We use thread gauges to check all coll water threads.
RFQ
Feasibility Study
Quotation(Including simple part analysis)
Price confirmation, PO from customer
Project Kick Off
DFM
Mold Flow Analysis
2D/3D Mold Designing
Design Approval
Mold Machining
Tooling Progress report Every Monday
Tryout Resins Prepare
Fitting
Mold Tryout
Mold Improvement And Engineering Changing
Approval of Mold Shipping
Packaging&Shipping
After-sales Service
In the manufacturing process, we place greater emphasis on quality than many of our peers.
15 years ago, all the water carrying threads of the molds we manufactured were CNC boring and milling pins, and 100% passed the thread gauge inspection.
Our inserts and ejector pins are all cut by precision slow wire cutting, eliminating the need for manual repair work, and achieving an accuracy of 0.002mm.
Every Monday, our project engineers will update you with the latest progress report.
We use thread gauges to check all coll water threads.
We use a maximum 135x, high-definition industrial 4K microscope to inspect mold details.
We used scientific injection molding method for trial molding, with 6 steps to help customers find the optimal forming parameters and quickly put them into production.
Confirm whether the installation dimensions of all molds such as nozzle R meet customer requirements.
Check for residual iron slag in the cooling water channel using a fiber optic microscope.
Before moving the mold, we will disassemble the entire mold, carefully inspect each part, and take photos to record.
Confirm if the ejection action is smooth and record a test video.
Do a good job of rust prevention for the mold. According to different customer requirements, butter, dry rust proof oil, etc. can be used.
Check for any water leaks during transportation.