All City Prototyping Resources
Your complete library of prototyping guides, manufacturing insights, and product development best practices for hardware teams.
Thought Leadership
Expert insights on hardware prototyping, design best practices, and product development strategies.
Webinars
Live and on-demand sessions covering shop tours, DFM reviews, and manufacturing process deep-dives.
Lunch & Learns
Interactive 45-minute sessions for product teams covering prototyping fundamentals and best practices.
Case Studies
Real projects and measurable outcomes from startups, OEMs, and R&D teams using All City Prototyping.
Guides & Playbooks
Step-by-step implementation guides for hardware prototyping, DFM optimization, and production scaling.
ROI Tools & Checklists
Interactive calculators and checklists to budget prototypes, validate designs, and plan production runs.
From CAD to First Article: How to Compress Hardware Prototyping Timelines
Learn the proven workflow that product teams use to cut weeks off prototyping cycles without sacrificing quality or design validation.
Design for Machining: 9 Rules That Save You Weeks in the Shop
CNC machining constraints that every engineer should know before finalizing designs. Avoid costly redesigns and iteration delays.
Picking the Right 3D Printing Process for Functional Prototypes
FDM, SLA, SLS, or MJF? Understand when each additive process makes sense for strength, finish, speed, and cost.
The Hidden Costs of Cheap Prototypes: Why Quality Matters Early
Cutting corners on prototype quality can derail your product roadmap. Learn which aspects of prototyping are worth the investment.
Live Shop Tour: How All City Prototyping Runs Overnight CNC and 3D Printing
Walk through our facility and see how we orchestrate multi-axis CNC machining, 3D printing, and finishing services to deliver parts in 24-48 hours.
Watch On-DemandDFM Deep Dive: Cleaning Up Your CAD Before It Hits the Machine
Join our lead engineer for a live CAD review session covering tolerances, wall thickness, tool access, and feature optimization for CNC and 3D printing.
Register NowPrototyping for Investors: Building Show-Ready Hardware in 30 Days
Hardware founders share how they built investor-grade prototypes on tight timelines and budgets using rapid CNC and 3D printing.
Watch On-DemandMaterial Selection Masterclass: Metals, Plastics, and Composites
Expert guidance on choosing aluminum, steel, ABS, nylon, resin, and more based on mechanical properties, cost, and lead time.
Watch On-DemandPrototyping 101: Turning Concepts into Testable Hardware
A 45-minute introduction to rapid prototyping covering CAD preparation, process selection, and what to expect from your first prototype run.
Schedule SessionHow to Spec a Prototype Run for Your Internal Team
Train your product and engineering teams on creating clear prototype specifications that reduce back-and-forth and accelerate delivery.
Schedule SessionMaterial Selection for Machined and Printed Prototypes
Interactive workshop covering when to use aluminum vs steel, ABS vs nylon, and SLA resin vs FDM plastic for prototype testing.
Schedule SessionDFM Workshop: Fixing Designs Before They Hit the Machine
Hands-on session reviewing real CAD files and applying design-for-manufacturing principles to reduce cost and lead time.
Schedule Session
Wearables Startup Went from Sketch to Shipping Beta in 10 Weeks
How a fitness wearables company used rapid CNC and SLA printing to iterate enclosures, pass drop tests, and ship 500 beta units in under 3 months.
Industrial OEM Cut Iterations in Half with CNC + SLA Hybrid Prototyping
See how an equipment manufacturer reduced prototype cycles from 6 weeks to 3 weeks by combining CNC machined metal parts with 3D printed housings.
Medical Device Team Validated Form, Fit, and Function Before Tooling
A med-tech startup used biocompatible 3D printing and precision CNC to run user trials and secure FDA 510(k) clearance before investing in injection molds.
Robotics Team Launched Pilot Program 4 Months Early
Learn how a warehouse robotics company accelerated time-to-market using overnight CNC for structural components and FDM printing for cable management.
Hardware Prototyping Playbook: From CAD File to Pilot Run
Complete step-by-step guide covering design validation, prototype procurement, testing cycles, and scaling to pilot production.
View GuidePrototype Quote Checklist: Everything Your Vendor Needs to Move Fast
Ensure your RFQs include CAD formats, tolerances, material specs, finish requirements, and quantity breakdowns to get accurate quotes in 24 hours.
View ChecklistDFM Guide for CNC and 3D Printed Parts
Practical design-for-manufacturing principles covering wall thickness, draft angles, undercuts, tolerances, and finish specifications.
Download GuideScaling from Prototype to Production: A Transition Roadmap
Navigate the journey from functional prototypes to tooled production including volume breakpoints, process transitions, and vendor selection.
View RoadmapPrototype Budget Calculator: From Single Unit to Pilot Batch
Interactive tool to estimate prototype costs based on part complexity, material, process, quantity, and finish requirements.
Use CalculatorVendor-Ready CAD Checklist
Pre-submission checklist ensuring your CAD files are complete, dimensioned correctly, and ready for manufacturing without delays.
Use ChecklistPrototype Test Plan Checklist for Hardware Teams
Structured checklist covering functional testing, environmental testing, user feedback collection, and documentation for hardware prototypes.
Use ChecklistPre-Pilot Run Readiness Checklist
Ensure design validation, supplier qualification, quality systems, and logistics are in place before committing to pilot production.
Use ChecklistFeatured Resources
From CAD to First Article: How to Compress Hardware Prototyping Timelines
Learn the proven workflow that product teams use to cut weeks off prototyping cycles without sacrificing quality or design validation.
Design for Machining: 9 Rules That Save You Weeks in the Shop
CNC machining constraints that every engineer should know before finalizing designs. Avoid costly redesigns and iteration delays.
Picking the Right 3D Printing Process for Functional Prototypes
FDM, SLA, SLS, or MJF? Understand when each additive process makes sense for strength, finish, speed, and cost.
The Hidden Costs of Cheap Prototypes: Why Quality Matters Early
Cutting corners on prototype quality can derail your product roadmap. Learn which aspects of prototyping are worth the investment.
Prototyping FAQs
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Schedule a discovery call with our prototyping engineers or request a quote for your next hardware project.
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