Revolutionary Technologies, LLC

Comprehensive engineering support from initial product conceptualization and research through CAD design, simulations, tolerance stack analysis, and preparation for production.

• New Product Development

  Collaborative design process identifying product-market fit, establishing feasibility, exploring variations, and preparing technical data packages.

• Reverse Engineering

  Deconstructing and analyzing existing physical products to generate accurate digital documentation, CAD models, and technical specifications.

• CAD Modeling & Simulation

  Creating robust digital drafts in CAD to perform simulation testing, tolerance stack analysis, and virtual validation prior to physical manufacturing.

• Testing & Validation

  Verifying design functions under all required conditions through repetitive testing, evaluation, and design iteration.

• Legacy Product Modernization

  Updating and improving older designs to match modern manufacturing standards, materials, and operational requirements.

• Design for Lean Manufacturing

  Optimizing part designs and manufacturing processes to minimize waste, reduce production costs, and streamline assembly.

High-precision contract machining, subtractive manufacturing, and custom assembly supporting functional prototype builds and low-to-mid volume production runs.

• CNC Machining

  Multi-axis milling and active-head lathe operations capable of producing tight-tolerance components from a wide variety of materials.

• Wire EDM

  Precision wire EDM cutting of complex geometries, hard materials, blanks, and specialized profiles.

• Low-Rate Production (LRP)

  Transitioning designs from prototype to production with automated equipment, bar feeders, and comprehensive quality control verification using coordinate measuring machines.

• Rapid Prototyping

  Quick-turn physical model fabrication utilizing in-house additive and subtractive capabilities to validate design intent and fitment.

Industrial 3D printing solutions utilizing advanced metal and plastic technologies to design, iterate, and manufacture high-performance parts.

• Metal 3D Printing (DMLS)

  Direct Metal Laser Sintering of complex metal parts, enabling geometries and configurations that are impossible with traditional subtractive methods.

• Plastic 3D Printing (FDM & SLA)

  SLA and high-temperature FDM printing for functional thermoplastic and resin prototypes.

• Design for Additive Manufacturing (DfAM)

  Advanced optimization techniques including lattice structures, topology optimization, and controlled porosity to reduce weight while preserving strength.