Resources
See How Our Process Solves Real Manufacturing Challenges
Explore real examples of how we helped customers identify performance issues, develop solutions, and move improvements into production

Thermoplastic Extrusion: Design and Material Considerations for Custom Components
When an application requires a continuous plastic profile, finding an existing extrusion with the right dimensions and material properties may seem like the simplest approach.

Thermoplastic Extrusion: Designing Continuous Profiles for Manufacturing Success
From flexible seals and tubing to rigid structural profiles, thermoplastic extrusion provides a versatile way to manufacture continuous components with consistent cross-sectional geometry. The process

Material Evaluation: Choosing the Right Materials for Better Product Performance
Material selection influences nearly every aspect of a product’s performance. Strength, durability, weight, environmental resistance, manufacturability, and cost can all depend on choosing a material

Concept Validation & Testing: Reducing Manufacturing Risk Before Production Begins
A product concept can look successful in CAD and still encounter challenges when it reaches manufacturing or real-world use. Fit issues, unexpected loads, material behavior,

Engineering Design & Analysis: Reducing Manufacturing Risk Before Production Begins
Bringing a new product to market involves far more than creating a functional design. Every engineering decision influences manufacturing efficiency, product quality, production costs, and

Mechanical Sub Assemblies: When Outsourcing Assembly Improves Manufacturing Efficiency
Manufacturers today are under constant pressure to produce more complex products while controlling costs, shortening lead times, and maintaining quality. Many OEMs have responded by

Low Pressure Molding vs. Traditional Injection Molding
Choosing the right method for your project While traditional injection molding remains the preferred solution for many high-volume plastic components, it is not always the

Your Essential Guide to Overmolding Design and Manufacturing
When properly engineered, overmolding can reduce assembly steps, improve product reliability, and create components that perform better in demanding environments. Achieving those benefits, however, requires