The need of creating user specific products entails different approach for each design. The ultimate user satisfaction is attained by embedding those specifications into the design right from the planning phase. We offer DFM, DFT, DFA, DFS services which give our customers a freedom of choice to make the final product as close to their expectations as possible. Regardless of the approach, excellence of design is inherent in all systems designed and manufactured by our teams.
Design for Assembly (DFA)
Design for Assembly approach for a system ensures that the system is designed to facilitate process of assembling the system. This approach focuses on designing a system that requires minimum rotations for assembly and minimum possibility of incorrect assembly. These systems are designed in a way to make parts insertion easy, error free and quick. The early detection of errors in DFA systems saves valuable time wasted due to incorrect assembling.
Design for Manufacturability (DFM)
Design for Manufacturability approach emphasizes that the design should make the manufacturing process of the product as easy, cost and time efficient as possible. The approach extends to the entire manufacturing process i.e. fabrication, assembly, test etc. This approach assures that the manufacturing phase of the product is as efficient as possible which in turn guarantees that the end products delivered to users are reliable and of high quality.
Design for Serviceability (DFS)
Design for Serviceability approach is adopted for a system where the performance and quality concerns are to be addressed. This approach emphasizes the quality and serviceability features before and during the designing and manufacturing of the product. This requires that the product has minimum maintenance requirements and is easy to diagnose.
Design for Testability (DFT)
Design for Testability approach is adopted to ensure that the design is suitable and easy to test. This approach enables speedy testing by increasing the probability of detecting faults. The design is made easily testable at various stages of its operation and in various environments. Such designs assure that the systems are easy to maintain and test for users.