Cylinder head anatomical model - 4-valve engine

Product Overview:

This product is a 1:1 scale anatomical teaching and training model based on an inline 4-cylinder/single-cylinder 4-valve gasoline engine. Through directional sectioning, color markings, and movable demonstration structures, it fully showcases the core structures of a 4-valve engine, including the valve train, intake and exhaust ports, combustion chamber, spark plug mounting holes, fuel injector holes, cooling water passages, and lubrication oil passages. It is suitable for vocational schools, technical schools, automotive training institutions, and pre-employment training in enterprises, and can be used for teaching and practical demonstrations of courses on engine mechanical structure, valve train working principles, and combustion chamber structure.

Features:

1. 1:1 Realistic Structure Replica

2. Visible Cross-Sectional Cutaways of Key Components

3. Movable Demonstration of the 4-Valve Cylinder Head Mechanism

4. Integrated Display of Multi-System Structure

5. Safe Manual Operation, Durable and Stable

Training Project:

I. Training Objectives

Knowledge Objectives: Master the overall structure of a 4-valve cylinder head, the 2-intake/2-exhaust per cylinder arrangement, and recognize components such as valves, camshafts, intake ports, combustion chambers, water passages, and oil passages.

Skill Objectives: Be able to explain the working process of the valve train mechanism through manual demonstration and understand the structural advantages of 4 valves compared to 2 valves.

Professional Objectives: Cultivate standardized observation, hands-on operation, structural analysis, and teamwork abilities, laying a foundation for engine disassembly, assembly, and repair. Target Audience: Vocational school students majoring in automotive engineering, automotive repair apprentices, and pre-employment trainees.

II. Training Content:

(I) Structural Cognition Training

(II) Demonstration of Valve Train Working Principle

(III) Observation of Internal Flow Channels and System Structure

(IV) Training Summary and Recording