Have experience with EPS FloTek, Moldex3D? Be the first to leave a review.
First stage filling. Conditions that occur during the initial flow of material into the cavity. - Balance & Size Runner - Gate #, Size and Location - Optimize Part Design - Identify Weld Line Location - Identify Gas Trap Location - Reduce Pressure & Press Size - Identify Shear Stress Levels -... Read more »
Second stage. Conditions that occur during the entire pack, hold and cool stage of the cycle. - Balance & Size Runner - Gate #, Size and Location - Optimize Part Design - Identify Weld Line Location - Identify Gas Trap Location - Reduce Pressure & Press Size - Identify Volumetric... Read more »
Conditions that are produced during complete cycle based on channel design, flow conditions, water temperature and mold steel conductivity. - Reduce Cycle Time - Eliminate Hot Spots in Tool - Balance & Reduce Flow Rate - Balance Temperature Rise - Maximize Channel Efficiency - Identify... Read more »
The final result of the combined conditions created from filling, packing and cooling. - Identify Exact Shrink in X,Y,Z - Shrink Due to Cooling Only - Shrink Due to Gate Location, Part Design & Processing Only - Exact Mold Shrinkage Design - Reduce Stress Concentration - Identify... Read more »
Identify conditions in Shrink & Warp of a molded part by using various percentage and length of Glass Fiber - Identify Degree of Orientation on the Surface and in the Center - Total Warp due to Fiber Direction - Calculate Short or Long Fiber - Export Anisotropic results to FEA - Export... Read more »
Part Insert, Mold Components, Two Shot and Overmold - Add Metal or Plastic Part Inserts - Identify Thermal Results to first and/or second shot. - Add mold component inserts - Identify Thermal Tool Insert Results - Reduce cycle using highly conductive mold metals. - Identify... Read more »
Model the full Hot Runner Manifold including conductive and non-conductive material to identify flow conditions - Identify Hot or Cold Spots - Identify Excessive Shear Heat that can Imbalance Flow - Optimize Channel Design - Optimize Heater Design - Reduce Cycle Time - Improve Energy... Read more »
Simulate the process of 3D Gas Assist and Water Assist Injection Molding to expand part design Requirements - Optimize Process Conditions - Identify Potential “Blow Out” - Identify Skin Ratio - Improve Cycle Time - Reduce Stress and Warp - Eliminate Sink and Voids - Minimize Material... Read more »
Show Conditions that are evident during a first shot plastic material and second shot internal plastic material process - Reduce total part Cost using a less cost second shot material. - Fiber Filled Core to Improve Strength - Foamed Core to Reduce Weight - Reduce Stress and Warp - Eliminate... Read more »
The process of using Gas Dissolution and Nucleation to improve the quality of an Injection Molded Part - Reduce Part Weight - Reduce Part Cost - Reduce Cycle Time - Reduce Pressure and Clamp Force - Reduce Stress Concentration - Reduce Warp and Shrink - Improved Mechanical Properties Read more »
The process to identify Fringe Order/Patterns and Flow Induced Residual Stress that may reduce the Optical Properties of Lenses or Produce Failure - Identify Thermal Residual Stress - Identify Flow Induced Residual Stress - Identify Fringe Order/Patterns - Identify Viscoelastic... Read more »
Identify condition during a Thermoset cross-linking Curing Process - High Stiffness and Strength - Low Shrink Rate - Dimensional Stability - Dielectric Applications - Chemical Resistance - Low Cost - High Heat Applications - Identify Conversion Rate - Identify Transfer Pressure Read more »
Moldex3D Designer software develops a complete series of powerful pre-processing tools, including the automatic mesh generator and intelligent modeling wizards, to help users create True 3D mesh models efficiently and setup a variety of simulation conditions easily, such as gates, runners,... Read more »
The three major concerns of industrial CAE users are accuracy, computation speed and user-friendliness. True 3D simulation not only satisfies those concerns, but offers more advantages that conventional 2.5D cannot reach, such as CAD integration, accuracy, minimized model simplification…etc.... Read more »
Plastics (Polymeric) fluids are often called viscoelastic fluids because they have both viscous and elastic properties. The viscoelastic effect is dependent on different temperatures and shear-rates. At filling stage, flow field varies severely, and viscous property of polymer dominates flow... Read more »
Moldex3D Optics software provides an analysis for optical components, including birefringence, retardation and polarization. Integrated with CODE V, Moldex3D Optics also enables users to simulate non-uniform refractive index more precisely for high-quality lens production. Injection-molded... Read more »
Plastic encapsulation of IC components is a process where an integrated circuits chip is being capsulated with Epoxy Molding Compound (EMC) via the transfer molding process to prevent physical damage or corrosion. In addition to the complex chemorheology of EMC, the electronic components with... Read more »
Moldex3D Underfill software can simulate the capillary flow, which is influenced by the surface tension of encapsulant and the contact angle among encapsulant, bumps and substrate of dispensing process for flip chip underfill. Moldex3D Underfill allows users to input real dispensing procedure... Read more »
Moldex3D Expert software is a professional tool that helps users evaluate the appropriate settings of runner size, gate location and optimal process conditions for injection molding part designs. Using the DOE (Design of Experiment) method, it brings more efficient molding optimization. Read more »
Moldex3D Stress software provides complete stress simulation capabilities for parts and part inserts. By setting up boundary conditions on meshes, such as stress or force, structural performance can be accurately visualized and analyzed, avoiding potential quality problems. Read more »
FEA Interface is a series of FEA interface modules integrated with leading structural CAE software, including ABAQUS, ANSYS, LS-DYNA, Marc, Nastran and Radioss. The modules help users evaluate process-induced properties, such as residual stress or temperature, for structural FEA meshes. Read more »
ScrewPlus software provides the accurate prediction on melt volume and temperature distributions with the process-induced effects in the screw and barrel to help users evaluate the screw performance and its optimal design. Read more »
Let users know what you would have wanted to know about this company.
