Whole body vascular model PLZHXG011

circulatory systemarteryblood vessels

Overview
The PLZHXG011 is a full‑body modular vascular model with a humanoid transparent shell. Vascular anatomy is reconstructed from real CT/MRI data and integrates the major arteries. Flexible, highly transparent silica gel (hardness 30A) reproduces vascular morphology and flow with anatomical fidelity. An integrated control unit with a bionic pulsatile pump simulates temperature, pressure, flow rate and pulse to reproduce arterial hemodynamics. Intended uses: medical training, device evaluation, surgical rehearsal, education, hands‑on training and R&D.

Main functions

• Modular vascular segments can be freely combined to cover the whole body, enabling rapid reconfiguration and easy transport for diverse training scenarios.
• Designed for procedural simulation and device testing with multiple vascular access options (femoral, radial/brachial, subclavian, carotid) to reproduce common interventional approaches.
• Replaceable lesion modules allow practice on high‑risk areas and quick swapping between lesions of different structures and states.
• Simulated pump system supports multiple hemodynamic states by adjusting heart rate, blood pressure and cardiac output to match varied clinical cases.
• Procedure recording via simulated DSA captures and exports operation sequences for review, assessment and archiving.
• Radiation‑free training option: high‑transparency vessels can be paired with radiation‑free simulated imaging for practice without X‑ray exposure.
• Humanoid form provides visual and ergonomic context for positioning, instrument handling and team workflow training.

Materials and build
The model uses highly transparent soft silica gel (hardness 30A). The transparent humanoid shell improves visual realism and procedural training fidelity.

Compatibility & customization

• Supports 1:1 customization from CTA data and is supplied with interchangeable vascular modules (e.g., middle cerebral artery, coronary arteries, abdominal aorta).
• Can simulate disease states such as aneurysms and stenosis for neurovascular, coronary and peripheral intervention training and device evaluation.
• Fully compatible with standard interventional instruments (guidewires, catheters, stents) from major manufacturers such as Cordis, Boston Scientific, Abbott and Medtronic.
• Imaging compatible with contrast angiography and CT; can be equipped with a simulated DSA system and HD camera for real‑time display, electronic inversion and image enhancement to build a complete simulated surgical imaging environment.

Drawings
Includes detailed drawings and illustrative images of the modular full‑body vascular model and its components to support setup and module replacement.

FAQ

• Q1: Does the system support customization for different training or device development needs?
  Answer: Yes. The system can be customized 1:1 from customer CTA data and equipped with various replaceable vascular modules (e.g., MCA, coronaries, abdominal aorta). It can simulate aneurysms, stenoses and other pathologies for neurovascular, coronary and peripheral intervention scenarios and device evaluation.
• Q2: Is the system compatible with common surgical instruments and imaging technologies?
  Answer: Fully compatible. Standard interventional instruments from leading manufacturers (guidewires, catheters, stents) can be used. Imaging adaptation includes contrast angiography and CT; the model can be equipped with a simulated DSA system and HD camera for real‑time display, electronic inversion and image enhancement.

Technical specifications

• PN: PLZHXG011
• Main material: highly transparent soft silica gel; hardness: 30A
• Vascular model dimensions: length 168.5 cm × width 58.5 cm × height 26.4 cm
• Lead time: 25 days
• Origin: Shanghai, China
• Modular design: replaceable lesion modules for varied disease‑state simulation
• Simulated circulation: integrated loop and bionic pulsatile pump to simulate temperature, pressure, flow rate and pulse
• Access points: femoral, radial/brachial, subclavian and carotid options
• Compatibility: supports real surgical instruments (guidewires, catheters, stents) from major manufacturers
• Imaging: compatible with contrast angiography, CT and simulated DSA (radiation‑free simulated DSA available)