A High mold positioning accuracy: The alignment error between the injection mold and the blow mold is extremely small (usually within 0.05mm), ensuring that there is no misalignment or burrs at the joint between the bottle mouth and the bottle body, improving the sealing and aesthetics of the product.
B Suitable for the production of small-volume products with handles or special structures: Some models can form products with simple handles, grooves and other structures (such as small hand sanitizer bottles) in the injection-blowing process through special mold design, without additional secondary processing.
C Clear energy consumption structure: The heating energy consumption in the injection molding stage and the air pressure energy consumption in the blow molding stage can be monitored and adjusted separately, which is convenient for optimizing energy distribution according to the characteristics of the product and further reducing unit energy consumption.
D Less waste generation: Compared with the "flash" waste of extrusion blow molding, the proportion of gate waste in the injection-blowing process is lower (usually less than 5%), and the shape is regular, making recycling and processing more convenient.
E Supports fast color change production: The cleaning design of the barrel and flow channel is optimized. When changing colors, the residual masterbatch can be quickly emptied through a small amount of transition material, reducing the waste of raw materials during the color change process, which is suitable for multi-color small batch orders.
F Perfect safety protection: The equipment is equipped with multiple safety interlocking devices (such as emergency stop button, protective cover sensor), which automatically stops when the door is opened, abnormal pressure, etc., to ensure the safety of operators.
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Optimized Design for Airtight and Aesthetic Products with IBM Injection Blow Molding Machine and Low Energy Consumption Images
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