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TORAY
The Power of 3D TIMON™
World’s first resin flow analysis software to achieve three dimensional warp analysis. In the injection molding industry ‘TORAY’ Group has been one of the top material manufacturers in almost 10 countries.
Sophistication through simplicity
Simple 3D modelling functions and fastest analysis time significantly reduces product development timeline
Advanced Features
Developed using the vast practical knowledge and expertise gained by the group in material manufacturing for more than six decades.
Tried, Tested & Enhanced
Used by more than 600 customers worldwide involved in the molding plastics and composite materials.
High Accuracy with Fast Calculation
The unique “Light 3D analysis” enables high-precision analysis for large products such as automotive exterior/interior as well as intricate parts such as the lenses and connectors, and in a short time compared with conventional simulation method (1/20th times).
Compatible with various materials and molding methods
Collaborative research and technical alliances between ‘TORAY’, customers, universities, and public institutions on a variety of materials and molding methods ensures robust solution (3D TIMON™ – CompositePRESS).
Capability of suggestion
Parametric optimization system (AMDESS for 3D TIMON) offers reliable automated solution. Hence, no scope for human errors based on analysts skill-level.
Cost effective solution
Need-based licensing of 3D TIMON™ enables us to keep the costs lower than any other competing software solution.
TORAY
3D TIMON™ Modules
In injection molding industry, a good simulation software is expected to demonstrate versatility & configurability, predictive analysis and accurate insights. In order to achieve this, the developers of CAE products ought to have a solid understanding of the material chemistry (resins, polymers, fibers), their behavioural dynamics under diverse physical and chemical conditions, and demanded product quality and functionality.
‘Toray’ Group’s leadership in the field of diverse materials and their chemistry, gives them an undisputed edge over any and every other competitor in the injection molding CAE industry.
The simplicity of the CAE software empowers even CAE beginners and users to simulate, draw in-depth analysis and provide parameters for effective, high-quality finished product. A host of standard modules combined with need-based expansion modules further speed up the production, save cost and significantly reduce the time-to-market.
PELF Engineering team analyses the business challenges and market demand from the innovative product, and handholds you through choosing implementing and configuring only those modules that are relevant to you.
We further support you so that you can achieve your strategic business objectives, in the shortest possible time.
- 3D TIMON™ – FLOW + 3D TIMON™ – MCOOL – for pre and post, filling analysis solver, resin database
- 3D TIMON™ – PACK – Solver for packing pressure and with cooling analysis
- 3D TIMON™ – FIBER – Solver for for fiber analysis
- 3D TIMON™ – WARP – Solver for shrinkage and deformation analysis
- 3D TIMON™ – MCOOL – Solver for mold cooling analysis
- 3D TIMON™ – Pre/Post
- 3D TIMON™ – INSERT
- 3D TIMON™ – MultiMold
- 3D TIMON™ – TetMESH
- 3D TIMON™ – OPTICS
- 3D TIMON™ – AWARP
- 3D TIMON™ – SuperThin
- 3D TIMON™ – PRESS
- 3D TIMON™ – StructVE
- 3D TIMON™ – nStruct
- 3D TIMON™ – Structural analysis TRANSLATOR
- AMDESS for 3D TIMON™
- AMDESS for 3D TIMON™ Advanced
- 3D TIMON™ Light
ABOUT
3D TIMON™
Toray Integrated Molding New System
The Simulation CAE system form plastic-molded products that helps:
01
Optimize Design
02
Efficient Production
03
Achieve High-Precision
PELF Engineering provides
Innovative Plastic Injection Molding Solutions to its clients,
by partnering with Leaders in the Injection Molding Industry‘ TORAY ’
Established in 1960s, ‘TORAY’ as an innovation driven group has established its leadership in the areas of textiles and plastics, but pharmaceuticals, semiconductors, FPDs, and composite materials.
PELF Engineering Pvt. Ltd. are the authorized partners of ‘TORAY’. We help strategize and successfully implement its flagship product – 3D TIMON™ - for our clients across the world. We are passionate about delivering tangible results to our clients, and ensure complete handholding across the process.
- Professional User Experince & Interface researching
TORAY
FAQ
Toray Industries, Inc. is globally recognized for its advanced materials technology, especially carbon fiber composites, high-performance polymers, and specialty materials used in aerospace, automotive, electronics, and industrial applications.
Toray materials are widely used in industries such as aerospace, automotive, defense, renewable energy, sports equipment, and industrial manufacturing. Their carbon fiber composites provide high strength, lightweight performance, and excellent durability.
Toray carbon fiber composites offer high strength-to-weight ratio, making them ideal for lightweight engineering applications. This helps manufacturers reduce product weight, improve fuel efficiency, and enhance overall structural performance.
Toray advanced materials are used in aircraft structures, automotive components, structural reinforcements, and lightweight composite panels. These materials help improve safety, reduce weight, and enhance structural reliability.
Yes. Engineers use CAE simulation tools and digital engineering platforms to analyze the performance of Toray composite materials under different conditions such as stress, heat, vibration, and aerodynamic forces. This helps optimize product design before manufacturing.
Compared to metals and conventional materials, Toray composites provide higher strength, reduced weight, better fatigue resistance, corrosion resistance, and improved performance in extreme environments.
Advanced composites like those developed by Toray improve durability by offering excellent fatigue resistance, high stiffness, and strong impact resistance, which are critical for aerospace, automotive, and industrial engineering applications.
Yes. Lightweight materials such as Toray carbon fiber help reduce energy consumption in transportation and industrial applications. By lowering product weight and improving efficiency, these materials contribute to sustainable engineering and reduced carbon emissions.
Engineering experts help organizations integrate Toray materials into product designs through material selection, composite simulation, structural analysis, and design optimization, ensuring the materials perform effectively in real-world conditions.
Simulation allows engineers to predict how composite materials will behave under stress, temperature changes, vibration, and aerodynamic forces. This reduces the need for physical prototypes and helps ensure optimal product performance.
For more information on 3D TIMON™ modules, their unique features and client benefits
- Call us on : +91 99701 66137
- Write to us : info@pelfengineering.com
