HITOP is committed to assisting customers by offering a comprehensive one-stop solution, encompassing product design enhancement, initial sample creation, mold fabrication, injection molding, and product assembly.

Injection-molded parts are more durable than, say, 3D-printed ones. You can rigorously test features. These features can be hinges or snap closures to ensure they function as intended.

The process mimics production injection molding. This way, you can iron out kinks early. It will reduce risks and streamline the shift to mass manufacturing.

Prototype injection molding creates limited-run, high-quality plastic parts ideal for testing and refining designs before mass production. Here’s when it shines.

It is believed that it mimics the final production process. But prototypes are more than just fancy models. They play a huge role in product development. This means they enable you to test functionality, identify design flaws, and refine your vision before full-scale manufacturing begins.

Its capacity to create prototypes that nearly match the finished product in terms of functionality, dimensions, and material qualities is its main advantage. This offers priceless information during the development stage. This is what enables you to spot possible problems early on and take appropriate action before mass production starts.

What if we told you that bringing your product idea to life – holding a real, functional prototype is possible now? Prototype injection molding makes this possible. It’s a powerful technique that uses specialized molds to create high-quality plastic parts.

3D models and prototypes don’t always reflect real-world behavior. Injection molding lets you test with final materials. This reveals issues like weak points or unexpected surface textures.

It aids in identifying design flaws and refining your vision before mass production. This also reduces risk and streamlines the transition to full-scale manufacturing.

HDPE (CNC) is a lightweight and strong thermoplastic, suitable for outdoor applciations. Commonly used for prototypes before Injection Molding.

Hi, I am Sparrow Xiang, COO of the HiTop company, me and my team would be happy to meet you and learn all about your business, requirements and expectations.

We are committed to helping you elevate quality standards, fostering enterprise growth, and actualizing your internationalization strategy.

Let’s have a discussion on this highly interesting subject of prototype injection molding. We’ll talk you through when and why this technique should be used.

High density polyethylene is very tough due to its long chain structure and has the highest impact strength of any thermoplastic.

Prototype injection molding bridges the gap between the concept and the final product. It lets you create real, functional prototypes using your chosen materials.

We agree it’s not ideal for low volumes or frequent design changes due to mold costs. You should consider prototype injection molding when functionality testing and near-final part accuracy are crucial.

Excellent strength-to-weight ratio, impact and weather resistant. Polyethylene (PE) is a thermoplastic with high strength-to-weight ratio, good impact strength and excellent weather resistance.

Prototype injection molding converts your product design from a concept to a physical prototype with remarkable accuracy. Melted plastic is injected into a cavity made by a custom mold in a manner similar to conventional injection molding. But this mold is usually made of cheaper, faster materials, like aluminum, so it can be completed more quickly.

Prototype with the exact plastic you plan to use for production. This will ensure compatibility and avoid surprises down the line.

Ready to bring your product idea to life? Hitop Industries offers expert prototype injection molding services to turn your vision into a reality. Contact us today to discuss your project!