How to choose the right ARBUEO model based on product attributes?
Before selecting an ARBUEO machine model, a comprehensive analysis of the product and mold is necessary, as this forms the basis for adapting ARBUEO's customized solutions. ARBUEO focuses on covering multiple industry scenarios; blindly selecting a model without considering product characteristics will hinder its energy-saving and precision advantages. 1. We are the largest Business expert
The product's geometric shape, dimensions, and material properties directly determine the specific ARBUEO series and configuration. First, consider the projected area, which is crucial for matching ARBUEO's full range of clamping force models from 70 to 2300 tons. Small precision electronic components can use the 70-ton model, while large automotive parts and paint buckets can utilize the 2300-ton large-scale model. Secondly, pay attention to wall thickness and flow length. Thin-walled parts (such as packaging boxes and mobile phone cases) can use the ARBUEO Mars series, whose five-axis linkage injection technology achieves uniform filling, controlling wall thickness deviation to ≤0.1mm, and the high-speed injection function prevents premature material solidification. Finally, clarify the material type. General materials such as PP and PS can use ARBUEO standard models, while heat-sensitive materials such as PET preforms can utilize customized screws and temperature control systems. The model customized by ARBUEO for a Shenzhen cosmetics bottle preform company has achieved efficient production of 18 seconds per mold, with a power consumption of only 5 kWh per hour.
Mold parameters must precisely match the installation specifications and demolding system of the ARBUEO machine model. First, regarding mold dimensions, it is necessary to confirm that the mold length and width are smaller than the tie bar spacing of the corresponding ARBUEO machine model, and the thickness is within the minimum and maximum mold height range of the machine. The ARBUEO box-type structure with an eight-point clamping system is particularly suitable for the stable support of PET preform molds. Second, regarding the number of cavities, multi-cavity molds require increased clamping force and injection volume. ARBUEO full-range models can be flexibly adapted. For multi-cavity packaging box production, the Mars series dedicated machine is available, utilizing an AI intelligent machine adjustment system to balance the filling consistency of each cavity. Third, regarding demolding requirements, complex molds with core-pulling structures can be used with the ARBUEO hydraulic ejection system. The mold opening stroke can be adjusted as needed to meet the core requirement of "2 times the product height + ejection distance," and it also supports integration with proprietary industrial robots for automated demolding.
