Rapid Prototyping

Rapid Prototype
Services

With more than two decades of engineering experience, MILESTONE provides Rapid Prototype Services that help transform product concepts and CAD designs into physical prototypes for evaluation, validation, and product development.

Our team can work from an existing CAD model or an early-stage product concept. We review designs for draft requirements, radii, interference, and other prototyping considerations, then make the required design modifications before prototype development.

We support different prototyping requirements through additive processes such as SLA, FDM, and SLS, as well as subtractive CNC machining, injection molding, and casting based on the application and prototype objective.

Architectural BIM blueprint
22+ YearsEngineering Experience
End-to-EndDevelopment
MultiplePrototyping Methods
Multi-IndustryEngineering Expertise

Rapid Prototype Services at Milestone PLM

Rapid Prototyping Expertise

Our engineering team provides Rapid Prototype Services to help transform product concepts and CAD designs into physical prototypes for design evaluation, user experience review, proof-of-principle, and functional validation.

Proof-of-Principle Prototypes
User Experience Prototypes
Visual Prototypes
Functional Prototypes
CAD Design Review and Modification
SLA, FDM, and SLS Prototyping
CNC Machining, Injection Molding, and Casting
Concept to 3D CAD Development
What We Deliver

Rapid Prototype Services - Key Capabilities

Supporting product development with prototype design, physical model development, and multiple prototyping methods for concept evaluation and functional validation.

01

Proof-of-Principle Prototypes

Develop physical prototypes to evaluate product concepts, verify basic feasibility, and support early engineering decisions.

  • Concept Verification
  • Design Feasibility
  • Physical Evaluation
  • Prototype Development
  • Engineering Review
  • Concept Validation
02

Visual & User Experience Prototypes

Create prototypes that help evaluate product appearance, form, user interaction, and overall design direction before production.

  • Visual Prototypes
  • Form Evaluation
  • User Experience
  • Design Review
  • Physical Models
  • Product Evaluation
03

Functional Prototypes

Develop physical prototypes for evaluating intended product functions and supporting functional design validation.

  • Functional Evaluation
  • Design Validation
  • Product Testing
  • Prototype Modification
  • Performance Review
  • Function Verification
04

CAD Design Review & Modification

Review existing CAD models or early concepts for prototyping considerations and make required design modifications before development.

  • CAD Design Review
  • Draft Evaluation
  • Radius Review
  • Interference Check
  • Design Modification
  • Prototype Preparation
05

SLA, FDM & SLS Prototyping

Support rapid prototype development using SLA, FDM, and SLS processes according to the prototype requirements and application.

  • SLA Prototyping
  • FDM Prototyping
  • SLS Prototyping
  • Additive Prototyping
  • Physical Model Development
  • Prototype Evaluation
06

CNC, Injection Molding & Casting

Provide prototype development through CNC machining, injection molding, and casting for applications requiring alternative manufacturing processes.

  • CNC Machining
  • Injection Molding
  • Casting
  • Manufacturing-Based Prototypes
  • Prototype Components
  • Physical Evaluation
Tools & Software

Technologies We Work With

We support multiple prototyping processes based on the product concept, design requirements, prototype objective, and level of physical evaluation required. Our capabilities include SLA, FDM, SLS, CNC machining, injection molding, and casting.

Sectors We Serve

Industries We Work In

Our Rapid Prototype Services support product development and prototype requirements across automotive, electronics, heavy engineering, consumer products, and industrial equipment applications.

Automotive
01

Automotive

Product design, engineering components, fixtures, tooling, and manufacturing-ready solutions for automotive applications.

Heavy Engineering
02

Heavy Engineering

Engineering design for complex equipment, assemblies, machinery, and heavy-duty industrial applications.

Industrial & Heavy Equipment
03

Industrial & Heavy Equipment

Product development and engineering design for industrial equipment, machinery, components, and heavy equipment.

Medical Devices
04

Medical Devices

Precision product design for medical devices, equipment, enclosures, components, and specialized applications.

Machinery & Robotics
05

Machinery & Robotics

Custom machinery, robotic systems, automation equipment, and engineered components for production environments.

Precision Manufacturing
06

Precision Manufacturing

High-accuracy product designs, fixtures, tooling, and components developed for precision manufacturing requirements.

Consumer Products
07

Consumer Products

Product design and development for consumer products, plastic components, enclosures, prototypes, and production.

Electric Enclosure
08

Electric Enclosure

Engineering and sheet metal design for electrical enclosures, cabinets, panels, and related assemblies.

Transformer
09

Transformer

Design support for transformer components, sheet metal parts, enclosures, assemblies, and manufacturing documentation.

How We Work

Our Prototyping Process

From concept and CAD review to prototype development and validation, we follow a structured process to deliver physical prototypes aligned with project requirements.

01
Project assessment

Concept & Requirement Review

Review the product concept, existing CAD data, prototype objective, and project requirements.

02
Design evaluation

Design Evaluation

Evaluate the design for prototyping considerations such as draft, radii, interference, and required modifications.

03
Prototype method selection

Prototype Method Selection

Select a suitable prototyping process based on the design, application, material requirements, and evaluation objective.

04
Prototype development

Prototype Development

Develop the physical prototype using suitable processes such as SLA, FDM, SLS, CNC machining, injection molding, or casting.

05
Prototype validation

Review & Validation

Review the completed prototype for visual, functional, dimensional, and design requirements to support product development decisions.

Common Questions

Frequently Asked Questions

Answers to common questions about our Value Engineering and Value Analysis Services.

Value Engineering focuses on improving the value of a product during the design and development stage, while Value Analysis evaluates existing products to identify opportunities for cost, weight, performance, manufacturing, and reliability improvements.
We evaluate product functions, design requirements, materials, manufacturing methods, and assembly considerations to identify practical opportunities for reducing product cost while maintaining the required performance and quality.
Yes. We assess product design and engineering requirements to identify opportunities for weight reduction and operational performance improvement while considering structural, manufacturing, and functional requirements.
Yes. Our Value Engineering and Value Analysis Services include support for FMEA, Design for Manufacturing (DFM), Design for Assembly (DFA), and Design for Reliability (DFR) as part of structured product improvement activities.
Yes. We support product re-engineering by reviewing existing designs, identifying improvement opportunities, and developing practical design recommendations focused on cost, weight, manufacturing, assembly, performance, and reliability.