In a collaborative project with a client, we used a 358-ton injection molding machine and 10 molds to conduct a comprehensive production line setup and testing.
This experience was meticulously documented in 70 videos. Below is a complete summary of this project.
In this project, we provided the client with equipment and molds while conducting on-site testing with materials supplied by the client.
The client brought 10 bags of PA6 resin, each weighing 50 kilograms, for testing purposes.
However, the complexity of the materials added additional challenges to the process:
Thanks to our extensive familiarity with cable tie production and the practical expertise of our team, we swiftly made adjustments to overcome these challenges.
During the testing process, we faced the following major issues:
Throughout the process, our engineers leveraged their rich experience to optimize injection parameters and refine mold settings.
A adjustment to the masterbatch for complete the task. The final tensile strength of the cable ties exceeded expectations, earning high praise from the client.
A distinctive aspect of this project was the deep involvement of the client. They actively provided locally sourced materials and closely observed the performance of both the equipment and the final products.
This collaboration allowed the client to gain a clearer understanding of cable tie production, particularly the critical balance between machinery, molds, and materials. Achieving stability in these three areas is essential for optimal production outcomes.
Taking this opportunity, I identified two key stages of cable tie production, which are easier to explain with video:
Efforts to improve production efficiency often focus on the printing money stage, such as increasing mold cavity numbers, which enhances output but may extend the burning money stage.
Managing the burning money stage is equally important, especially when dealing with small-batch, multi-specification orders. Failure to address this can directly impact production costs and profitability.
The testing and adjustments have been consolidated into 70 short videos, most of which are under 1 minute, totaling just over an hour of content.
These videos provide invaluable insights for newcomers to the field and serve as a foundational training resource for staff development.
This project demonstrates the importance of meticulous testing, effective collaboration, and a deep understanding of production dynamics.
It is our hope that these resources will benefit more individuals and businesses navigating the complexities of cable tie production.
Automatic Cable Tie Bundling Machine for Wire Harness Streamline your production line with our Automatic Cable Tie Bundling Machine (Floor-standing Series). Designed specifically for the automotive,
Assembly Machine for Security Seal Seal Security, Guard Trust Our semi-automatic Security Seal Assembly Machine Featuring manual loading/unloading, hot-press sealing, laser printing(optional) Offers 2 or
Mold for Security Seal Seal Security, Guard Trust Our molds for security seals are precision-engineered for producing high-quality, tamper-evident seals used in logistics, metering, and
Inserts for Security Seal: Plastic & Metal Seal Security, Guard Trust Security seal inserts come in two types: Plastic and Metal. Plastic inserts are injection-molded.