Design Validation on Special Purpose Machines

Design validation is the process of ensuring the quality of Designed product, by conforming to user specifications and requirements. Special Purpose Machine Design and Manufacturers produce tailor-made machine tools as dictated by their customers. Validation of these machines fall into two categories - Analytical and Physical.

 Special Purpose Machine Design
Special Purpose Machine Design


Analytical methods include Finite Element Analysis (FEA), Computational Fluid Dynamics (CFD), Kinematic Analysis of Mechanisms and Free-Body Diagram. Physical testing include deflection measurements, strain gauging, vibration testing, measuring fluid flow parameters, temperature measurement, accelerated durability testing and frequency response measurements.


Virtual design validation simplifies the Conventional process and requires only a 3d CAD Model to validate product's mechanical resistance, durability, natural frequencies, heat transfer and buckling instabilities.

SPM design Challenges:
Increased design cycle time
Increased warranty costs and recall
Re-design
Material cost
Product quality and performance

Design validation on SPM is done to achieve the following:
Accelerated new product development cycle
Reduced prototyping costs through Virtual Testing
Improved product quality and performance
Ensured reliability and safety standards
Reduced risk by identifying hotspots in design
moulding/casting defects identification, weight reduction and load carrying capacity                 determination
Vibration reduction in embodiment and other machine modules like pneumatic and hydraulic systems, power packs, etc.


Design validation benefits:
Design first time right
Virtual testing at early stage of design process
Reduced time consumption and costly prototyping
Design optimization and alternatives to offset the material cost
Study different alternatives
Performance improvement of complex mechanisms
Drop testing of handheld components
Instant compliance checks for safety 
Optimized design for size, weight and efficiency

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