ABS prototype can undergo a variety of post-processing processes, such as machining, polishing, grinding, filing, drilling, painting and bonding, which have a good finish after these processes. ABS is suitable for a wide range of prototyping applications, especially aesthetic prototypes and end-use parts

Good fluidity. Appropriate thermal stability. Compatible with mold material.

Improve mold design and increase demolding slope. Adjust mold temperature. Use appropriate release agent.

Injection molding is generally a plastic rapid prototyping process, it involves heating a thermoplastic or thermosetting plastic material to a molten state and then injecting it into the cavity of a closed mold, where it cools and solidifies to form the desired part.

High productivity: suitable for mass production. Precise dimensions: capable of producing parts with complex shapes and precise dimensions. High material utilization: less material waste. Good surface quality: capable of producing smooth surfaces. High strength: capable of producing high-strength parts.

The first step in our injection molding service is to design the injection mold. How long this takes depends on the complexity of the project. It usually takes as little as a week or as long as several months.

Insufficient filling: incomplete parts. Warpage: inaccurate part shape. Weld lines: marks where different molten plastic streams meet. Burn marks: black rust-colored discoloration on the surface or edge of the part. Jet marks: wavy serpentine patterns on the surface of the part. Voids: small cavities inside a part. Delamination: the peeling or flaking of layers inside a molded part.

Reduce melt and mold temperature. Reduce injection speed. Implement an effective exhaust system.