High-Quality Automation Solution System Within The Mold Manufacturer, Product
Product Description
New Mould
Existing Mould
Technical Requirements & Specifications
In order to ensure the smooth development and implementation of system solutions, the following relevant information must be provided:
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Complete 3D Mold Drawings: Must include the injection pin location, cooling circuit diagram, A/B plate, and mold core structure.
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Molded Material Specifications: Detailed plastic material grades (e.g., ABS, PC, PP, PA + GF, etc.).
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Part Classifications: Confirmation whether parts are transparent, exterior aesthetic components, or internal structural elements.
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Thermal Medium Specifications: Before and after film transport parameters (hot oil, room temperature water, or chilled water).
3D drawings must reflect the actual, physical state of the mold. Because our system is engineered strictly according to customer-supplied CAD files, the customer will bear full liability for any losses incurred if the provided 3D data diverges from the actual mold.
Positioning for the auto-matched system strictly relies on our machining specifications. We provide complete machining guidelines via PPT presentation and on-site training. If machining deviations occur due to non-compliance with these specifications, all resulting losses must be undertaken by your company.
Frequently Asked Questions (FAQ)
The complete 3D assembly must precisely display the injection pin positions, cooling circuit diagrams, A/B plate setups, and internal mold core architectures to ensure accurate integration.
Yes. We support custom implementations for both brand-new mould fabrication and retrofit adaptations for existing moulds, provided accurate physical data is supplied.
Our engineering covers a comprehensive spectrum of injection molding polymers, including ABS, PC, PP, glass-fiber reinforced polyamides (PA + GF), and related engineering plastics.
To guarantee precise positioning and execution, we provide comprehensive instructional PPT files as well as direct on-site technical training for your machining team.
Our automation solutions are custom-modeled against the exact coordinates within your 3D files. Any discrepancy between digital CAD files and actual steel molds will lead to fitment failure, which must be prevented before machining.
You must clarify whether the before-and-after film transport utilizes hot oil, room temperature water, or chilled water to ensure the proper thermal control parameters are configured.
