FAQ

Rubber injection molding machines offer the advantages of short cycle times and high production efficiency, making them particularly suitable for medium to high-volume production. Compared to traditional compression molding operations, injection molding significantly shortens operating time and boosts productivity.

Injection molding allows for precise control over injection pressure and material volume, resulting in uniform filling, fewer air bubbles, and stable product tolerances. This makes it especially suitable for high-precision products like O-rings and seals.

Yes. Rubber injection molding machines are highly automated. Processes such as heating, injection, holding pressure, and cooling are all controlled by a PLC, which greatly reduces reliance on operators and minimizes the error rate.

Yes. The injection machine can be fed directly with strip or block-form rubber compounds, eliminating the need for pre-processing equipment like mixing mills, cutting machines, and weighing scales. This effectively reduces equipment investment and labor costs.

Yes. Since injection molding is a closed-loop control process, gate and runner control is more precise, leading to higher material utilization and less waste. It also reduces the risk of foreign object contamination.

Injection machines can be used with various molds, feature short mold changeover times, and can integrate with cold runner systems to achieve low-waste, flexible production for high-mix, low-volume manufacturing.

The entire operation of an injection molding machine is enclosed, equipped with safety doors and protective devices. This reduces personnel exposure to high temperatures and pressures, meeting the operational safety requirements of modern factories.