Unisex Catheterization Training Model
Product Specification Sheet
Unisex Catheterization Training Model
Model Number: MTMS-13
Micro Technologies presents a unisex catheterization training model designed for safe and effective clinical practice. This simulator replicates both male and female anatomy, allowing students and professionals to practice urethral catheterization with realistic resistance feedback. Built with durable medical‑grade materials, it serves as a reliable training aid for universities, hospitals, and nursing schools.
Product Specification
The Unisex Catheterization Training Model is a specialized training tool replicating internal and external genital organs of both male and female for catheterization practice. It provides realistic anatomical shape, tactile feedback, and resistance similar to the human body when advancing the catheter through the sphincter.
This simulator supports insertion, indwelling catheter placement, and bladder irrigation procedures. Constructed from durable PVC and silicone composites, it withstands repeated handling while maintaining accuracy.
Features
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Life‑size unisex catheterization simulator
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Realistic male and female urethral passages
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Provides resistance at sphincter for accurate practice
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Supports catheter insertion, indwelling catheter, and bladder irrigation
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Durable medical‑grade PVC and silicone construction
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Mounted on a stable base for demonstration
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Suitable for hospitals, universities, and nursing schools
Benefits
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Enhances nursing and medical education with realistic practice
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Provides safe catheterization training without live subjects
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Improves skill development for urinary procedures
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Reduces replacement costs through durable construction
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Portable design allows flexible classroom and clinical use
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Provides procurement value with long‑term ROI
Product Specifications
| Specification | Details |
|---|---|
| Product Name | Unisex Catheterization Training Model |
| Product Type | Nursing Training Simulator |
| Material | Medical‑grade PVC and silicone |
| Capacity | Adult male & female anatomy size |
| Accuracy/Tolerance | Realistic catheterization simulation ±2 mm |
| Calibration Standard | Nursing training demonstration standard |
| Base Type | Mounted support |
| Color | Skin‑tone anatomical model |
| Usage/Application | Nursing training, catheterization practice, hospital demonstration |
Available Variants
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Standard unisex catheterization model
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Model with advanced bladder irrigation system
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Model with extended catheterization modules
SKU System
UC‑050‑ST UC‑100‑BI UC‑150‑CM
FAQs
Is the unisex catheterization model durable for repeated classroom use?
Yes, it is built with medical‑grade PVC and silicone for long‑lasting durability.
Does the simulator replicate realistic urethral passage resistance?
Absolutely. It provides resistance similar to the human body when advancing the catheter through the sphincter.
Can this simulator be used for both male and female catheterization practice?
Yes, it is specifically designed to replicate both male and female anatomy for catheterization training.
Is bulk ordering available for universities and hospitals?
Yes, Micro Technologies offers bulk procurement options with institutional pricing.
Can the simulator be customized for specialized training needs?
Customization options are available, including advanced bladder irrigation and extended catheter modules.
What is the packaging and shipping timeline?
Each simulator is securely packed in protective cartons, with standard shipping timelines of 7–10 business days for bulk orders.
Why Choose Our Products
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Manufactured under strict quality control standards
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Precision engineering for realistic catheterization simulation
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Long service life with durable materials
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Responsive support for institutional buyers
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Bulk supply capability for universities and hospitals
Call to Action
Advance your nursing education and clinical training programs with the Unisex Catheterization Training Model from Micro Technologies. Contact us today for bulk inquiries, institutional orders, distributor partnerships, or quotation requests.
