Precision Stamped Ring for Automotive Transmission Applications

1. Project Overview

This project involves a precision-stamped ring used in automotive transmission applications. For this part, our focus is not only on stamping accuracy, but also on handling, inspection, rust protection and packaging.

Precision stamped ring for automotive transmission applications

2. Quality Control Throughout the Process

During stamping, operators wear rubber gloves when collecting parts to avoid bare-hand contact and reduce surface contamination.

Key dimensions are checked during production to verify part consistency. After inspection, the parts go through an automated rust-preventive oil dipping process for corrosion protection.

Before packaging, every part receives 100% visual inspection. Operators follow documented appearance criteria to maintain a consistent inspection standard.

Qualified parts are then carefully protected, packed, labeled and prepared for shipment.

3. Manufacturing Process Video

The video below shows the complete process:

Precision stamped ring manufacturing process for automotive transmission applications
Seven-step manufacturing process for a precision stamped ring, from stamping and inspection to rust protection, packaging and shipment.

▶ Watch the production video

At Innoway Precision, quality is controlled step by step — from the press to final shipment.

FAQ

1. What is a precision stamped ring used for in automotive transmissions?

Precision stamped rings can be used for protection, positioning, spacing, support, or other internal transmission functions, depending on the specific design and application.

2. How do you ensure dimensional accuracy for precision stamped parts?

Key dimensions are checked during production using suitable measuring tools and inspection methods to confirm that the parts remain within the required specifications.

3. Why are stamped metal parts treated with rust-preventive oil?

Rust-preventive oil helps protect metal surfaces from moisture and corrosion during storage, handling, transportation, and delivery.

4. Why is 100% visual inspection important for automotive stamped parts?

100% visual inspection helps identify surface defects, contamination, deformation, or other appearance issues before the parts are packed and shipped.

5. Why should precision metal parts not be handled with bare hands?

Bare-hand contact can leave fingerprints, sweat, moisture, and contaminants on metal surfaces. These residues may affect surface cleanliness and increase the risk of staining or corrosion, so gloves are used during handling and inspection.