Rowe Dynamics Inc. Manufacturing Capabilities

We are truly committed to the success of every customer with the manufacturing of quality product delivered on time. We stand behind every product produced with total confidence in our quality, innovation, and problem-solving experience. Innovation and lean manufacturing help our customers deliver quality products on time, increasing profit margins and sharpening their competitive edge.

CNC Milling

CNC milling is the process where a material or a previously machined part is held in the mill and cutting tools, spinning at high rates of speed and positioned by precision servo motors, machine features in the material or part. The CNC milling machining process generates features like flats, slots, posts and off center threaded, and non-threaded holes.

Precision CNC milling makes it possible to produce fine finishes and tight tolerance parts of countless shapes with a high degree of accuracy. Rowe Dynamics continued investment in new and more capable milling centers allows for machining a wide variety of simple and complex precision parts, up to 31.5” by 39.4” envelope. Rowe Dynamics offers extremely high precision CNC milling with equipment capable of machining metals and plastics for the aerospace, defense, automotive, motorcycle, firearms, marine, medical, tech, oil and gas industries.

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CNC Turning

CNC Turning is the process where bar stock or a shorter billet of material spins at a high rate of speed while cutting tools, driven by precision servo motors, cut the profile of the part. CNC turned parts are typically round, with outside and inside diameters, grooves, threads, knurls, and other features. With the addition of “live tooling”, CNC lathes are capable of machining flats, slots, off center and cross holes, threads and non-round features in one operation. The addition of a sub spindle allows the part to be machined complete from both ends. This eliminates the need for a costly second set up on a CNC mill to add features.

CNC Turning makes it possible to produce fine finishes and close tolerance parts with a high degree of accuracy. Typical order sizes range from 10 pieces to 1000+ pieces. Rowe Dynamics continued investment in new and more capable turning centers allows for the machining of a wide variety of simple and complex precision parts. Rowe Dynamics offers high precision CNC Lathe machining with equipment capable of machining metals and plastics for the aerospace, defense, automotive, motorcycle, firearms, marine, medical, tech, oil and gas industries.

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CO2 Laser Engraving/Marking

Rowe Dynamics is able to laser engrave your bar codes, serial numbers, and logos with a powerful Duel Source (CO2/Fiber) Epilog Laser system. Our CO2 laser system can directly engrave or mark any plastic, fiberglass, cerakote/painted metal, anodized aluminum and much more, allowing the creation of a wide variety of mark types to complete the contract manufactured products in-house. Learn more.

Fiber Laser Engraving/Marking

Rowe Dynamics is able to laser engrave your bar codes, serial numbers, and logos with a powerful Duel Source (CO2/Fiber) Epilog Laser system. Our fiber laser can directly engrave/mark any bare or coated metal including stainless steel, tool steel, brass, titanium, aluminum and much more, allowing the creation of a wide variety of mark types to complete the contract manufactured products in-house. Learn more.

3D Printing and Prototyping

Prototypes are essential in every step of the product development process. Utilizing the latest in stereolithography 3D and Rowe Dynamics engineers' years of experience in prototyping and additive manufacturing we quickly and consistently output high quality parts. Whether you need to verify your design with a model that matches the final build or to perform fit and function tests, Rowe Dynamics produces prototypes that meet your development needs. Learn more.

We Provide A Complete Solution For Your Machined Goods

QUALIFIED APPROVED MANUFACTURING PARTNERS CAN PROVIDE OUTSIDE SERVICES LISTED BELOW

  • Anodizing and Plating
  • Heat Treatment
  • Precision Grinding
  • Direct Metal Laser Sintering (DMLS)
  • PolyJet 3D
  • Sheet Metal Fabrication
  • Wire Electrical Discharge Machining (EDM)
  • Assembly and Finishing
  • Manufacturing Fabrication
  • Painting and Powder Coating
  • Fused Deposition Modeling (FDM)
  • Centerless Grinding
  • Urethane Casting
  • Dies and Tooling
  • Metal Stamping
  • Cerakote Application
  • Metal Binder Jetting
  • Rapid Prototyping
  • Welding