Engineering Design Consulting Services Built for Production

Engineering designers translate product ideas and requirements into detailed technical designs that can be evaluated and manufactured. Their work often includes 3D CAD modeling, component and assembly refinement, material and process considerations, prototype planning, and production documentation. At Finine Design and Manufacturing, design work can also connect directly with 3D printing, CNC machining, casting, molding, finishing, and graphics capabilities.

The 30%, 60%, and 90% design framework is a staged review process used to develop a design with increasing detail. At 30%, teams typically confirm the concept and major requirements. At 60%, the design is substantially developed for technical review and prototype planning. At 90%, details are largely finalized, allowing teams to address remaining revisions before release or production preparation.

Finine Design and Manufacturing supports product development for automotive, military and defense, consumer electronics, and medical applications. The company has particular specialization in dental and orthopedic medical sales and educational products. Available capabilities can support the path from a digital product concept through prototype parts, production-oriented manufacturing methods, paint finishes, and product graphics.

Yes. A concept can be developed into a detailed CAD model, refined for the intended prototype method, and physically produced through 3D printing or other suitable processes. Physical prototypes help teams evaluate form, fit, and functional considerations before committing to a production path. The resulting feedback can be incorporated into the design for further iteration or manufacturing preparation.

CAD modeling creates the detailed digital definition needed to communicate a product’s geometry, assemblies, and features. It gives teams a practical basis for prototype production, CNC machining, urethane casting, injection molding, and finishing planning. Refining the model before fabrication can uncover fit issues, clarify design intent, and support more consistent repeatability as a product progresses toward production.

Finine Design and Manufacturing offers an integrated workflow spanning CAD modeling, 3D printing, CNC machining, urethane casting, injection molding, production painting, and product graphics. Keeping these stages connected can reduce the complexity of managing separate vendors. It also helps ensure that design refinement considers available prototyping and production processes early in the development cycle.

The appropriate method depends on the product’s material needs, geometry, performance requirements, intended quantity, and development stage. 3D printing can support rapid physical iterations, while CNC machining provides precise fabricated parts. Urethane casting can suit prototype and low-to-medium-volume needs, and injection molding supports repeatable high-volume plastic production. Reviewing the model and project goals helps identify a practical route.

Begin by outlining your product concept, intended use, target timeline, and any available drawings, CAD files, samples, or specifications. The team can review where the product is in its development cycle and discuss relevant services, from modeling and prototype development to production-oriented manufacturing. Appointments and facility tours are available by request during standard weekday business hours.