Mechanisms Plus
Fundamental Mechanics
Modular engineering training system for teaching statics, materials, dynamics, and mechanisms.
Fundamental Mechanics is a modular engineering training system that helps students develop a practical understanding of core mechanical engineering principles through hands-on experimentation. Designed for colleges, universities, and technical training programs, the range combines durable laboratory equipment with a structured curriculum, allowing students to investigate engineering concepts while collecting and analyzing real experimental data.
The complete Fundamental Mechanics range includes equipment for studying Statics, Materials, Dynamics, and Mechanisms, with experiments across eight kits. These kits can be combined into a single, robust, and storable education system. Additional systems for Linear and Rotational Dynamics with data logging, as well as Thermodynamics, are also available separately.
Complete Mechanical Engineering Fundamentals
Each solution focuses on a specific area of mechanical engineering while maintaining a common, space-saving laboratory platform. Experiments are easily interchangeable onto a sturdy metal panel, and equipment stores neatly in Gratnells trays between classes, making it ideal for shared classrooms and multi-use educational labs.
- Hands-on experiments for statics, materials, dynamics, mechanisms, and related mechanical engineering concepts
- Over 50 individual experiments across eight different solutions
- Modular equipment that can be purchased individually or as a complete system
- Rugged metalwork designed for educational laboratory environments
- Sturdy Gratnells tray storage for convenient classroom organization
- Comprehensive curriculum with student worksheets and teacher notes
- Suitable for mechanical, manufacturing, and general engineering programs
Fundamental Mechanics Modules
The complete range is organized into multiple modular solutions, allowing instructors to build a laboratory that matches their curriculum while providing students with extensive practical experience.
Study the principles of static equilibrium, forces, moments, beam reactions, and structural behavior through practical laboratory exercises. Students investigate how loads are transferred through structures and validate engineering calculations using real equipment.
Explore the mechanical properties of engineering materials through experiments involving stress, strain, torsion, beam deflection, tensile loading, and shear. Students gain a practical understanding of how different materials respond under various loading conditions.
Investigate the behavior of moving systems by studying velocity, acceleration, inertia, energy, momentum, and dynamic motion. Practical experiments reinforce theoretical concepts commonly taught in mechanical engineering courses.
Examine how mechanical systems transmit motion and force using gears, cams, linkages, crank mechanisms, and other common machine elements. Students learn how individual components combine to create practical mechanical systems.
Dynamics Plus and Mechanisms Plus expand the core Fundamental Mechanics range with additional practical experiments, giving students more opportunities to explore mechanical principles through hands-on investigation.
Additional systems covering Linear and Rotational Dynamics with data logging, as well as Thermodynamics, are available separately. These options allow institutions to broaden laboratory capabilities while maintaining a consistent learning platform.
Designed for Engineering Education
The Fundamental Mechanics range provides a practical bridge between classroom theory and real-world engineering applications. By assembling experiments, collecting measurements, and comparing results with engineering calculations, students develop stronger analytical skills and a deeper understanding of mechanical engineering principles.
Matrix equipment is built with education in mind. Rugged metalwork, sturdy storage, and comprehensive curriculum resources help instructors deliver effective hands-on learning while supporting the needs of busy, shared, and multi-use laboratory spaces.
More Information
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Videos:
Fundamental Mechanics - Materials
Discover how the Matrix Fundamental Mechanics Materials kit helps students investigate beam deflection, stress, strain, Young's modulus, and material properties through hands-on experiments.
Solutions:
Mechanisms Plus
Curriculum:
