The GUNT Assembly Combined Gears trainer offers an advanced, hands-on introduction to compound gear systems. Designed for mechanical engineering and vocational training, it emphasizes the practical assembly, configuration, and analysis of interconnected gears to demonstrate how combining gear stages affects torque, speed, and directional control.
Product Features
- Demonstrates the combination of different gear types to create compound transmission systems.
- Supports both series and parallel gear combinations to achieve varied transmission ratios and properties.
- Ideal for understanding multi-stage gear configurations used to increase transmission ratios.
- Enables assembly of six different gear types in various combinations.
- Flexible component layout allows for experimenting with user-designed gear configurations.
- Step-by-step learning process: task interpretation, drawing reading, gear assembly, calibration, verification, and calculation.
- Driven manually by a hand crank for safe and controlled testing of gear functions.
- Solid square steel tube frame and high-precision bearings ensure stable and accurate tooth interlocking.
- All parts are clearly organized and securely stored in a dedicated system for easy access.
- Part of GUNT’s scalable gear assembly series—fully functional alone or as a follow-up to GL 410 (simple gears) and a precursor to GL 430 (control gears).
Benefits
- Hands-on understanding of complex gear interactions and combined transmission effects.
- Encourages practical problem-solving and experimentation with gear design.
- Perfect for advanced training in mechanical engineering and technical education.
- Modular learning structure supports skill development from foundational to complex levels.
- Expandable training series allows long-term curriculum integration.
Why Choose the GUNT Assembly Combined Gears Trainer?
The GUNT Assembly Combined Gears trainer equips learners with the skills needed to design, assemble, and analyze compound gear systems. Its flexible, modular setup and focus on precision assembly make it a valuable tool for deepening understanding of gear interactions and preparing students for real-world engineering applications.
