Realize, Strategize, Release, Support.
At this stage, the concept is realized and refined, ultimately leading to a finalized assessment of materials and manufacturing processes needed to fabricate and distribute the product. Next, we strategize the product's release and launch, taking into consideration product localization. Through it all, our team actively supports our client's best interests, doing whatever it takes to ensure success and satisfaction.

Computer Aided Design (CAD)
IDEA has access to the most advanced CAD software/hardware, offering clients accelerated development and a quicker time to market. The use of solid modeling systems enables highly accurate parametric data. As a result, we can verify structural configuration and perform all necessary analysis while minimizing material volume and tolerance/fit checks prior to production.

Manufacturing Assessment
IDEA's manufacturing team puts your concept through various manufacturing process assessments. We identify the most advanced, cost-effective manufacturing techniques for your product, ensuring the highest possible profit margin. By uncovering the optimal materials and manufacturing processes, we help realize higher royalties for you.

Manufacturing
IDEA has access to the most advanced CAD software/hardware, and offers its clients accelerated development, timelines and a minimized time to market. The use of solid modeling systems enables highly accurate parametric data, allowing verification of structural configuration and analysis, minimizing material volume and tolerance/fit checks prior to production.

Prototyping
IDEA recommends utilizing prototyping (pattern making etc.) as a segment of the development process. This involves an overall evaluation of a product's function, form and user-interface. Crafted prototypes precisely emulate the overall product production, allowing confirmation of design and engineering principles. This achieved awareness allows IDEA to respond with intelligent, informed and targeted development programs emanating from top-level strategies.

• Parametric Solid and Surface Modeling
• Simulated Mechanical Analysis
• Ergonometric Simulation Modeling
• CNC Tool path Machining Software
• Full Documentation
• Assembly Drawings

• Visual/User Interface Models
• Alpha/Beta Prototype Development
• Proof of Principal Design
• SLA-Stereo lithography
• SLS-Selective Laser Sintering
• Composite Epoxy Injection Molds
• RTV Molding (silicon tools)
• Urethane, Epoxy & Polyester Casting
• Pattern Making
• Sheet Metal
• Metal Castings
• Laser Cutting (plastic, metal)
• Short Run Production Tooling