Rotary Table Technology in Injection Molding
Rotary table systems rotate an entire mold half to a precisely defined position within the mold. After the first injection cycle, the molded part is transferred accurately to the next station, where additional processing steps can be performed.
Rotary Tables in Injection Molding
Rotary table systems are engineered to ensure precise and repeatable rotation and positioning of the mold half throughout the entire production process. Accurate indexing at each end position is essential, as even minor deviations can affect precision fits, parting surfaces, and final part geometry.
Technical Design of Rotary Table Systems
Rotary table systems are engineered to ensure precise and repeatable rotation and positioning of the mold half throughout the entire production process. Accurate indexing at each end position is essential, as even minor deviations can affect precision fits, parting surfaces, and final part geometry.
Discuss Your Rotary Table Project
Are you looking for a rotary table system for an injection mold or would you like to optimize an existing application?
quattro-form develops and manufactures rotary table systems as standalone units or as fully integrated components of injection mold concepts, tailored to precise positioning, secure locking, and reliable mechanical motion.
FAQ Section
Frequently Asked Questions About Rotary Table Systems
Are rotary table systems available as standalone units?
Yes. Rotary table systems can be designed and manufactured as standalone units or integrated into new or existing injection mold concepts.
How accurate is the positioning of a rotary table?
Positioning is achieved through precise mechanical indexing and locking at each end position. Repeatable alignment of the mold halves is essential, as it has a direct impact on part geometry and overall component quality.
When is a rotary table system used?
A rotary table system is used whenever a mold half needs to be rotated precisely between multiple stations, for example in multi-component molding applications or sequential manufacturing processes.
