Predict & Optimize Before Tooling
UViL Technology delivers precision simulation across all critical phases of the injection molding process. From initial fill analysis through complete thermal behavior modeling, our simulation-driven approach identifies defects early, optimizes process parameters, and ensures your mold design is production-ready before tooling begins.
Fill Analysis
Flow front progression, injection pressure, shear rate distribution, weld lines, and air trap detection.
Pack Analysis
Packing pressure distribution, volumetric shrinkage prediction, and frozen layer formation analysis.
Cool Analysis
Mold temperature distribution, thermal behavior modeling, cycle time optimization, and cooling efficiency.
Warp Analysis
Warpage prediction, part deformation mapping, and dimensional accuracy validation across the component.
Clamp Force Analysis
Accurate injection machine tonnage calculation, cavity pressure distribution, and parting line lock-up evaluation.
2K Simulation
Sequential two-material molding analysis, material interaction, interface integrity, and dual-shot cycle optimization.
2K Moldflow Simulation Analysis
2K molding combines two materials or colors in a single molding cycle, producing parts with superior functionality and aesthetics. Our sequential flow simulation captures the full two-shot process, analyzing fill front progression, material interface, shrinkage, warpage, and cycle time for both shots simultaneously.
Our deliverables include fill, pack, cool & warp analysis for both shots, gate location and process recommendations, defect prediction, and cycle time optimization resulting in enhanced part durability, refined aesthetics, and measurable cost reduction in tooling and production.
Conformal Cooling Solutions
Cycle Time Dominance
Cooling accounts for 60–80% of total cycle time. Optimizing thermal management is the single most impactful lever for production efficiency.
Conformal Channel Advantage
Unlike straight-drilled channels, conformal cooling lines follow the contours of the mold cavity, delivering uniform heat removal across complex geometries.
Key Performance Benefits
Reduced cycle time, minimized warpage and sink marks, improved surface finish, and significant productivity gains across high-volume production runs.
Ready to Elevate Your
Mold Design & Simulation?
Partner with our expert engineers to validate part feasibility, optimize cycle times with conformal cooling, and receive production-ready mold designs.