plastic molding order process and timetable

-

China injection molding process:




China injection molding

- Design of components (clients are welcome to supply 3D files)----Client Side

Topworks can optimize your design for cost savings or ensure compatibility with Asian processes by optimizing your design before tooling.

- Parts Prototyping (if necessary)-- Client Side Or Topworks side

Topworks can utilize Computer Numerical Control (CNC) to produce a machined prototype or 3D printing that you can see and feel to validate the design of your part.

- Tool Design--- Client Side Or Topworks side

During this stage, your Tooling Information Worksheet is used to design the tool.

- Tool Check and Mold Flow Analysis --- Topworks side

The accuracy of the tool design is validated.

- Tool Fabrication --- Topworks side

The tool is precisely fabricated according to the validated design using Computer Numerical Control (CNC), and Electrical Discharge Machining (EDM) technologies)...

- First Shots To Client(T1) --- Topworks side

The first test shots will be sent via courier soon after the injection molds are made. Once sent, these usually arrive in 2-5 days.

- Tool Modifications and Texturing --- Topworks side

At this point, Topworks makes any changes to the tool that is necessary to bring it into compliance with the approved specifications. Topworks makes any changes that are necessary (specifically excluding design changes, which are always charged for) free of charge.

In this stage, the texturing process is done, which is usually the last step before mass production.

- Mass Production Run or Export --- Topworks side

In this stage, the tool is handed over to the customer or ready for export.

 

Timing



PC injection molding



PC injection molding



Tooling usually takes 5 to 6 weeks from receipt of deposit funds and assumes that the 3D files are correct.

It is possible to shorten the lead time if you have a special urgent request (additional fees apply).

"T1" samples are the first samples built based on your 3D files.

The test shot stage takes approximately one to two weeks to complete, depending on the original 3D design and the complexity of the plastic parts.

The lead time for production will vary depending on the complexity of the parts, the tooling, the materials, and the client's desired quantity.

Please let us know if you have a deadline.

We will discuss what can be done in order to meet your deadline. In general, we would require about two weeks to complete orders of 10,000 units.

Please do not hesitate to contact us with questions regarding the exact duration of your project, as times (and project scopes) vary greatly.

The time required for delivery depends on the manner in which the shipment will be handled. Examples include DHL, UPS, FedEx, TNT, air or sea shipment.

If you have assigned a freight forwarder, we can utilize your existing freight forwarding agreement for a nominal fee.

If there is no specific forwarder, we may be able to suggest forwarders that we have previously worked with.

Generally, our experience indicates that depending on the final destination, the shipment takes two to five days via international courier, two to five days by air, and twenty to forty-five days by sea.

Delivery FOB China is the simplest method, but international courier services would not be recommended due to their complexities. EMS is an alternate option for small quantities, however, if the delivery is urgent.

Additionally, customs declaration timetables vary by country.

Please contact your local freight forwarder for further information.

 
https://bit.ly/2TkZCll

Comments

Post a Comment

Popular posts from this blog

Moulage Par Injection Et Fabricant De Moules En Chine

-
Image
Moulage Par Injection Et Fabricant De Moules En Chine-Topworks En tant que fabricant chinois de moules à injection et de moules en plastique sur mesure, Topworks est fier d'offrir à ses clients des moules et des pièces en plastique de la meilleure qualité, fabriqués à l'aide de technologies avancées. Avec plus d'une décennie d'expérience, Topworks entreprend chaque projet avec un haut niveau d'expertise et de dévouement. Nous mettons à votre disposition un personnel qualifié, compétent et dévoué qui se consacre à vos besoins en matière de moulage par injection de plastique. Topworks peut fabriquer un article complet tout au long de notre processus de fabrication, ou seulement des parties d'un système, régulièrement ou de manière ponctuelle, et offrir des services d'assemblage, d'estampage et d'emballage sur mesure lorsque cela est nécessaire et requis. OBTENIR UN DEVIS GRATUIT-30% INFÉRIEUR,15 JOURS MOINS Tous les employés de T...
Read more

what is plastic mold?

-
Image
What Is Plastic Mold?   What is plastic mold? The tooling used for plastic injection molding is called plastic mold or plastic injection mold . Most plastic products are molded by plastic molds. Plastic molds are divided into two types: thermosetting and thermoplastic mold ,according to the molding plastic characteristics. Based on the molding process, the plastic mold is divided into plastic injection mold, blow mold, casting mold, pressing mold,and so on. The injection mold is made up of two main sections: the moving half and the fixed half. The moving half is mounted on the moving platen of the injection molding equipment, and the stationary half is mounted on the stationary platen. Over the injection molding, the moving and the stationary half are shut to develop an injection structure and a cavity structure. Once the mold is open, the moving half and the stationary half are split up to clear away the plastic item from the plastic mold. As a way to decrease the mol...
Read more

Injection product stress mark solution

-
Image
On plastic injection products, especially for raw materials such as ABS, PP and PC, you will often see shiny stress marks on the surface of products, such as injector pin stress marks, insert stress marks and stress marks of wall thickness difference . These apparent shiny, white markings are the result of internal stresses , which are nothing more than orientation and cooling shrinkage stresses. The irregular stress marks near the gate are caused by the typical orientation stress, and the difference of wall thickness is the result of orientation and contraction stress, those stress marks are made by ejector pins and sliders . Normally , with the increase of holding pressure and time, the first occurrence is the stress mark of wall thickness difference, the stress mark of ejector pin, then the stress mark of meat thickness difference, and finally the irregular stress mark near the gate (gray section will appear on the side), which of course also depends on the specific structure of the...
Read more