Manufacturing knowledge · 6CProto Guides
Engineering decisions, organised
Rapid Prototyping & Low-Volume Guides
Make the prototype answer a defined question. Select the process, material and quantity around the next validation gate and the intended production route.
Updated October 11, 2026 · 31 focused articles
Find the guide for your next decision
Follow the guide that matches the feature, failure mode or project decision you are working on.
How 24-Hour Rapid Prototyping Saves Failing Product Launches?
Read the focused guide for how 24-hour rapid prototyping saves failing product launches.
Low Volume Production: From Prototype to Market-Ready Parts
From Prototype to Market-Ready Parts
Wall Thickness Control: Achieving Reliable Thin and Uniform Walls in Rapid Prototyping and Custom Manufacturing
Achieving Reliable Thin and Uniform Walls in Rapid Prototyping and Custom Manufacturing
Is low-volume metal batch production the right choice for your project?
Read the focused guide for is low-volume metal batch production the right choice for your project.
Custom Manufacturing and Rapid Prototyping: A Practical Guide
A Practical Guide
Low-Volume or Mass Production: How Should You Scale Your Parts?
How Should You Scale Your Parts?
Rapid Prototyping: How to Plan a Prototype Program
How to Plan a Prototype Program
Rapid Prototyping Lead Times: What to Expect at Each Stage
What to Expect at Each Stage
What Is a Prototype? Types, Purposes, and When to Use Each
Read the focused guide for a prototype? types, purposes, and when to use each.
Prototype Development Process: From Idea to Validation
From Idea to Validation
Rapid Prototyping Materials: Matching the Material to the Stage
Matching the Material to the Stage
Prototype Budgeting: How to Plan Costs for Iterations, Materials, and Finishes
How to Plan Costs for Iterations, Materials, and Finishes
Rapid Prototyping for Hardware Startups: Iterating Toward a Fundable Prototype
Iterating Toward a Fundable Prototype
Prototype Testing Methods: Fit Checks, Functional Tests, and Field Trials
Fit Checks, Functional Tests, and Field Trials
Remote Prototype Development: How to Review and Approve Parts Across Borders
How to Review and Approve Parts Across Borders
Prototyping for User Testing and Design Validation
Read the focused guide for prototyping for user testing and design validation.
Prototyping for Exhibitions and Investor Demos: Parts That Present Well
Parts That Present Well
Prototyping Hinges, Snap-Fits, and Living Hinges: Testing Mechanisms in Plastic
Testing Mechanisms in Plastic
Prototype Quantities: One Piece, Five Pieces, or Fifty—What Changes in Price
One Piece, Five Pieces, or Fifty:What Changes in Price
Prototype Materials for High-Temperature Environments: PEEK, PEI, and Tough Resins
PEEK, PEI, and Tough Resins
Low-Volume Manufacturing for Market Validation: Testing Demand Before Scaling
Testing Demand Before Scaling
Low-Volume Manufacturing Cost: How to Read Fixed, Variable, and One-Time Charges
How to Read Fixed, Variable, and One-Time Charges
Low-Volume Manufacturing for Spare and Service Parts: Keeping Products Alive
Keeping Products Alive
Low-Volume Manufacturing for Niche and Custom Products: When 500 Units Is the Market
When 500 Units Is the Market
Mixing Prototypes and Production in One Order: Hybrid Low-Volume Strategies
Hybrid Low-Volume Strategies
Choosing Between Manufacturing Processes for a New Product: A Decision Framework
A Decision Framework
How to Manage Prototype Iterations: Version Control and Change Requests
Version Control and Change Requests
When to Freeze a Prototype Design: Criteria for Stopping Iteration
Criteria for Stopping Iteration
Prototype Review Checklists: What to Check When the Parts Arrive
What to Check When the Parts Arrive
How to Write a Prototype Specification Before You Request Quotes
Read the focused guide for write a prototype specification before you request quotes.
What to Prepare Before Sending a Prototype RFQ: Files, Drawings, and Finish Notes
Files, Drawings, and Finish Notes
Before you release the project
- Define the function, environment and the question this batch must answer.
- Specify material grade, geometry, quantity, finish and the dimensions that control fit.
- Agree the inspection method and the evidence required to accept the parts.
- Record the drawing revision and approval before production begins.
Common planning questions
How many prototypes should I order?
Order enough to answer the current test question and account for destructive testing or parallel reviews. A larger batch is useful only when it advances the program.
When should the design be frozen?
When the planned validation gates are satisfied and the remaining risk is acceptable for the next production commitment. Record changes and approval criteria.
Move from guidance to a reviewed project
Send the CAD model and drawing with material, quantity, finish and inspection requirements. Use the relevant service page to review the available manufacturing route.