Eliminate costly mold rebuilds and trial-and-error cycles. Visco Peruse Tech empowers global OEMs, toolmakers, and molders with predictive CAE, virtual DOE, advanced rheology, and SIMCON CADMOULD validation.
Visco Peruse Tech Private Limited is an advanced engineering consultancy and technology solutions provider headquartered in Chennai, India. We bridge the gap between product concept, mold tooling, and high-precision injection molding.
To liberate injection molders and product designers from the costly loop of physical prototype rework through physics-driven 3D simulation, AI optimization, and precision tooling insights.
To be the premier engineering benchmark across South Asia and global markets for polymer CAE, material characterization, and smart injection manufacturing solutions.
As an authorized partner of SIMCON GmbH (Germany), we supply licensed CADMOULD and VARIMOS software, along with certified industrial training and workflow integration.
Traditional mold sampling (T0, T1, T2...) incurs massive steel re-machining costs, delays market introduction, and locks in suboptimal cooling circuits. We shift 90% of problem-solving into virtual pre-production.
Tailored plastic rheology solutions for specialized domain requirements
From rheological testing to factory floor troubleshooting, we provide end-to-end engineering rigor across the plastic injection lifecycle.
Full 3D numerical evaluation of polymer melt flow front progression, gate locations, runner balance, pressure drop, and clamp tonnage calculation.
Predict post-molding distortion caused by non-uniform cooling, differential shrinkage, and molecular orientation to engineer counter-distortion geometry.
Simulate anisotropic fiber orientations in glass/carbon-filled polymers to map realistic mechanical stresses directly to FEA structural solvers.
Engineering review of tool split lines, slider mechanisms, hot runner manifold selection, lifter kinematics, and draft angle verifications.
Design conformal cooling channels closely following intricate core and cavity contours, leveraging Direct Metal Laser Sintering (3D metal printing).
On-site and virtual root-cause remediation for stubborn injection molding defects including sink marks, jetting, diesel burn effects, and flashes.
Engineered in Germany, SIMCON’s 3D-F finite-volume technology provides industry-leading precision for injection molders worldwide.
Ultra-fast 3D injection molding simulation solver covering filling, packing, cooling, shrinkage, and warpage with unmatched mesh flexibility.
Autonomous virtual Design of Experiments (DOE). VARIMOS uses artificial intelligence to automatically vary process & geometry to hit target tolerances.
Modular add-ons tailored to your shop: Foam molding (MuCell), 2K multi-component, Rubber/Silicone, and Fiber orientation modules.
Inspect simulated physical gradients on an injection-molded manifold part
Tracks the advancing polymer flow front, pinpointing pressure distribution, potential weld lines, and venting bottlenecks across complex geometries.
Simulate how thermal and flow optimization through CADMOULD directly enhances your annual production economics.
Discuss your part geometry, request a software demonstration, or submit a moldflow validation inquiry.
Advanced Plastic Engineering & CAE Center
Fill in your specifications and our plastic simulation engineers will review and respond within 24 hours.
