[New Features and Practical Examples of Actual Machine Comparisons] 3D Resin Injection Molding Software that Effectively Addresses Warping and Shrinkage at a Practical Level.
"ASU/MOLD" is a resin injection molding simulation software that analyzes the resin injection molding process with high speed and precision, leading to solutions for various challenges that arise in mold design and molding sites. It visualizes processes from filling to warpage, shrinkage analysis, and mold cooling using 3D solids, delivering results with high accuracy in a short time. It is utilized in various stages from product design to mold manufacturing and molding sites. We offer a lineup that includes "ASU/MOLD-EX" and "ASU/MOLD-EX Pro," which incorporates features such as mold temperature analysis and valve gate functionality. 【2023 Edition EX Pro New Features】 - Mesh density function - Gas vent - High-speed warpage analysis - Rendering function 【Features】 - High-precision solver validated by actual machine testing - Analysis using 3D solid elements with minimal geometric errors - Shortened time due to high-speed and robust computational capabilities - Easy operation with dedicated automatic mesher and process setting functions - Reduction of development time, cost savings, and quality improvement Please check from the download.
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basic information
【Product Details】 【Warp Deformation Analysis and Comparison with Actual Equipment】 【Introduction of Air Analysis and Gas Vent Function】 【Introduction of High-Speed Warp Analysis Function】 ■Please contact us via the inquiry button 【Product Lineup】 ■ASU/MOLD-STD ■ASU/MOLD-EX ■ASU/MOLD-EX Pro
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Applications/Examples of results
【Applicable Fields】 ■Automobiles ■Aircraft ■Medical Devices ■Home Appliances ■Optics ■Materials, etc.
Detailed information
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Product lineup tailored to usage scenarios For product design Addressing issues related to product shape in advance Identifying causes of warping (shape factors), sink marks, and weld lines → Predicting the product shape after molding, taking preemptive measures against warping and sink marks, shortening development lead time For mold manufacturing Addressing issues related to mold structure in advance Identifying causes of warping (mold temperature difference factors), sink marks, insufficient filling, gas burn, and resin pressure → Verifying cooling effects and efficiency, implementing measures for gas escape, verifying clamping force For molding sites Verifying molding conditions and cycle times in advance Identifying causes of sink marks and burrs due to holding pressure and time → Predicting the holding pressure process, avoiding sink marks and burrs, verifying clamping force
Line up（3）
| Model number | overview |
|---|---|
| ASU/MOLD STD | Entry-level Basic CAE for Designers |
| ASU/MOLD-EX | Mid-range CAE for Designer Analysis |
| ASU/MOLD-EX PRO | High-end CAE for Dedicated Analysis |
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Company information
ASTOM Co., Ltd. focuses on business reform through CAE, providing "business support for manufacturing sites" and "support for new technology development." We support customers in the manufacturing industry based on three main support policies, including "broad support from large enterprises to small and medium-sized enterprises." As the paradigm shift in manufacturing accelerates and competition in product development intensifies, we encourage you to utilize ASTOM's products and elemental technologies, built on Japanese technology and know-how, to establish leading-edge technologies in your world. Through CAE technology, we aim to innovate the manufacturing sector and contribute to the creation of a prosperous society.
![[Data] ASU/V-STRUCT Rivet Analysis](https://image.mono.ipros.com/public/product/image/31b/2001519777/IPROS32244163086305190.png?w=280&h=280)
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![[Inventor Utilization Case] Sato Parts Co., Ltd. Kanto Factory](https://image.mono.ipros.com/public/product/image/afb/2000655419/IPROS46233568867395981374.png?w=280&h=280)
![[Example] Resin flow analysis software '3D TIMON'](https://image.mono.ipros.com/public/product/image/8e8/2000513854/IPROS28500065168874571195.jpeg?w=280&h=280)
