Plastic Product Design

Minimize Risk Maximize Efficiency

At TIGER MOULD, if you have product design drawings, we can help you analyze the feasibility of this project and ensure the necessary modifications to avoid design flaws that can lead to high costs of mold modifications at a later stage. If you don’t have 2D drawings, or even just a product idea, you can also tell us, our design team has rich experience in product design and can meet all your needs for the product.

After the design is completed, we will use high-precision 3D printers, according to the product stage flexible choice of technology combinations, the use of 3D printing to accelerate innovation, the traditional process to protect the mass production landing.

Why We Use 3D Printing Technology

Rapid Prototyping

3D printing can directly transform the digital model into a physical product, eliminating the need for traditional CNC machining, EDM and other complex processes, 3D printed plastic products can be completed within 24-72 hours, while traditional steel molds take 8 weeks or more.

Higher Economy

Allows frequent design modifications, supports rapid verification of design defects (e.g. parting lines, ejector pin position), reduces the time cost of repeated mold repairs, and shortens product development cycles from weeks to days.

Sample Testing

3D printed plastic products are virtually identical in size and strength to those produced by traditional molds, and can perform as well as traditional molds in test assemblies or other technical specifications.

What is 3D printing

Plastic 3D printing is an innovative production method based on additive manufacturing technology, which breaks the limitations of traditional subtractive machining or mold forming by directly constructing three-dimensional entities by stacking plastic materials layer by layer.

The core process starts with a digital model, slices the design file, and then molds it layer-by-layer by the printer by melting filaments, curing liquid resins, or sintering powders, etc., and ultimately obtains plastic products for functional or display purposes after post-processing.

This technology makes it easy to realize complex geometries, such as internal cavities, shaped cooling channels or lightweight point formations, providing unprecedented design freedom in highly customized areas such as medical custom devices. Commonly used materials range from low-cost PLA and ABS to high-performance nylon and TPU to meet the needs for strength, flexibility or corrosion resistance in different scenarios.