Industrial Design
Product Prototype Development Services
Our in-house model-making and prototype machining can produce photorealistic models, complex engineering prototypes, and high-tolerance machined parts.
Our 3D printing and laser cutting services allow for quick-turn prototypes. In our engineering laboratory, we have the tools necessary to build and test multifunctional electromechanical systems. Building engineering check models helps validate the products we engineer before we deliver the project — this all but guarantees your ROI.
Why Us?
- Iterative prototypes across all stages of development
- High-quality visual models
- Quick turnaround times to accelerate your process
- Transparent and effective communication
From Idea To Execution
Walking you through the entire product development journey
04
Prototype engineering
Fabricate and test early-stage physical and functional models to evaluate functionality, performance, and feasibility before full-scale production
Our Process
Define Product Requirements
Requirements are defined early in the process, whether for structural or performance needs, aesthetic goals, COGS targets, etc. We can assist in defining the product requirements document if needed.
Product Architecture
The design concepts are reviewed for engineering feasibility or concerns.
Mechanical Concept
Industrial design concepts are then reviewed for manufacturing details like molding and assembly while addressing structural, thermal, or other high-performance requirements.
Safety & Compliance
Compliance needs, including EMI shielding, material compliance, UL, FCC, TUV, etc., are taken into account.
Design for Manufacturing
Whether it’s plastics or metals, reviews will occur with the appropriate manufacturers to ensure all specifications can be met. Any cost drivers or challenges will be reviewed, and an action plan will be created.
Mechanism Testing & Iteration
Complex mechanisms are tested early and often. Quick iterations using our in-house 3D printing or laser cutting are made for testing before moving to higher-fidelity prototypes.
EEngineering
Solve advanced engineering problems to create innovative product solutions and get your product to market.
- Mechanical engineering
- Process & material knowledge
- Design for manufacturability
- Tooling management
- Finite element analysis (FEA)- static and dynamic
- QC drawings- GD&T
- Design for safety compliance
- Safety certification submission support
- Testing protocol can be provided if appropriate
Featured Work
Blogs
Engineering
Mesh modeling in industrial design
Engineering
Solving the hurdle of plastics in product design
Engineering