Education
Medical and Healthcare
Biotechnology
MySTI Certified
STI202400918

Femoral Access Training Intervention (FATIn)

LONGE MEDIKAL SDN. BHD.

FATIn (Femoral Access Training Intervention) is a portable, anatomically accurate femoral access simulator designed for ultrasound-guided training in vascular access procedures. Its non-complicated design features a replaceable puncture site, enabling repeated practice while maintaining cost-efficiency. The model includes realistic femoral anatomical structures, such as the femoral bone, femoral artery, and femoral vein, ensuring lifelike tactile feedback and visual accuracy during procedures. The simulator supports ultrasound-guided femoral access management, offering a mobile femoral casing for use in various training environments, including classrooms, clinical workshops, and field simulations. Its real-time ultrasound compatibility enables trainees to practice locating and accessing vascular structures, performing needle insertion, and advancing catheters under ultrasound guidance. Replaceable Puncture Sites allow for repetitive use while ensuring hygienic and effective training. This feature minimizes downtime and maintenance costs, making FATIN ideal for high-volume training programs. Its compact, mobile design eliminates the need for extensive setup, allowing on-the-go training sessions and easy transport. FATIN addresses critical challenges in clinical training, including skill development gaps in vascular access procedures, limited access to advanced simulators, and the need for portable, cost-effective solutions. It enhances procedural confidence while reducing learning curves, enabling trainees to gain essential skills in a realistic, risk-free environment. In summary, FATIn is a highly portable, ultrasound-compatible femoral access training solution, offering anatomical accuracy, realistic tactile feedback, and cost-effective replaceable components. It empowers clinicians to build procedural expertise, ensuring safe and accurate femoral access management.

SSM Registration Number
1209979-W
ePerolehan Number
Indicative Price
MYR 100,000.00
Company Email Address
ceo@longemed.com
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Unique Selling Proposition

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Replaceable Puncture Site for Repeated Practice

The simulator’s replaceable puncture modules allow for repetitive practice without degrading the training experience. This feature ensures long-term usability and cost-efficiency, making FATIn suitable for high-volume training in clinical and educational institutions.

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Ultrasound-Guided Simulation Compatibility

FATIn supports ultrasound-guided vascular access training, enabling real-time visualization of the femoral artery and vein during procedures. Trainees can perform needle insertion and catheter placement with immediate ultrasound feedback, improving procedural accuracy and decision-making.

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Mobile and Portable Design

FATIn’s lightweight, compact, and mobile femoral casing allows for on-the-go training across various environments, including classrooms, workshops, and remote training facilities. Its easy portability eliminates the need for complex installations or dedicated lab spaces.

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Anatomically Accurate Femoral Structure

FATIn features realistic anatomical structures, including the femoral bone, femoral artery, and femoral vein, providing an authentic simulation environment. This ensures precise training in needle placement, vascular structure identification, and catheter insertion, closely mimicking real-life procedures.

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Cost-Effective Modular System

Designed with budget-conscious institutions in mind, FATIn offers a cost-effective training platform. Its modular components, including replaceable puncture sites and easy maintenance features, reduce recurring expenses while maximizing training value.

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Comprehensive Multi-Level Training Support

FATIn supports multi-level training, catering to both beginners learning basic vascular access skills and advanced clinicians mastering complex catheterization procedures. Its realistic design and procedural flexibility ensure progressive skill development, improving both clinical confidence and patient safety.