Cowon Mold Tech Co., Ltd

 

Cowon Mold Tech Co., LTD, an affiliate of HLC, stands as a distinguished plastic injection mold manufacturer, encompassing over 120 dedicated personnel and spanning across 8000 square meters. With substantial investments in cutting-edge technologies such as high-speed, large CNC milling machines, and advanced EDM equipment, our capabilities are unmatched. This robust infrastructure allows us the flexibility to cater to your most precise, expansive, and intricate manufacturing requirements, ensuring superior quality and efficiency in every project we undertake.

 

Fully Customize Service
We have a team of highly qualified engineers to provide technical support, our goal is to provide thoughtful service, support customers to provide product quality and service beyond their expectations.

 

Rich Experience
We have advanced production equipment and testing systems, a complete sales network and professional technical on-site installation workers.

 

Quality Assurance
We only offer top quality products, considerate service and timely delivery.With our advanced technology and manufacturing equipment, they are developed from several safety, high temperature resistance, wear resistance and other requirements.

 

Certificate
We have ISO 9001:2015 and Notarial certificate.

 

Produce Complex Parts With Accuracy
Injection molding is a popular choice among vehicle makers due to its high level of accuracy and reproducibility. Injection molding can assist businesses in producing highly complicated, intricate plastic components in significant quantities with no issues if the correct tool design and a scientific molding approach to process optimization are used.Screw precession is a technique used by injection molding machines to infiltrate molten plastic into a mold chamber. This method enables the production of complicated and extremely detailed components. Automobile molding machines are capable of creating components with highly precise dimensional tolerances.

 

Highly Durable
Modern lightweight thermoplastics can resist the harshest environments even better than metal parts. The resilience and durability of plastics have significantly enhanced over time. To build intricate injection-molded applications, there are more than 25,000 design materials to pick from. It is also possible to develop high-end blends and hybrids that satisfy highly particular component specifications and qualities using automotive and medical device injection molding processes.

 

Lightweight And Various Colors
In several industries, OEMs employ lightweight injection-molded plastic products. In contrast to using metal parts, utilizing plastic components helps lessen weight. Currently, metal parts can be replaced with high-performance, lightweight, and highly resilient thermoplastics. In addition, there will be no difference in terms of durability; only the plastic parts will be lighter. By coordinating additives, polymers, and biocompatibility to get the desired coloring, the molding procedure can produce components that are clear or in a variety of colors. Also, overmolding can be utilized to achieve this when numerous colors are required in a single product.

 

Enhances Flexibility
The automotive industry uses injection molded plastic parts because they provide producers more flexibility. They facilitate the part design specifications for manufactured cars. For example, the creation of plastic components with high precision and a variety of geometries is made possible by the use of diverse polymers in injection molding. As a result, a variety of components can be fabricated using this approach for interior, exterior, or under-the-hood parts.

 

Better Surface Finishes
Smooth and error-free components with better surface finishes are produced through injection molding. The surface finishes produced by the plastic injection molding manufacturing procedure depend on the physical and chemical characteristics of the plastic material that is used. The method offers a variety of treatment options, including engraving, matte finishes, and unusual textures.Manufacturers retain a broad range of finish options like matte, rough, and glossy when making components with plastic injection molding, which are directly applied to the auto parts mold rather than the product. However, depending on the type of plastic used, the final surface roughness differs.

 

Various Materials
A large variety of flexible, rigid, and rubber plastics are compatible with the injection molding process, which is one of the major benefits for the automotive industry. In the automobile sector, manufacturers utilize a wide variety of distinct polymers for various uses, including polypropylene, Acrylonitrile butadiene styrene, acrylic, acetal, nylon, polyethylene, polycarbonate, etc.

 

High Efficiency And Quick Production
High efficiency and quick production are some reasons why injection molding is preferred in the automotive industry. First off, compared to other techniques, the injection molding procedure is quick, and its high production output rate makes it even more efficient. There is only a little gap between each molding cycle, depending on the complexness and size of the mold. Many injection molded parts can be created in a given amount of time with fast cycle times.

 

Cost Reduction
Creating metal parts is more expensive and uses more effort than injection-molded plastics. Because of that, components made of plastic injection molding have become standard practice in the automobile industry. The plastic components are affordable to create, lightweight, and long-lasting. In addition to that, high-quality vehicle parts may be mass-produced via injection molding at a very cost-effective price.Elevated repeatability is another benefit of the injection molding method for creating plastic parts. This is important in the automobile sector, where it is necessary to consistently make similar components. As this method is extremely scalable and there are lots of materials available, injection molding also aids in cost reduction.

 

High Precision And Short Production Time
Precision-molded plastic parts can be produced in large quantities using current high-speed injection molding machines. The injection molding method is the best option and offers tolerances as close as +/-0.0002 for the creation of plastic pieces like gears and connectors that need high-precision manufacturing.Various injection mold engineers' skill sets can assist OEMs in attaining a quicker product development cycle. By doing this, manufacturers are guaranteed shorter manufacturing cycles and timely delivery of error-free products.

 

Consistent Production
The ability to repeatedly produce identical parts is crucial in the automotive business. As robust metal molds are typically used in plastic injection molding, the finished product that emerges from the mold will be practically the same. The injection molding in a clean room is done strictly considering the quality and durability tests. To manufacture complicated plastic parts with high output while maintaining tight tolerances, a reliable, repeatable procedure is necessary. The injection molding production procedure is supported by an injection molder's steady advancement techniques and incorporates cutting-edge technology. It helps assure the steady quality by consistently utilizing the same mold for each part.