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What is SAM Mechanism Software and How Can It Help You Design and Optimize Planar Mechanisms
SAM (Synthesis and Analysis of Mechanisms) is an interactive PC-software package for the design, analysis (motion and force) and optimization of arbitrary planar mechanisms[^1^]. It is developed by Artas Engineering Software, a company with 25 years of experience in mechanism design software[^2^]. SAM can be used by teachers, design engineers and specialists who need to tackle any mechanism design challenge, perform motion/force-analysis and even improve the initial design with state-of-the-art optimization based on a mixed evolutionary algorithm and Simplex approach[^2^].
SAM has many features that make it easy and intuitive to use, such as:
CAD-interface, DXF import/export[^1^]
Design wizards for angle-function generation, 4-bar mechanisms and exact linear guiding[^1^]
Modelling of various elements such as beam, slider, spring, belt, gear, rack-and-pinion, non-linear spring and curved slider[^1^]
Input motion composition of standard profiles or textfile[^1^]
Analysis results of positions, angles, lengths, velocities, accelerations, forces and torques[^1^]
User expressions for custom calculations[^2^]
Optimization of all geometry parameters for a single function or a path[^1^]
SAM also has many examples and references that show how it can be applied to different types of mechanisms and drive systems. Some examples are:
Crank-slider mechanism with force analysis[^3^]
Four-bar linkage with path optimization[^3^]
Cam-follower mechanism with angle-function generation[^3^]
Bicycle chain drive with belt modelling[^3^]
SAM is a powerful tool that can help you design and optimize planar mechanisms in a fast and accurate way. You can download SAM and request a trial license from the Artas Engineering Software website[^4^]. You can also watch the tutorial videos and read the manual to learn how to use SAM effectively. If you have any questions or need support, you can contact the Artas Engineering Software team by phone or email.
If you are interested in learning more about SAM and how it can help you design and optimize planar mechanisms, you can also check out the application notes and the release notes on the Artas Engineering Software website. The application notes provide detailed explanations and examples of how to use SAM for various purposes, such as:
Designing a mechanism with a prescribed motion
Optimizing a mechanism for minimum actuator force
Comparing different types of mechanisms for the same function
Modelling complex mechanisms with multiple loops
The release notes show the latest updates and improvements of SAM, such as:
Unified import of data (no more linking to files + option to interpret data as SI or current units)
Shortened analysis time by a factor of 4 to 5
New design wizard for exact linear guiding
New element type: curved slider
SAM is constantly evolving and adding new features and capabilities to meet the needs and challenges of mechanism design. Whether you are a teacher, a design engineer or a specialist, SAM can help you create, analyze and optimize planar mechanisms in an easy and efficient way. Try SAM today and see for yourself! 061ffe29dd