FUTURE-SAFE

Engineering Design, FEA & Prototype Support

CAD design, Additive Manufacturing, Prototyping and Engineering Development for Aerospace, Medical and Advanced Manufacturing Applications.

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Featuring real CAD, additive manufacturing and prototype development projects.

SERVICES@FUTURE-SAFE.CO.UK
01562916506

Engineering Design & Validation

Identify design risks before you commit to manufacturing.
CAD design and FEA simulation to validate strength, performance, and failure points early — reducing costly rework.

Prototype & Build Support


Get working prototypes fast — without delays or guesswork.
CNC and 3D printed prototypes with clear validation and reporting, ready for testing, development, or investor review.

Project Delivery Support


Additional engineering capability when internal teams are overloaded or under pressure.
Flexible support across CAD, simulation, prototyping and technical problem-solving to help keep projects moving.


Have a design, CAD file, or project in progress? Send it for a quick engineering review.

Why Clients Choose Future-Safe

We support engineering teams with CAD design, FEA simulation, prototyping and testing to help reduce design risk, improve manufacturability, and accelerate development.

  • Precision Design & Analysis – Advanced SolidWorks modelling and FEA simulation to identify design risks, validate performance and improve manufacturability before production.
  • Prototype & Manufacturing Support – CNC machining, 3D printing and prototype development support for functional testing, iteration and validation.
  • Engineering Testing – Mechanical and fatigue testing support including tensile, shear and impact evaluation.
  • Standards & Documentation – Technical reporting and engineering support aligned with ISO, ASTM, CE and UKCA requirements.
  • Flexible Engineering Support – Support for startups, R&D teams and manufacturers requiring additional engineering capability or rapid project support.


Have a design, prototype or engineering challenge? Contact us to discuss your project

Electric Motor Assembly Design

SolidWorks CAD assembly development of a compact brushless electric motor including rotor, stator and winding integration for prototype manufacturing and engineering evaluation.

Project scope:

  • Rotor and stator assembly design
  • Compact housing integration
  • Prototype-oriented CAD development
  • Manufacturing-compatible geometry
  • Thermal and structural design considerations

Tools & Processes:

  • SolidWorks CAD
  • CNC machining
  • Prototype assembly development
Solidworks CAD Design

Dental Implant CAD Development

CAD modelling and prototype-oriented engineering development of dental implant geometries for mechanical evaluation and manufacturing assessment.

Project scope:

  • Implant geometry development
  • Thread and surface design
  • Mechanical design considerations
  • Prototype-oriented CAD modelling
  • Manufacturing compatibility assessment

Tools & Processes:

  • SolidWorks CAD
  • Engineering simulation
  • Prototype development
  • Additive manufacturing
Solidworks CAD Design

Additive Manufacturing Structural Bracket

Lightweight lattice-structured bracket developed in SolidWorks for additive manufacturing and prototype-oriented structural evaluation.


Project scope:

  • Lattice geometry development
  • Additive manufacturing design
  • Weight reduction considerations
  • Manufacturing-oriented CAD modelling
  • Structural simulation support

Tools & Processes:

  • SolidWorks CAD
  • FEA simulation
  • Prototype development
  • Additive manufacturing
Solidworks CAD Design

Let’s work together on your
next project

contact information

Thank you for contacting Future-Safe Consulting. Please provide a brief description of your project, challenge, or area where we can support you. Whether it’s design, prototyping, testing, or full end-to-end engineering solutions, our team will review your enquiry and respond promptly.

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