Our sterile sampling canisters are engineered to meet the rigorous demands of laboratory microbial testing and sterile filtration. Available in multiple configurations to suit different sample types and packaging requirements, each canister is developed with a specific application in mind.
Key Features:
Ultrasonic Welding Process — Delivers a smooth, firm seal with optimal airtight performance, ensuring sample integrity throughout handling and transport.
High-Elastic Composite Tubing — Made from a special composite material, the tubing maintains lasting tension and resists abrasion and pressure, enabling successful filtration of the maximum amount of testing sample.
According to the different features and packaging requirements of each test sample, we develop corresponding types of canisters to satisfy the demand on every application. Every canister is engineered, sterilized, and validated to deliver reliable performance from production line to laboratory bench.
Our canisters are assembled using an advanced ultrasonic welding process, producing a smooth, firm seal with optimal airtight performance. This weld integrity ensures the canister remains sealed throughout handling, transport, and storage — protecting both the sample and the sterility of the internal environment.
The tubing is made from a special composite material engineered for lasting tension, abrasion resistance, and pressure resistance. This ensures the successful filtering of the maximum amount of testing sample, minimizing sample loss and maximizing recovery for accurate downstream analysis.
We utilize European CE-standard ethylene oxide (EO) sterilizers, providing reliable sterilization validation and consistent sterility assurance across every production batch.
Packaged with U.S. advanced medical-grade dialysis paper, the product maintains its sterility performance while allowing rapid EO dialysis. This significantly reduces residual levels, ensuring safety and compliance for sensitive applications.
Every single canister undergoes 100% airtight performance testing. No unit leaves our facility without verified seal integrity.
Each batch passes bacterial challenge testing and sterility testing, ensuring dependable and reproducible sterility results you can trust.
Our sterilization validation procedures and process control comply with ISO 11135:2007 standards, ensuring the sterility of every product throughout its shelf life.
Laboratory microbial testing
Sterile filtration and sampling
Pharmaceutical and biotechnology quality control
Environmental and water testing
Food and beverage microbiology
Cosmetic and personal care testing
| Benefit | How We Deliver |
|---|---|
| Airtight Seal | Ultrasonic welding + 100% airtight testing |
| Maximum Sample Recovery | High-elastic composite tubing resists abrasion and pressure |
| Reliable Sterility | CE-standard EO sterilization + ISO 11135:2007 validation |
| Low EO Residue | U.S. medical dialysis paper enables rapid EO dissipation |
| Verified Performance | Bacterial challenge test + sterility test on every batch |
| Custom Fit | Multiple canister types developed for different sample features and packaging needs |
Every canister is manufactured under strict process control and validated to meet international standards. From raw material selection to final packaging, each step is designed to preserve sample integrity and sterility.
Sterilization Validation: ISO 11135:2007 compliant
Sterility Testing: Passed bacterial challenge and sterility tests
Seal Integrity: 100% airtight performance testing
Packaging: U.S. medical-grade dialysis paper
Sterilization Method: CE-standard ethylene oxide (EO)
We understand that different test samples require different handling. That's why we develop corresponding canister types based on:
Sample volume and viscosity
Filtration requirements
Packaging and sterility needs
Compatibility with downstream analytical methods
Contact us to discuss your specific application and find the right canister configuration for your workflow.
For inquiries, customization requests, or technical support:
