Medical Teaching Simulation Type Plastic 3D Human Anatomy Lung Model

We uphold the core value of 'creating value for partners' and create value for the Automotive Direct Injection Training Equipment, Automotive Electronic Ignition System Simulator, educational driving school training lab equipment industry through independent innovation and sincere cooperation. We have a thorough knowledge of how to deliver products or services to meet the needs of clients. We improve the efficiency of customer service and create greater value for customers through characteristic service. Thus far, our item associated with printer dtg a4 may be shown in most foreign nations as well as urban centers, which are sought after simply by targeted traffic. We will not live up to the historic opportunity of the times.

I. Product Introduction

This training system is based on a Toyota Corolla hybrid vehicle. It is equipped with six test panels that allow for real-time monitoring of the operating status of the sensors and actuators in each system. This product provides a direct understanding of the hybrid vehicle's system composition, faithfully replicating the environment of a real vehicle and making it more suitable for instructional purposes than the actual vehicle itself.

 

II. Functional Features

1. Based on a complete hybrid vehicle, large sections of the original body panels have been removed without separating the body from the chassis. The original powertrain and high-voltage system components remain intact (undismantled). Following this modification, the entire high-voltage system and its components are exposed as much as possible to facilitate observation. The relative positioning of the original vehicle parts remains unchanged, and all original functions are preserved, allowing the vehicle to be driven on the ground.

2. A test port for the vehicle's complete circuitry has been added. Each test port features a corresponding test panel for verifying signals from the battery management system, charging system, powertrain, air conditioning system, steering system, ABS, lighting system, wiper system, etc. The test panel displays a complete circuit diagram and is equipped with test terminals.

3. A multimeter and an oscilloscope can be used to measure resistance, voltage, frequency, and waveforms for various sensors and actuators.

4. It can be connected to an automotive diagnostic scanner-either a dedicated or universal model-to perform self-diagnostic functions, such as reading and clearing fault codes and reading data streams from the entire vehicle system. 5. The training platform's measurement panel is made of a high-strength acrylic sheet with a spray-painted finish; it offers resistance to significant temperature fluctuations, wear, moisture, corrosion, and deformation, while ensuring a long service life, vibrant colors, and fade resistance.

6. The training platform is constructed using international-standard aluminum alloy profiles, making it lightweight, high-strength, corrosion-resistant, and durable. It requires no painting, making it more eco-friendly while providing a sophisticated, aesthetic appearance. The frame is equipped with self-locking casters, ensuring flexible mobility, safety, reliability, and durability.

 

III. Technical specifications:

1. Product dimensions: Length × Width × Height (approx. 4700 × 1800 × 1600 mm)

2. Power supply: 12 V DC / Original vehicle high-voltage battery

 

We can increase the competitiveness of our Medical Teaching Simulation Type Plastic 3D Human Anatomy Lung Model by creating greater added value, for instance by improving the technical level of products. We will continue to surpass ourselves and provide customers with sustainable services. Our company has established a perfect product system after years of operation. Through the combination of traditional channels and Internet channels, a complete marketing context has been formed, which makes the trade mode more abundant.