terminal crimping standard

Common Terminal Crimping Standards and Inspection Guidelines

Terminal crimping is a critical process in wire harness manufacturing. Terminal crimping involves applying pressure in the contact area between a wire and a terminal to shape and create a secure connection.
wire harness assembly

What is Wire Harness Assembly and Why it Matters?

In today's interconnected world, the significance of effective and dependable electrical frameworks cannot be exaggerated. At the heart of these frameworks lies a vital component that frequently goes unnoticed but plays a significant part in…
Women’s Day

International Women’s Day: Celebrating Women’s Strength

Introduction Every year on March 8, the world celebrates International Women’s Day, a global occasion dedicated to honoring the achievements of women and promoting gender equality. From political and economic contributions to scientific…
Wire Harness DFMEA in System Design

Wire Harness DFMEA for Custom Projects: How OEMs Reduce Failure Risk Early

Wire harness DFMEA helps OEMs identify potential failure modes early in custom projects. By analyzing routing, connectors, insulation, and serviceability, DFMEA reduces design risk, improves reliability, and prevents costly issues during production and field use.
ESS battery pack wire harness

Battery Pack Wire Harness Design for ESS: Routing, Creepage and Serviceability

Designing a battery pack wire harness for ESS requires more than basic cable selection. This guide explains how routing, creepage and clearance, and serviceability affect safety, manufacturability, and long-term maintenance in energy storage systems.
Wiring Harness Solutions

How to Troubleshoot Common Issues in Wiring Harnesses?

In this article, we explore how to troubleshoot the most common issues in wiring harnesses and how FPIC’s quality assurance and advanced testing practices help mitigate them before they reach the customer.
Robot Wire Harness

How to Design a Robot Wire Harness for Torsion, Bend Radius and Drag Chain Life

Robot wire harness design is critical for reliability in dynamic applications. This article covers torsion resistance, bend radius control, and drag chain optimization to improve cable life, reduce failure risk, and enhance system performance.
wire harness cutting

Top 10 Tips for Efficient Wire Harness Assembly and Production

Wire harness assembly is a critical process in various industries, including automotive, aerospace, electronics, and more. Efficient assembly not only ensures product quality but also maximizes production throughput and minimizes costs. In this…
Cable harness assembly

Key Considerations in Wiring Harness Assembly

Introduction Wiring harness assembly is a critical process in automotive, industrial, and new energy applications, requiring high precision, quality control, and compliance with international standards. At Shenzhen Forman Precision Industry…
wire harness manufacturing

20 Must-Have Tools and Equipment for Wire Harness Manufacturing

Wire harness manufacturing is a cornerstone of industries such as automotive, medical devices, industrial automation, and solar energy systems. The precision and reliability required in assembling wiring harnesses demand the use of cutting-edge…
wire harness test

What Tests Are Required for Wiring Harness Assembly Production?

Wiring harnesses are essential components in industrial, automotive, and electronic applications, providing reliable connections for power and data transmission. To ensure their quality, durability, and safety, rigorous testing is required during…