The mold is the most critical factor in rubber injection molding and rubber press production. At Kavis Makine, we manage the entire process from the design to the manufacturing of injection molds, compression molds, and transfer molds. With cold runner systems, we reduce material waste and shorten cycle times.
Production
Production
Quality starts with the right mold design. Depending on the machine type, part geometry, and material, we offer three main mold types:
Injection Mold: Suitable for FIFO system machines. The material is injected into the mold cavity under pressure after preparation. It is the most efficient mold type for mass production.
Compression Mold: Raw rubber is placed into the mold cavity and compressed by the press closing force. It is suitable for simple geometries and low production volumes. Mold costs are lower.
Transfer Mold: The material is placed between the upper plate and the piston, then transferred into the cavity under pressure. It is simpler than an injection mold and more precise than a compression mold. It is used in presses without a plasticizing unit.
In injection molding production, the material remaining in the runner becomes waste. Cold runner systems reduce this waste. At Kavis Makine, we offer various cold runner solutions:
4-Nozzle Entry: Simultaneous injection into four cavities within a single mold. Ideal for symmetrical parts. Waste is minimized.
8-Nozzle Entry: Designed to produce more parts in a single cycle. Especially preferred for small gaskets and sealing components.
Custom Nozzle Design: We develop solutions for non-standard geometries, different flow characteristics, and special cavity layouts. Through mold analysis, we determine the optimum number of nozzles and gate locations.
We do more than just sell machines. We help you select the most suitable mold type for your production requirements. If you already have a mold, we analyze how it will perform on different machines. If you need a new mold, we provide support from the design stage onward.
Contact us for your questions.