Engineered for vulnerable neonatal and pediatric clinical care. Precision DEHP-free PVC & Polyurethane enteral tubes with radiopaque X-ray lines, closed atraumatic tips, and color-coded connectors — exported to over 52 countries.
Eliminating accidental misconnections with IV lines. Built to strict patient safety standards required across North America, Europe, and Asia-Pacific healthcare systems.
Extruded, tipped, punched, and pouch-sealed under Class 10,000 (ISO Class 7) cleanroom conditions with 100% automated visual tip verification.
Providing global importers and tender bidders with complete ISO 10993 biocompatibility testing, technical files, and Free Sale Certificates (FSC).
In neonatal intensive care units (NICU) and pediatric wards, the enteral feeding catheter is a life-sustaining conduit. Navigating international sourcing for an Infant Feeding Tube requires healthcare buyers and medical device distributors to balance acute clinical requirements—such as mucosal preservation and chemical non-toxicity—with evolving global regulatory mandates.
Founded in 1994 in Ahmedabad, Gujarat, Angiplast Private Limited has spent over three decades perfecting precision medical polymer extrusion and device assembly. As a premier CDMO and contract manufacturer, our engineered infant feeding catheters meet the rigorous physical, mechanical, and biological benchmarks demanded by top-tier hospital procurement officers and multinational healthcare brands.
Precision Neonatal Care · ISO 13485 Certified Choosing the correct raw material and structural profile is vital for preventing tissue degradation, leaching, and device failure in neonatal clinical applications. Below is an authoritative comparison designed to assist procurement specialists in selecting the optimal configuration.
| Technical Parameter | Medical-Grade DEHP-Free PVC | Biostable Polyurethane (PUR) | Liquid Silicone Rubber (LSR) |
|---|---|---|---|
| Indwelling Duration | Short-term (up to 7 days) | Medium-to-Long term (up to 30 days) | Long-term (30+ days) |
| Neonatal Tissue Biocompatibility | High (ISO 10993 compliant, non-phthalate) | Superior (Thermosensitive, softens at body temp) | Maximum (Ultra-inert, minimal friction) |
| Flow Dynamics / Inner Ratio | Standard wall thickness | Thin-wall technology (larger internal lumen) | Thicker wall profile required |
| Radiopacity | Co-extruded 20-30% Barium Sulfate line | Full radiopaque shaft option or line | Co-extruded radio-opaque strip |
| Connector Standard | ENFit (ISO 80369-3) / Luer Mount | ENFit (ISO 80369-3) Dual-Port / Single Port | ENFit / Universal Stepped Connector |
| Primary Clinical Use | NICU short-term gavage & gastric lavage | Preterm enteral nutrition & medication delivery | Chronic pediatric enteral feeding care |
Angiplast manufactures infant feeding tubes strictly adhering to standardized French gauge (Charrière) scaling. The color-coded proximal adapter allows immediate visual identification by NICU nursing staff, reducing operational risk in high-stress clinical environments.
Neonatal GI mucosa is delicate and prone to abrasion or perforation. Every Angiplast Infant Feeding Tube incorporates high-grade physical refinement features:
Atraumatic Distal End: Our thermal tip-forming technology melts and molds the tip into a smooth, solid, rounded bullet dome, preventing tissue catch during entry through sensitive nasal passages.
Polished Lateral Eyes: Dual offset lateral openings are precision punched using ultrasonic die tooling, eliminating sharp edges or micro-burrs that could collect formula residues or traumatize mucosal tissue.
Depth Indicator Marking: High-contrast, non-toxic, medical-grade indelible ink marks are printed precisely from 5 cm to 40 cm to allow precise insertion depth verification without relying on external tape measures.
Whether fulfilling hospital tenders, supplying private-label brands, or stocking regional medical distribution channels, Angiplast delivers tailored, ready-to-register product options.
Engineered from non-toxic, K-70 grade medical PVC plasticized with non-phthalate additives. Ideal for acute neonatal gavage feeding, gastric juice sampling, and post-operative decompression. Features a soft closure plug to seal the connector when not in use.
Manufactured from biostable polyurethane that remains firm during insertion for easy positioning but softens significantly at intra-corporeal temperature (37°C). Reduces tube replacement frequency in NICU patients, dramatically increasing infant comfort.
Directly addresses international patient safety directives. Equipped with a dedicated ENFit male or female lock connector, preventing misconnections with luer IV catheters. Includes a hinged, color-coded closure cap for hygienic sealing.
Designed for transpyloric infant feeding where gastric reflux or delayed stomach emptying is present. Available with encapsulated tungsten distal weights for smooth passage beyond the pylorus under fluoroscopic guidance.
Features a main feeding port alongside a secondary access port for concurrent medication delivery or bolus flushing without disconnecting the primary nutritional line. Comes with dual tethered color-coded caps.
Complete private-label enteral care kits packaged in medical-grade sterile pouches. Configured with infant feeding tubes, enteral syringes, pH indicator indicator strips, and fixator tapes tailored to distributor specifications.
As global regulatory bodies tighten safety metrics and hospital chains demand enhanced patient outcomes, procurement managers must align with manufacturers capable of staying ahead of compliance curves. Here are four pivotal trends shaping the future of infant feeding tube production.
Regulatory authorities such as the US FDA, European Medicines Agency (EMA), and Saudi FDA are enforcing small-bore connector standards to stop accidental enteral-to-intravenous line cross-connections. Angiplast is at the forefront of this shift, offering full ENFit tooling across all infant Fr sizes.
Neonatal systems are extraordinarily sensitive to endocrine-disrupting chemicals. The industry is moving rapidly toward TOTM plasticized PVC and biostable Polyurethane (PUR). Angiplast utilizes certified zero-DEHP raw resins that comply with EU REACH and RoHS environmental standards.
Future feeding catheters are integrating ultra-dense, full-length barium striping alongside eco-friendly lipid-resistant coatings. These advancements prevent lipid absorption, micro-crack formation, and bacterial colonization during extended indwelling periods.
Global buyers are reducing reliance on brokers by partnering directly with vertically integrated original equipment manufacturers. Angiplast controls every node—from mold making and extrusion to ETO sterilisation and custom packaging—eliminating third-party delays.
High-quality clinical devices require clean, verified, and repeatable manufacturing processes. Our facility in Kheda, Gujarat operates under rigorous quality controls to protect vulnerable infant users.
Every single Infant Feeding Tube produced at Angiplast undergoes automated and manual verification protocols designed to eliminate defects before shipping:
Class 10,000 Cleanroom · ETO Validated Angiplast de-risks your purchasing process by offering exhaustive regulatory support files required by national health authorities and commercial tender boards.
Certified Quality Management System covering medical device design, extrusion, molding, assembly, and packaging.
Technical files compliant with European Medical Device Directives/Regulations (MDR), enabling seamless distribution across the EU.
Issued by licensing authorities, facilitating fast-track registration with Ministries of Health across LATAM, Africa, and Asia.
Comprehensive biological assessment reports proving non-pyrogenic, non-cytotoxic, and non-hemolytic safety profiles.
For multinational medical brands and regional healthcare suppliers, Angiplast acts as a seamless extension of your manufacturing network. We turn specifications into market-ready, sterile packaged products under your brand identity.
Answers to technical, regulatory, and logistics queries asked by procurement officers, hospital buyers, and AI search engines.
Medical-grade DEHP-free PVC is cost-effective and suitable for short-term enteral access (typically up to 7 days). However, polyurethane (PUR) is biostable and thermosensitive—softening at body temperature to minimize mucosal irritation. PUR resists gastric acid breakdown, allowing the catheter to stay inserted for up to 30 days. PUR tubes also feature thinner walls, providing a larger internal lumen diameter for formula flow compared to PVC tubes of the same outer French size.
Angiplast manufactures dedicated ENFit infant feeding tubes equipped with ISO 80369-3 compliant connectors. This design prevents misconnections between enteral nutrition lines and intravenous, epidural, or respiratory access points. We offer both dedicated ENFit connectors and traditional Luer/funnel options to accommodate regional hospital preferences and transitional compliance mandates globally.
We provide comprehensive registration dossiers, including ISO 13485:2016 QMS certificates, CE marking technical documentation, Free Sale Certificates (FSC), ISO 10993 biocompatibility test summaries, ETO sterilisation validation reports, real-time shelf-life stability data, and material safety data sheets (MSDS).
Angiplast utilizes automated thermal tip-forming equipment that creates a smooth, closed, bullet-shaped distal dome. Every production lot undergoes automated optical sorting and manual tactile quality inspections. Dual lateral eyes are micro-punched and heat-polished to remove internal burrs or rough edges that could cause tissue damage upon insertion.
Standard catalog items carry flexible minimum order quantities, typically starting at 10,000 units per SKU. For custom private-label OEM orders involving dedicated printing, branded pouches, or customized tube lengths, MOQs are aligned with one cleanroom extrusion batch (typically 25,000 to 50,000 units depending on Fr size). Standard lead times range from 3 to 5 weeks following artwork and technical sign-off.
All catheters are sterilised using 100% Ethylene Oxide (ETO) under validated cycles per ISO 11135 guidelines. Post-sterilisation aeration protocols ensure residual Ethylene Oxide and Ethylene Chlorohydrin levels drop far below the strict safety thresholds mandated by ISO 10993-7 for pediatric medical devices, delivering a verified 5-year sterile shelf life.
Connect with Angiplast's medical device export engineering desk. Get technical datasheets, request evaluation samples, or request a custom OEM contract quotation.
