ASB-12M 15ml 1\u00d76 Bo\u015fluklu Kal\u0131p \u00c7ekirdek Bile\u015feni \u0130\u00e7in \u00d6zel \u00c7\u0131karma \u00c7ekirde\u011fi Sabitleme Plakas\u0131 <\/span><\/h1>\nEliminate Ejection Kinematic Binding and Secure Absolute Core Stability. Engineered for 100% Drop-In OEM Replacement, Significantly Reducing Maintenance Downtime and Extending Mold Lifespan.<\/h2>\n
Integrating seamlessly with top-tier ISBM tooling<\/a> systems globally.<\/p>\n<\/header>\n\nProduct Core Specifications Quick Reference<\/h3>\n
For production managers and maintenance engineers requiring immediate verification, below are the critical engineering parameters for the ASB-12M Eject Core Fixing Plate (Part No. 83). This component is designed specifically for the rigorous demands of the 1-step Injection Stretch Blow Molding process.<\/p>\n
Click to view the mold drawings.<\/a><\/span><\/p>\n\n\nApplicable Machine Platform<\/div>\nASB-12M ISBM Machine<\/div>\n<\/div>\n\nCorresponding Bottle Format<\/div>\n15ml Capacity (1×6 Cavitation)<\/div>\n<\/div>\n\nExact Component Designation<\/div>\nEject Core Fixing Plate (Part 83)<\/div>\n<\/div>\n\nPrimary Base Material<\/div>\nS45C Medium Carbon Steel<\/div>\n<\/div>\n\nCritical Geometric Envelope<\/div>\n275 mm x 75 mm x 40 mm<\/div>\n<\/div>\n\nCNC Machining Precision<\/div>\n+\/- 0.02mm to +\/- 0.05mm<\/div>\n<\/div>\n<\/div>\n<\/section>\n\n<\/h3>\nDeep Product Description & Engineering Analysis<\/h3>\n\n3.1 Component Function and Kinematic Importance within the ASB-12M<\/h4>\n
![\"Enjeksiyon](\"https:\/\/isbm-molding.com\/wp-content\/uploads\/2026\/02\/0-Mould.webp\")
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In the single-stage injection stretch blow molding ecosystem, the ejection station represents the critical final step of the production cycle. The Eject Core Fixing Plate (Part No. 83)<\/strong> serves as the foundational rigid backbone for the entire core ejection assembly. Operating a 1×6 cavity layout for a 15ml container inherently concentrates significant mechanical stress into a compact geometric footprint (275x75x40mm). This plate is tasked with maintaining absolute planar rigidity against the cyclical, high-impact kinetic forces exerted by the machine’s ejection hydraulics or pneumatics.<\/p>\nAs the foundational fixing plate, it guarantees the precise, synchronized movement of the ejection cores. It directly determines the dimensional stability and smooth demolding of the finished 15ml bottles. If this plate experiences even microscopic deflection (flexing) under load, the resultant angular misalignment transfers immediately to the ejector pins and core rods. This micro-misalignment causes kinematic binding\u2014a destructive condition where metal galls against metal, leading to premature wear of the ejector sleeves, core shifting, and ultimately, severe damage to the primary mold components.<\/p>\n
\nSolving the Primary Operational Pain Points<\/h5>\n
Replacing a fatigued, warped, or out-of-tolerance original fixing plate with our precision-engineered counterpart effectively eradicates prevalent ejection anomalies. It resolves asynchronous ejection (where bottles hang up on one side of the 1×6 array), eliminates frictional shudder during the ejection stroke, and mitigates the risk of stress-whitening on the preform\/bottle base caused by localized pin pressure. By restoring absolute planar alignment, you safeguard the structural integrity of your $50,000+ primary mold stack, thereby securing your capability to seamlessly reduce PET bottle cycle time.<\/p>\n<\/div>\n<\/div>\n
\n3.2 Metallurgical Superiority and Precision Machining Workflows<\/h4>\n
The selection of materials and the exactness of the subtractive manufacturing processes dictate the lifespan of the Eject Core Fixing Plate. Unlike cosmetic components, this plate is a highly stressed structural member operating in an environment characterized by rapid thermal cycling and intense mechanical shock.![\"](\"https:\/\/isbm-molding.com\/wp-content\/uploads\/2026\/03\/0-mold-1.webp\")
<\/p>\n
Material Science Application: High-Grade S45C Carbon Steel<\/strong>
\nWe strictly utilize premium, certified S45C medium carbon steel for this specific component. S45C (equivalent to AISI 1045) is engineered with a carbon content ranging from 0.42% to 0.48%. This specific metallurgical profile provides an exceptional balance of tensile strength, high modulus of elasticity (rigidity), and excellent machinability. The steel undergoes a rigorous normalizing and tempering heat treatment process to relieve internal residual stresses prior to machining. This ensures that the 275x75x40mm block will not warp or distort when subjected to the operational temperatures of the ASB-12M platen area. Its high structural rigidity effectively dampens harmonic vibrations generated during the rapid ejection stroke, protecting delicate 15ml cavity geometries.<\/p>\nAdvanced CNC Machining and Geometric Tolerancing<\/strong>
\nFabrication is executed on 5-axis DMG MORI CNC machining centers to ensure all critical features are cut in a single setup, eliminating datum shifting errors. We strictly adhere to the original OEM blueprint tolerances. All primary mating surfaces undergo precision surface grinding to achieve a flatness and parallelism tolerance of less than 0.02mm, and a surface roughness of Ra 0.8. The critical M8 threaded mounting holes and dowel pin alignment bores are subjected to rigid positional tolerancing, guaranteed to be within +\/- 0.02mm of true position. Furthermore, all non-functional sharp edges are meticulously processed with C1.5 to C2.0 chamfers to eliminate stress risers and ensure safe, snag-free installation by your maintenance technicians.<\/p>\n![\"ISBM](\"https:\/\/isbm-molding.com\/wp-content\/uploads\/2026\/02\/0-ISBM-machine-4.webp\")
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\n3.3 Comprehensive Technical Data and Specifications<\/h4>\n
The following table translates the critical blueprint data into verifiable parameters for your engineering team to cross-reference against your existing P2504-A068 series tooling.<\/p>\n
\n
Product Core Specifications Quick Reference<\/h3>\n
For production managers and maintenance engineers requiring immediate verification, below are the critical engineering parameters for the ASB-12M Eject Core Fixing Plate (Part No. 83). This component is designed specifically for the rigorous demands of the 1-step Injection Stretch Blow Molding process.<\/p>\n
Click to view the mold drawings.<\/a><\/span><\/p>\n In the single-stage injection stretch blow molding ecosystem, the ejection station represents the critical final step of the production cycle. The Eject Core Fixing Plate (Part No. 83)<\/strong> serves as the foundational rigid backbone for the entire core ejection assembly. Operating a 1×6 cavity layout for a 15ml container inherently concentrates significant mechanical stress into a compact geometric footprint (275x75x40mm). This plate is tasked with maintaining absolute planar rigidity against the cyclical, high-impact kinetic forces exerted by the machine’s ejection hydraulics or pneumatics.<\/p>\n As the foundational fixing plate, it guarantees the precise, synchronized movement of the ejection cores. It directly determines the dimensional stability and smooth demolding of the finished 15ml bottles. If this plate experiences even microscopic deflection (flexing) under load, the resultant angular misalignment transfers immediately to the ejector pins and core rods. This micro-misalignment causes kinematic binding\u2014a destructive condition where metal galls against metal, leading to premature wear of the ejector sleeves, core shifting, and ultimately, severe damage to the primary mold components.<\/p>\n Replacing a fatigued, warped, or out-of-tolerance original fixing plate with our precision-engineered counterpart effectively eradicates prevalent ejection anomalies. It resolves asynchronous ejection (where bottles hang up on one side of the 1×6 array), eliminates frictional shudder during the ejection stroke, and mitigates the risk of stress-whitening on the preform\/bottle base caused by localized pin pressure. By restoring absolute planar alignment, you safeguard the structural integrity of your $50,000+ primary mold stack, thereby securing your capability to seamlessly reduce PET bottle cycle time.<\/p>\n<\/div>\n<\/div>\n The selection of materials and the exactness of the subtractive manufacturing processes dictate the lifespan of the Eject Core Fixing Plate. Unlike cosmetic components, this plate is a highly stressed structural member operating in an environment characterized by rapid thermal cycling and intense mechanical shock. Material Science Application: High-Grade S45C Carbon Steel<\/strong> Advanced CNC Machining and Geometric Tolerancing<\/strong> The following table translates the critical blueprint data into verifiable parameters for your engineering team to cross-reference against your existing P2504-A068 series tooling.<\/p>\n<\/h3>\n
Deep Product Description & Engineering Analysis<\/h3>\n
3.1 Component Function and Kinematic Importance within the ASB-12M<\/h4>\n
<\/p>\nSolving the Primary Operational Pain Points<\/h5>\n
3.2 Metallurgical Superiority and Precision Machining Workflows<\/h4>\n
<\/p>\n
\nWe strictly utilize premium, certified S45C medium carbon steel for this specific component. S45C (equivalent to AISI 1045) is engineered with a carbon content ranging from 0.42% to 0.48%. This specific metallurgical profile provides an exceptional balance of tensile strength, high modulus of elasticity (rigidity), and excellent machinability. The steel undergoes a rigorous normalizing and tempering heat treatment process to relieve internal residual stresses prior to machining. This ensures that the 275x75x40mm block will not warp or distort when subjected to the operational temperatures of the ASB-12M platen area. Its high structural rigidity effectively dampens harmonic vibrations generated during the rapid ejection stroke, protecting delicate 15ml cavity geometries.<\/p>\n
\nFabrication is executed on 5-axis DMG MORI CNC machining centers to ensure all critical features are cut in a single setup, eliminating datum shifting errors. We strictly adhere to the original OEM blueprint tolerances. All primary mating surfaces undergo precision surface grinding to achieve a flatness and parallelism tolerance of less than 0.02mm, and a surface roughness of Ra 0.8. The critical M8 threaded mounting holes and dowel pin alignment bores are subjected to rigid positional tolerancing, guaranteed to be within +\/- 0.02mm of true position. Furthermore, all non-functional sharp edges are meticulously processed with C1.5 to C2.0 chamfers to eliminate stress risers and ensure safe, snag-free installation by your maintenance technicians.<\/p>\n<\/p>\n<\/div>\n3.3 Comprehensive Technical Data and Specifications<\/h4>\n
![\"](\"https:\/\/isbm-molding.com\/wp-content\/uploads\/2026\/03\/0-isbm-machine-bottle.webp\")
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