The OEM Process: A Six-Step Approach
The OEM customization process for building hardware follows six steps: requirement confirmation (drawings/specifications), prototyping and confirmation (samples), mold development (mold creation), mass production (production scheduling), quality inspection and shipment (inspection), and after-sales support (service).
Industry experts note that the process operates as a closed loop, advancing through these specific milestones: requirements (drawings/specs), prototyping (sample confirmation), mold creation (tooling), mass production (scheduling), quality inspection (verification), and after-sales service.
The Six Steps
- Requirement confirmation: Drawings/specifications (requirements) come first;
- Prototyping confirmation: Samples (prototyping) require confirmation;
- Mold development: Mold creation (tooling) is a key milestone;
- Mass production: Production scheduling (mass production) involves a cycle;
- Quality inspection and shipment: Inspection (quality check) ensures acceptance.
Key Execution Points
First, prioritize requirements.
Confirming drawings/specifications prevents rework.
Second, control the prototyping stage.
Confirming samples prevents mass-production errors.
Third, calculate mold costs.
Accounting for mold creation fees controls overall costs.
Fourth, ensure quality acceptance.
Verifying inspection reports prevents quality standards from dropping.
Pitfalls to Avoid
First, “skipping prototyping.”
Skipping this step leads to mass-production errors;
sample confirmation is essential. Second, “omitting mold costs.”
Failing to account for mold creation leads to cost overruns;
proper mold cost calculation is required. Third, “lax quality inspection.”
Lax inspection results in poor quality; rigorous inspection and acceptance are necessary.
Trends and Reminders
Building hardware OEMs are moving toward digitalization, characterized by trends such as digital blueprints (online prototyping) and flexible manufacturing (small-batch, quick-response production).
For buyers, the recommended approach is to prioritize clear requirements, rigorously vet prototypes, and conduct thorough quality inspections upon acceptance.
Getting the OEM process right ensures a smooth customization experience.
