Mucus Sucker / Ear Syringe Bulb Manufacturer,Supplier and Exporter in India
Product Code : SCL-ELE-11909
The Mucus Sucker and
Ear Syringe Bulb is engineered for the controlled aspiration of fluids in University
clinical simulations and Vocational healthcare curricula. Available in Small,
Medium, and Large volumetric capacities, these units meet ISO 13485 quality
standards for medical-grade elastomers. They provide calibrated suction force
required for teaching delicate neonatal airway clearance and aural irrigation
protocols.
Technical Specifications
|
Tender Specification |
OEM Technical Detail |
|
Material Grade |
Vulcanized medical-grade
natural rubber / Synthetic elastomer |
|
Volumetric Sizes |
Small, Medium, Large |
|
Nozzle Configuration |
Integrated, seamless tapered
tip for atraumatic insertion |
|
Suction Mechanism |
High-rebound elastomeric
memory for consistent vacuum pressure |
Key Pedagogical Outcomes
·
Graduated
Volumetric Capacities (S/M/L): Enables students to select appropriate suction volumes based on
patient modeling (Neonatal vs. Pediatric), supporting "Patient-Centered
Clinical Decision Making."
·
High-Rebound
Elastomeric Wall: Facilitates the
mastery of rhythmic aspiration and irrigation techniques, reinforcing Bloom’s
"Psychomotor Domain" in emergency airway management.
·
Seamless
Tapered Nozzle: Allows for simulated
atraumatic entry into delicate orifaces, supporting the "Clinical Safety
and Risk Mitigation" module.
International Logistics & Compliance
To ensure material
stability and prevent oxidative perishing during transcontinental maritime
transit, all units are treated with UV-inhibitors and secured in
moisture-barrier primary packaging within export-grade seaworthy crating
(ISPM-15 compliant). Documentation provided for international procurement
includes the Manufacturer’s Authorization Form (MAF), Certificate of
Conformance (CoC), and IQ/OQ/PQ certification for institutional quality audits.
The component is fully tropicalized; the elastomer substrate is batch-tested
for ozone resistance and thermal stability in environments reaching 45°C and
90% humidity to prevent premature hardening or surface tackiness.
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