Engineering & Prototyping Services

Hardware & Robotics

Streamlined mechanical and basic electronics prototyping with rapid 3D printing, CAD modeling, and iterative design.

Hardware & Robotics

Engineering and prototyping services designed for real-world impact, blending practical mechanics with straightforward electronics integration. Capable of producing CAD files, physical prototypes, and basic circuit designs—often at a pace that accelerates product validation. Emphasis is placed on FDM 3D printing for robust and cost-effective parts, though access to CNC, laser cutting, or alternative methods is available if needed. Deliverables can include functional assemblies, mounting hardware, or even microcontroller-based prototypes for applications like robotics, sensors, or specialized equipment. An iterative approach keeps design cycles tight: smaller prototypes can be assembled and tested quickly, then refined until they meet form and function goals. Projects range from boat stabilizers and flight simulator frames to custom enclosures and mounting systems, all with a focus on minimal third-party involvement. Geographical strengths lie in Wyoming, northern Colorado, and Florida, yet remote work with clients elsewhere is fully supported. NDAs can be signed upon request, ensuring full confidentiality throughout the development process.

Key Features

  • Mechanical Design & 3D Modeling
  • Rapid FDM 3D Printing
  • Basic Electronics Integration
  • Iterative Prototyping
  • Material Selection & Part Sourcing
  • Mounting & Enclosure Development
  • Minimal Reliance on Third-Party Facilities
  • Confidential Workflows (NDA-Friendly)

Benefits

  • Shorter Time-to-Validation
  • Reduced Costs Compared to Large Firms
  • Flexible, Adaptable Project Scope
  • Hands-On Fabrication & Testing
  • Customized Solutions for Niche Applications
  • Option to Scale Up with CNC & Laser Cutting
  • Rapid Iterations for Ongoing Refinement

Our Process

1

Initial Consultation

Review project goals, constraints, and budget to outline a practical engineering strategy.

2

CAD Modeling & Design

Develop 3D models for functionality and manufacturability, primarily using Fusion 360.

3

Rapid Prototyping

Produce FDM 3D-printed parts and integrate basic electronics if required, refining designs as feedback is received.

4

Testing & Iteration

Assess prototypes in real-world or simulated conditions, make improvements, and repeat if necessary.

5

Final Handoff or Limited Production

Provide CAD files, final prototypes, or small-run manufacturing support, with optional ongoing consultation.

Technologies Used

Fusion 360 (CAD)FDM 3D Printers (PETG, PLA, TPU)Basic Circuit & Sensor IntegrationArduino & Microcontroller ProjectsLaser Cutting & CNC (On-Demand)Material & Hardware Selection

Frequently Asked Questions

How quickly can a prototype be completed?

Small parts or assemblies can often be printed and tested in under a week, though timelines vary by complexity.

Is there support for more advanced manufacturing methods?

Access to CNC, laser cutting, and other techniques is available as needed, though most projects utilize in-house FDM printing.

Can microcontrollers or sensors be integrated?

Yes. Basic electronics can be included in prototypes for automated or sensor-based systems.

Where are services primarily offered?

Wyoming, northern Colorado, and Florida are areas of experience, but remote engagements are welcome for clients anywhere.

Ready to Get Started?

Let's discuss how hardware & robotics can benefit your business.

Schedule a Consultation