An in-depth analysis of extracorporeal blood line engineering, biocompatibility protocols, regulatory compliance, and future procurement trends for renal care importers and hospital buyers.
Precision-moulded pump segments and drip chambers designed for seamless integration with Fresenius, Gambro, B. Braun, Nikkiso, and Toray hemodialysis monitors.
Assembled under stringent ISO 14644-1 Class 8 / Class 10,000 environmental controls to guarantee ultra-low bioburden and endotoxin limits prior to ETO sterilization.
Complete technical documentation including ISO 10993 biocompatibility testing, stability data, ETO residual reports, and Free Sale Certificates for fast registration.
A Haemodialysis Blood Tubing Set serves as the critical extracorporeal conduit during renal replacement therapy, transporting the patient's blood from an arterial access site to the dialyzer and returning purified blood safely back through the venous system. Because extracorporeal blood circulating outside the human body is exposed to significant shear stresses, temperature fluctuations, and mechanical peristalsis, the structural integrity and hemocompatibility of these blood lines are vital to preventing hemolysis, coagulation, and air embolism.
Modern hemodialysis procedures demand absolute mechanical precision. The tubing set consists of two main anatomical branches: the Arterial Blood Line (color-coded red) and the Venous Blood Line (color-coded blue). Each component—from the elastomeric pump segment to the drip chamber filters—is engineered to maintain dynamic pressure stability under flow rates ranging from 200 mL/min to over 500 mL/min.
Extracorporeal Blood Line Specialist Explore our standardized and custom-engineered extracorporeal circuit configurations. Designed for full compatibility with global dialysis machine platforms, ensuring optimal hemodynamic control and patient safety.
Features a 12mm or 8mm ID silicone/PVC pump segment, red-coded arterial line with heparin infusion port, transducer protectors, arterial pillow, and blue-coded venous line with 22mm drip chamber and clot filter. Fully compatible with standard peristaltic blood pumps.
Internal Vol: ~140–160 mLSpecially engineered micro-bore tubing circuit designed for pediatric hemodialysis or adult patients requiring minimized extracorporeal blood volume. Reduces hemodilution risks while maintaining exact pressure transducer responsiveness.
Internal Vol: ~65–90 mLFormulated using alternative plasticizers (such as TOTM or DINCH) to eliminate phthalate leaching into the bloodstream during long-term maintenance hemodialysis. Essential for sensitive pediatric, pregnant, and chronic renal care patient populations.
Biocompatible & ISO 10993 CompliantCustom line configurations equipped with supplementary substitution fluid lines, ultrafiltration drip chambers, and heavy-duty clamp assemblies designed specifically for high-volume online hemodiafiltration therapy protocols.
High-Flow Pressure ResistantIntegrated packaging solution featuring pre-connected priming bags, waste drainage bags, and AV fistula needle connection sets, streamlining nursing workflow and reducing setup time in high-throughput dialysis centers.
Kit Packaging Options AvailableTailor-made tubing lengths, pump segment dimensions, transducer filter hydrophobic membranes, clamp colors, and specialized Luer lock fittings engineered according to your proprietary dialysis system specs.
Full Engineering & Tooling SupportGlobal medical procurement managers, hospital supply chain executives, and OEM partners must adapt to shifting regulatory landscapes, material innovations, and geopolitical realignments. Here is how blood tubing set procurement is evolving globally.
Regulatory bodies such as the EU Medical Device Regulation (MDR 2017/745) are imposing strict limits on the use of DEHP (Di-2-ethylhexyl phthalate) in medical devices that come into prolonged contact with blood. Procurement heads are increasingly transitioning toward TOTM (Tri-octyl trimellitate) plasticizers or polyolefin-based materials to ensure environmental and patient safety while avoiding regulatory non-compliance.
Global healthcare systems are actively mitigating geopolitical and tariff risks by diversifying their supplier base away from single-country reliance. India has emerged as a preferred manufacturing destination due to its robust pharmaceutical and medical device manufacturing infrastructure, competitive labor rates, ISO 13485 certified facilities, and high English-language technical competence.
Modern hemodialysis machines utilize optical, ultrasonic, and pressure-sensing modules to automate priming and detect micro-air bubbles. Procurement criteria now demand extreme dimensional consistency in transducer protector housings, drip chamber clarity, and tube outer diameters to ensure flawless sensor coupling and eliminate false alarm triggers during clinical sessions.
Leading hospital networks and government health tenders are shifting evaluation matrices from simple purchase price to Total Cost of Ownership. Tubing sets with inferior solvent bonding or variable pump segment elasticity lead to high line rupture risks, blood loss, machine downtime, and extended nursing labor. High-quality, zero-defect tubing sets significantly reduce overall clinical risk and operation costs.
As dialysis therapy expands into home hemodialysis (HHD) and continuous renal replacement therapy (CRRT) for acute clinical settings, single-use blood tubing sets are undergoing continuous technological upgrades.
Our research and engineering team at Angiplast focuses on solving key clinical challenges through material science, fluid dynamics optimization, and advanced manufacturing processes:
In-House Polymer Engineering Founded in 1994 in Ahmedabad, Gujarat, Angiplast Private Limited has established itself as a premier global manufacturer and exporter of single-use medical devices. Our state-of-the-art infrastructure provides complete end-to-end quality control.
Over three decades of specialized experience in precision plastic moulding, extrusion, and medical disposable assembly for global markets.
Controlled injection moulding and assembly within certified Class 10,000 (ISO Class 7/8) cleanrooms equipped with automated assembly jigs.
Industrial captive Ethylene Oxide (ETO) sterilizers operating under fully validated ISO 11135 cycles to guarantee sterility assurance levels (SAL 10⁻⁶).
Supplying major hospital groups, health ministries, and OEM brand owners across Europe, Latin America, Middle East, Africa, and Asia.
At Angiplast, quality assurance is not a final inspection step—it is embedded into every stage of production. Our facility houses a comprehensive physical, chemical, and biological testing laboratory capable of performing routine batch releases without relying on third-party delays.
Our quality management system is certified under ISO 13485, and our product lines hold CE certification along with selected US FDA 510(k) clearances. Every lot of Haemodialysis Blood Tubing Sets is subjected to rigorous testing procedures:
Whether you are a multinational renal care corporation seeking a high-capacity contract manufacturing partner or a regional distributor launching a private label brand, Angiplast delivers complete turnkey CDMO/OEM services tailored to your exact market specifications.
Direct technical and commercial answers to the most common inquiries submitted by international healthcare buyers, regulatory officers, and dialysis center procurement teams.
Angiplast Haemodialysis Blood Tubing Sets are manufactured primarily from non-toxic, medical-grade polyvinyl chloride (PVC) formulated specifically for blood contact applications. For markets adhering to strict EU MDR or environmental guidelines, we manufacture 100% DEHP-free (Di-2-ethylhexyl phthalate) tubing sets utilizing alternative biocompatible plasticizers such as TOTM (Tri-octyl trimellitate). All raw polymer resins are non-pyrogenic, bio-compatible, and compliant with ISO 10993 material standards.
Yes. Our blood tubing sets are designed with universal connection geometry. The pump segment dimensions, drip chamber outer diameters, pressure line transducer caps, and color-coded Luer lock connectors are fully standardized to fit seamless interfaces on major hemodialysis machine platforms including Fresenius Medical Care, Baxter/Gambro, B. Braun, Nikkiso, Toray, Bellco, and Nipro. Custom dimensions can also be engineered upon request.
All dialysis sets undergo ETO sterilization in our captive, fully automated gas sterilization facility in accordance with ISO 11135 guidelines. Sterilization cycles are validated using biological indicators (Bacillus atrophaeus) to achieve a minimum Sterility Assurance Level (SAL) of 10⁻⁶. Post-sterilization, products are subjected to forced warm-air aeration cycles to reduce residual Ethylene Oxide (EO) and Ethylene Chlorohydrin (ECH) levels well below the limits mandated by ISO 10993-7.
We provide comprehensive technical dossier packs designed to accelerate registration with global health authorities (such as ANVISA, SFDA, MOH, and European Notified Bodies). Our dossier package includes ISO 13485 Quality System Certificates, CE Certificate of Conformity, Free Sale Certificates (FSC), ISO 10993 Biocompatibility Test Reports, ETO Validation Summaries, Real-Time and Accelerated Shelf-Life Stability Data, and Full Process Flow Diagrams.
For standard catalogue Haemodialysis Blood Tubing Sets under our proprietary brand, minimum order quantities are flexible to support trial orders. For customized OEM private-label production—including custom artwork, private pouch printing, specific tubing lengths, or modified drip chamber configurations—the standard MOQ is typically 10,000 to 20,000 sets per SKU (equivalent to one full production lot). Contact our export desk to discuss consolidated shipment options.
Every lot undergoes stringent inline statistical quality control testing in our cleanroom laboratory. 100% of tubing sets are subjected to non-destructive automated positive-pressure air leak tests. Furthermore, destruction sample testing is performed on each batch to evaluate solvent bond joint tensile strength (exceeding 15 Newtons), drip chamber filter burst pressure resistance, and peristaltic pump segment fatigue over a simulated 5-hour continuous pump run.
Angiplast Haemodialysis Blood Tubing Sets carry a validated shelf life of 5 years from the date of sterilization when stored in their original unopened medical-grade blister packaging. Packaging consists of high-barrier medical paper sealed to thermoformed plastic film. Storage is recommended in a clean, cool, dry location away from direct sunlight, extreme heat, and harsh chemical vapors at temperatures between 5°C and 40°C.
We regularly present our dialysis range and OEM capabilities at major global healthcare expos. Schedule an in-person meeting with our technical directors to review physical samples and technical specifications.
Get direct access to our engineering spec sheets, sample kits, regulatory dossiers, and competitive FOB/CIF quotation structures. Our international trade team responds within 24 hours.
