Piston Cylinder Anatomical Model

Product Overview:

This product is a hands-on dissection teaching device designed specifically for vocational schools, training institutions, and enterprise technology centers. Based on a standard original piston cylinder (hydraulic/pneumatic/engine cylinder liner piston assembly), it provides a visually intuitive teaching experience of the piston cylinder's internal structure, sealing system, and motion principles through precise dissection, color-coded key sections, and a stable platform assembly. It is a core teaching tool for automotive, construction machinery, and hydraulic/pneumatic engineering majors.

Features:
Visually Visible Structure:Utilizing a precise dissection of a real piston cylinder assembly, the internal structure of the cylinder barrel, piston, piston rod, seals, guide sleeve, and end caps is fully displayed in cross-section, allowing for clear understanding of assembly relationships and working parts without disassembly.
Dynamic Demonstration of Motion Principles: Retaining the relative motion function between the piston and cylinder, the piston rod can be manually pushed, visually demonstrating reciprocating linear motion, stroke, rod-side/rodless chamber working principles, etc., with theory and practice corresponding synchronously.

Dynamic Demonstration of Motion Principles: Retaining the relative motion function between the piston and cylinder, the piston rod can be manually pushed, visually demonstrating reciprocating linear motion, stroke, rod-side/rodless chamber working principles, etc., with theory and practice corresponding synchronously. Clear and easy-to-understand color-coded identification: Key components are distinguished by different colors, making the sealing system, pressure-bearing surface, moving parts, and mounting/positioning surfaces immediately clear, facilitating classroom explanations and quick structural identification for students.

Safe and durable for teaching: Cut surfaces are blunted and ground, eliminating sharp edges; the entire unit is fixed on a dedicated stand, ensuring stability and preventing wobbling. It is impact-resistant and oil-resistant, suitable for long-term, repeated teaching use.

Easy fault identification: It visually demonstrates the structural locations corresponding to typical faults such as seal failure, internal leakage, external leakage, and jamming, providing a physical reference for teaching hydraulic/pneumatic system fault diagnosis.

Adaptable to multiple teaching scenarios: It can be used for structural understanding and principle demonstrations, as well as disassembly and assembly training, seal identification and replacement, meeting various needs such as integrated theory and practice teaching, skills training, and skills competition demonstrations.

Convenient installation and placement: Equipped with a stable stand, it is stable, easy to move, and can be directly used for classroom demonstrations, group training in the lab, and exhibition hall displays, saving space and being easy to manage.

Practical Training Projects:
I. Structural Understanding Training

II. Working Principle Demonstration Training

III. Disassembly and Assembly Training

IV. Sealing System Understanding Training

V. Fault Diagnosis and Analysis Training

VI. Measurement and Accuracy Inspection Training

VII. Classroom Presentation and Assessment Training