American Custom Manufacturing and Fabrication Solutions

Custom manufacturing and fabrication can include product design support, CAD modeling, rapid prototyping, CNC machining, urethane casting, injection molding, painting, and product graphics. The right combination depends on your material, quantity, performance requirements, and development stage. Finine Design and Manufacturing coordinates these capabilities in one workflow, helping clients progress from an early concept through finished parts or production-ready products.

Finine Design and Manufacturing supports clients in automotive, military and defense, consumer electronics, and medical markets. The company has particular specialization in dental and orthopedic medical products. These sectors often require careful design refinement, precise fabrication, repeatable production methods, and professional finishing. The team can help evaluate a practical path that aligns manufacturing methods with your product’s application and production goals.

Yes. The development process can begin with CAD modeling to create or refine a detailed 3D product design. From there, 3D printing, CNC machining, or urethane casting can produce physical prototypes for fit, form, function, and design evaluation. Prototype findings can then inform revisions before selecting a production approach such as repeat machining, casting, or injection molding.

3D printing is often useful for quickly evaluating a digital design and making early iterations. CNC machining is typically selected when a project needs precision-machined parts, production-grade material characteristics, or a higher-quality finished component. The best method depends on the geometry, material, tolerances, functional demands, quantity, and purpose of the part. A review of your design can identify an appropriate starting method.

Urethane casting is a useful bridge between early prototypes and full-scale production. It is well suited to low-to-medium volume parts when teams need quality components without immediately investing in high-volume injection molding. Urethane casting can support prototype validation, market testing, limited runs, and pre-production needs. Material, finish, part geometry, and planned quantity should be reviewed before selecting the process.

Yes. Injection molding is available for high-volume production of plastic parts and components that require scalable, repeatable results. Before moving to molding, teams generally need a stable, production-ready design and a clear understanding of material, tooling, performance, and quantity requirements. Finine can support the broader development path with modeling, prototyping, machining, casting, finishing, and production coordination.

Yes. Production painting and product graphics are available as part of Finine’s finishing capabilities. Painting supports a professional-grade final finish, while product graphics can address branding, labeling, and visual product requirements. Integrating finishing with fabrication and production helps preserve continuity between the intended appearance of a product and the way its components are manufactured, assembled, and prepared for delivery.

Start by sharing the product concept, drawings or CAD files if available, desired materials, intended use, estimated quantity, and timeline. If the design is still developing, CAD modeling and prototype options can help establish a more manufacturable direction. Appointments and facility tours are available by request, allowing your team to discuss the product’s requirements and the most appropriate development path.