How to Work With Us: A Guide to Partnering with Pengce Metal

Our new client guide to the manufacturing onboarding process. Learn how to start a project with us, from RFQ and tooling design to FAI sample approval.

How to Read Technical Drawings: A Guide for Stamping Parts

A beginner's guide to reading technical drawings for metal stamping. Learn to understand views, dimensions, tolerances, and the title block.

Our Project Management Process for On-Time Delivery

Learn how our project management process ensures on-time delivery. We cover project planning, communication, and schedule management for reliable results.

Case Study: Stamped Part Redesign for Automated Assembly

A case study on redesigning stamped parts for automated assembly. Learn how DFM and lead-in features can reduce downtime and improve product quality.

NDA for Manufacturing: How to Protect Your Intellectual Property

Learn why an NDA for manufacturing is vital to protect your design. Our guide covers how a confidentiality agreement ensures intellectual property protection.

The First Article Inspection (FAI) Process: A Guide

A guide to the First Article Inspection (FAI) process. Learn how our tooling and sample approval ensures your stamped parts are perfect before mass production.

The DFM Review: Optimizing Your Stamped Parts for Success

What is a DFM review? Learn how our free analysis helps you optimize your design for part quality, lower manufacturing costs, and faster production.

Benefits of Assembly Services for Streamlining Production

Learn the benefits of our assembly services for streamlining production. We offer value-added manufacturing to simplify your supply chain and reduce costs.

Ready to Start Your Project? Let's Build Something Great Together.

Ready to start your project with Pengce Metal? Contact us today for a free design review and get a fast, accurate quote for your custom stamped parts.

Top 4 Trends in Modern Metal Stamping for 2025

Discover the top metal stamping trends for 2024. Our guide covers lightweighting with high-strength materials, higher precision, and part consolidation.