When you work with a plastic injection moulding factory, understanding production timelines is critically important. It depends on many factors but can vary based on design complexity, material choice, and production volume.
Below is a simple breakdown of what you can expect.
This is the first step in the process. It usually takes between 1 and 6 weeks. The time depends on how complex the part is and whether the design needs revisions.
During this stage, a 3D CAD model is created and refined to ensure it can be manufactured properly. Experienced molding manufacturers can help speed this up by offering design-for-manufacturing advice early on.
Making the mold is often the most time-consuming part. A typical timeframe is 4 to 12 weeks, but complex molds may take longer. Factors like mold complexity, number of cavities, or special features such as cooling channels can all add time.
A well-built mold is key to getting consistent, high-quality parts from a plastic injection moulding factory.
Before production starts, the material needs to be prepared. This step usually takes 1 to 3 days. Depending on the plastic used, preparation might include drying or pre-heating the material.
The material choice also impacts post-processing options. For instance, some parts may require finishing processes like metal plastic coating for added appearance or durability.
The actual injection molding process is fast. Each cycle can take between 10 and 120 seconds. The cycle time depends on part size, thickness, material, and mold design.
Larger or more complex parts take longer to cool. A well-run plastic injection moulding factory can complete thousands of parts each day, especially when machines are optimized for high-speed production.
Once production is complete, shipping times depend on your location. Local deliveries might take just a few days, while international shipping can add one or two weeks.
Reliable molding manufacturers often help arrange logistics to ensure smooth delivery.
The overall time to produce a plastic product using injection molding can range from a few weeks to several months, depending on your project’s needs. Working with an experienced factory that understands both production and value-added processes like metal plastic coating can help reduce delays.
If you need a manufacturing partner who offers full support, from design to delivery, Rustagi Polymers can help. We are a trusted plastic injection moulding factory with expertise in fast, reliable production, and we work with businesses across many industries to ensure projects stay on time and on budget.
1. How can we shorten the "Time-to-Market" for a new part?
The fastest route is a Bridge Tool. When we use a -hardened steel or aluminum mould we can get you started with production in 3 to 4 weeks. This is while your volume Class 101 steel tool is still being made. This way you can test the market without stopping the project.
2. Why does "Wall Thickness" impact the production timeline so much?
When the walls of a product are thicker they take a lot longer to cool down. People who make moulds know that cooling takes up most of the time. When we are designing the product we can save upto 10 to 15 seconds.
3. Does Rustagi Polymers provide "Metal Plastic Coating" in-house?
Yes. By integrating metal plastic coating directly into their workflow, they eliminate the 1-2 week delay usually caused by shipping parts to a third-party finisher.
4. What is the "Shot Capacity" of your factory?
We have a lot of machines that can make small precise parts and large parts. This means we can choose the machine for your project and make sure that everything runs smoothly.
5. How do Rustagi Polymers handle "Tooling Transfers" from other factories?
If you already have a mould that is not working, we will check it to see what is wrong. We check for wear and tear if it is cooling properly and if the gate is working right. Once we know it is okay we can usually get your mould up. Running on our machines in 48 to 72 hours.
When you work with a plastic injection moulding factory, understanding production timelines is critically important. It depends on many factors but can vary based on design complexity, material choice, and production volume. Below is a simple breakdown of what you can expect. 1. Design and Development This is the first step in the process. It […]
