DPK Technologies

DPK Technology is an Orchard Park, NY-based product design, engineering, prototyping, and development company specializing in taking new products from initial concept through design, functional prototyping, testing, and commercialization.

DPK Technology is an Orchard Park, NY-based product design, engineering, prototyping, and development company specializing in taking new products from initial concept through design, functional prototyping, testing, and commercialization. DPK provides vertically integrated engineering and product-development capabilities for aerospace, medical, industrial, automotive, and other technology-driven applications.

DPK works with manufacturers, entrepreneurs, OEMs, engineering teams, and businesses developing new products or improving existing designs. Services can support the entire development cycle, including conceptualization, research, industrial design, engineering analysis, detailed design, CAD modeling, prototyping, testing, design refinement, manufacturing preparation, and vendor sourcing.

Mechanical and aerospace engineering capabilities include mechanical design, structural analysis, materials selection, thermodynamics, dynamics, system modeling, Design for Manufacturing and Assembly (DFMA), finite element analysis (FEA), nonlinear analysis, thermal analysis, metal design, plastics design, and development of production-ready components and assemblies.

DPK also provides electrical engineering and software development for products requiring integrated mechanical, electrical, and digital functionality. Capabilities include electrical system development, Internet of Things (IoT) applications, software development, user interface and user experience design, and multidisciplinary system development.

Rapid prototyping is a major component of DPK's product-development process. In-house 3D printing capabilities support plastic and high-performance materials including PLA, ABS, polycarbonate, nylon, carbon-fiber materials, flexible materials, PEEK, and ULTEM. DPK can use additive manufacturing to quickly produce functional prototypes, evaluate designs, identify potential issues, and make modifications before committing to more expensive production tooling or manufacturing processes.

DPK also provides in-house CNC metal milling for custom prototype and production components. CNC machining can support both simple and complex custom designs with a stated maximum machining area of approximately 15 inches wide by 32 inches long by 5 inches high.

Automation and fixture design capabilities help manufacturers improve production efficiency, repeatability, quality, and workflow. DPK can design custom fixtures, tooling, automated systems, and computer-aided fixture solutions around specific manufacturing processes and production requirements.

Testing capabilities include mechanical, electrical, and gas testing. DPK can develop and test functional prototypes to verify that designs perform as intended before moving into production. Systems design and mathematical modeling can also be used earlier in the process to predict performance, evaluate alternatives, and reduce development risk.

Additional capabilities include 2D drafting, 3D CAD modeling, SolidWorks design and analysis, production control drawings, 3D rendering, commercial-quality 3D animation and video, model making, packaging design, metal fabrication, plastics modeling, and vendor sourcing.

DPK's vertically integrated approach allows customers to work with a single engineering partner throughout product development rather than coordinating separate design firms, engineering consultants, prototype shops, testing providers, and manufacturing resources.

Key Capabilities: Product development, product design, new product development, engineering services, mechanical engineering, aerospace engineering, electrical engineering, industrial design, CAD design, SolidWorks, 3D modeling, 2D drafting, DFMA, Design for Manufacturing, Design for Assembly, FEA, finite element analysis, nonlinear analysis, thermal analysis, structural analysis, systems modeling, mathematical modeling, rapid prototyping, functional prototypes, 3D printing, additive manufacturing, PEEK 3D printing, ULTEM 3D printing, carbon-fiber printing, CNC machining, CNC milling, custom machining, metal fabrication, plastics design, metal design, automation engineering, fixture design, custom fixtures, tooling design, mechanical testing, electrical testing, gas testing, software development, IoT, UX/UI, product visualization, 3D rendering, product animation, model making, packaging, vendor sourcing, manufacturing support, and concept-to-commercialization services.

Best Fit: Manufacturers, OEMs, aerospace and defense companies, medical device companies, automotive companies, industrial equipment manufacturers, technology companies, startups, inventors, and engineering teams seeking product development, mechanical or electrical engineering, CAD/FEA, rapid prototyping, CNC machining, 3D printing, automation or fixture design, product testing, design optimization, or a single engineering partner capable of taking an idea from concept toward commercialization.