CAPABILITIES
Griffin Prototyping combines design, digital fabrication, machining, scanning, and prototyping tools to help clients move from concept to finished part. Our capabilities are selected to support practical product development, custom manufacturing, and low-volume production.
Rather than treating each process as a separate service, we use the right combination of tools for the project — balancing accuracy, speed, material, cost, and intended use.
Design & Engineering Support
Every successful project starts with a clear design. Griffin Prototyping can assist with CAD modeling, design refinement, reverse engineering, and design for manufacturability.
Capabilities include:
CAD design and modeling
Design for manufacturability
Part modification and improvement
Concept development
Technical sketches and drawings
Assembly and fit-check support
Product development consultation
Whether you arrive with a sketch, CAD file, photo, or existing component, we can help turn the idea into a manufacturable design.
Rapid Prototyping
Rapid prototyping allows designs to be tested quickly before committing to machining, tooling, or production. We use 3D printing and digital fabrication to evaluate form, fit, and function early in the development process.
Capabilities include:
Functional prototypes
Fit-check models
Assembly mockups
Iterative design testing
Custom brackets, mounts, and enclosures
Jigs and simple fixtures
Low-volume printed components
This process helps identify design issues early, reduce development risk, and improve the final product.
CNC Machining
Griffin Prototyping provides CNC machining services for custom components, prototypes, tooling, fixtures, and small production runs. CNC machining is ideal for parts requiring strength, accuracy, durability, or production-grade materials.
Capabilities include:
CNC milling
CNC routing
Prototype machining
Low-volume production
Fixtures and tooling
Multi-sided machining
Custom wood, plastic, and metal components
Common materials include:
Aluminum
Mild steel
Stainless steel
Brass
Engineering plastics
Wood and composite materials
3D Scanning & Reverse Engineering
For projects that begin with an existing part, 3D scanning and measurement can help capture geometry, recreate components, or design new parts around existing interfaces.
Capabilities include:
3D scanning
Reverse engineering
Bolt pattern and mounting interface capture
Replacement part development
Scan-to-CAD workflows
Design around existing components
Legacy or undocumented part reproduction
This is especially useful for obsolete parts, custom modifications, and projects where original drawings or CAD files are unavailable.
Laser Cutting & Engraving
Laser cutting and engraving support rapid fabrication, marking, signage, decorative work, and prototype development. It is often used alongside other processes to create complete assemblies or quick-turn components.
Capabilities include:
Laser cutting
Laser engraving
Acrylic, wood, paper, leather, and select coated materials
Custom signs and panels
Templates and layout tools
Engraved products and markings
Prototype enclosures and flat components
Materials & Process Selection
Choosing the right process is an important part of every project. Some parts are best suited to 3D printing, others require CNC machining, and many projects benefit from a combination of methods.
We help clients select the appropriate process based on:
Strength
Accuracy
Surface finish
Cost
Lead time
Material requirements
Intended use
Production quantity
Typical Projects
Griffin Prototyping is well suited for projects such as:
Product development prototypes
Custom machine components
Automation and robotics parts
Manufacturing fixtures and jigs
Replacement and legacy parts
Research and academic projects
Small-batch production
Custom brackets, mounts, and enclosures
Laser-cut panels, templates, and signage
Reverse-engineered components
From Concept to Finished Part
Griffin Prototyping brings multiple capabilities together under one roof, allowing projects to move efficiently from idea to prototype to finished component.
Whether you need help developing a design, reproducing an existing part, testing a prototype, or manufacturing a small run of components, we can help determine the best path forward.