Production Process and Quality Control
The Factors Affecting Quality
Blow Molding Process: The LDPE container is manufactured through precise blow molding techniques, ensuring uniform wall thickness and structural integrity.
Heat Sealing: Proper sealing of the spout and edges is critical to prevent leaks.
Material Purity: Using high-quality, virgin LDPE enhances durability and chemical resistance.
Critical Steps in Production for Quality Assurance
Mold Design: Accurate mold dimensions are vital for creating uniform containers. Variations can lead to dimensional inconsistencies.
Cooling Time: Adequate cooling during molding prevents warping and ensures that the container maintains its shape when expanded or collapsed.
Sealing Inspection: Automated or manual testing ensures all seals are intact and capable of handling high-pressure liquids.
Outer Layer Assembly: Proper fitting of the cardboard layer ensures the overall durability and safety of the Cubitainer during handling and transport.
Quality Testing
Drop Tests: Ensures the container withstands accidental drops without compromising liquid integrity.
Pressure Tests: Verifies that the container can handle pressure variations during transport or storage.
Compatibility Tests: Confirms the chemical compatibility of the container with various liquid types.
Conclusion
The 5l Cubitainer stands out for its versatility, durability, and eco-friendliness, making it an ideal choice for industries such as chemicals, food and beverages, pharmaceuticals, and agriculture. Careful attention to production details and stringent quality checks ensure that every Cubitainer delivers reliable performance.
Use For Ultrasound Gel
Ultrasound gel is a specialized product used in diagnostic imaging procedures, serving as a medium to conduct ultrasound waves between a transducer and the skin. This gel must maintain its viscosity, hygiene, and chemical stability throughout its shelf life to ensure reliable medical imaging. The 5l cubitainer ultrasound gel market demands packaging that preserves product integrity, minimizes contamination risks, and facilitates easy handling and storage.
The 5l Cubitainer has emerged as a preferred choice for packaging ultrasound gel due to its unique design and advantages tailored to the needs of the medical and healthcare industry.
Key Reasons for Using Cubitainers for Ultrasound Gel
Ideal Capacity for Dialysis Clinics
The Cubitainer is made of low-density polyethylene (LDPE), a material known for its durability, flexibility, and chemical inertness. This ensures the ultrasound gel remains uncontaminated and retains its viscosity, even during long-term storage. LDPE also meets the stringent safety standards required for medical packaging.
Optimized for Bulk Handling
The 5L capacity strikes a balance between bulk storage and usability. Medical facilities often require large volumes of gel for daily operations, making the Cubitainer’s size ideal for minimizing handling while avoiding excess waste.
Eco-Friendly Design
5L cubitainers are collapsible and lightweight, reducing storage and shipping costs. They produce less plastic waste compared to rigid containers, aligning with environmentally conscious practices in healthcare.
User-Friendly Features
①Collapsible structure: Cuitainer allows easy dispensing of gel without air entrapment, preventing contamination and waste.
②Compact storage: When empty, the cubitainer for 5l can be flattened, saving valuable storage space in clinics and hospitals.
③Tamper-Evident Packaging: The Cubitainer can be sealed securely, providing tamper evidence to ensure product safety — a critical feature for medical supplies.
Reduced Cross-Contamination Risk
Unlike smaller tubes that require frequent replacement, the 5L Cubitainer supports larger dispensing systems, reducing handling frequency and minimizing contamination risks in high-usage environments.
Cubitainer Evolved for Medical Use, Improving Packaging
Advancing Flexible Packaging for Medical Use
The Cubitainer was first introduced as a flexible alternative to rigid packaging, addressing the specific needs of industries requiring hygienic and secure liquid storage. Over the years, it has found applications in medical-grade products, including ultrasound gel, due to its ability to meet FDA and other regulatory standards for packaging medical supplies.
