Mold Making Services
Precision Machining, Inspection and Maintenance for Global Industries
Mold Manufacturing Services We Offer at Meisi?
Specializing in inductor mold manufacturing, we deliver precision molds built for mass production stability, tight tolerance control, and long service life — tailored to support your electronic component projects from prototype to full-scale production.
Step-by-Step Precision Mold Manufacturing Process
How Meisi Solved The Mold Problem
Design
Rigorous Mold Design, One-Trial Success for Inductor Mass Production
- Rigorous mold design ensures most inductor molds are production-ready in just one trial.
- Proactively identify potential issues early by analyzing material properties and inductor-specific feasibility, including core pin tolerance, winding space, and gate location.
- Maintain close communication with you to align on functional requirements and key concerns, such as core positioning accuracy, wire bonding compatibility, and surface finish standards.
- Rigorous mold design ensures most inductor molds are production-ready in just one trial.
Quality
Full-Process Quality Inspection to Eliminate Inductor Production Risks Early
- We conduct quality checks at every stage, from raw material intake to final molding, focusing on inductor-specific parameters like pin pitch, coaxiality, and mold cavity precision.
- Every inductor mold comes with complete inspection reports, including tolerance verification and wear resistance testing, ensuring full traceability for all quality records.
- We use high-quality tool steel and strictly adhere to precision machining standards to deliver durable, high-performance molds that meet the tight tolerances required for inductors.
Delivery Time
- Each inductor mold project is assigned a dedicated project manager, with the entire cycle strictly controlled according to the agreed schedule.
- We provide weekly progress reports and mold photos, so you are always updated on key milestones like CNC machining, heat treatment, and mold assembly.
- We also share live mold trial videos of your inductor mold, so you can see exactly how the core pins, cavity structure, and injection process perform during testing.
