Providing a direct connection between the design of electrical and mechanical systems
Design Interoperability
It’s no secret that products today are increasingly complex with many, if not most, reliant on integrated electronics.
It is critical that designers of both systems collaborate throughout the development process in order to prevent conflicts and ensure alignment between each system prior to design completion.
Our product delivers a unified platform for electromechanical design. An efficient ECAD-MCAD co-design process enables you to eliminate costly electromechanical issues during new product development by giving a holistic view.
Integrating mechanical, electronic and electrical components in electromechanical products is crucial to aerospace, automotive, electronics, machinery and medical device manufacturers. These manufacturers are challenged to transform their development processes to concurrent design and systems engineering methods that support collaboration among diverse disciplines.
Recent advancements in automation in industrial production are focused on flexibility and quality. Manufacturing flexibility not only allows for more product types, but also lets consumers order customized products that are automatically produced.
Features of Our Mechanical Engineering Services
• Compliance with International standards like AISI, DIN and ISO
• Expertise in working with AutoCAD,SolidWorks, AUTOdesk etc.
• Stringent quality processes and security measures
• CAD Conversion Services rendered by expert Draftsmen and Engineers
• Editable 2D CAD Drawings for prototyping
• Accurate 3D CAD drawings that allow you to share concepts
• Realistic Mechanical 3D Product Animation
Mechanical Engineering Services We Offer
At KAME engineering Ltd., we offer a wide range of mechanical engineering solutions such as Engineering Design, Drafting, Animation and CAD related services to fulfill our clients' diverse business requirements
As a mechanical engineering consultant, most of your activities will revolve around solving problems in real-world scenarios. Learning these skills is imperative given the fact that the program itself focuses on core areas like electro-mechanical devices, instrumentation and controls, mechanical design and analysis, material science and manufacturing process, as well as computer-aided engineering graphics and analysis.
