Turning innovative concepts into production-ready products
Product design, value engineering, Moldflow simulation, DFM/DFA, mold design, and production readiness for automotive and general plastic components.
Why Choose UViL Technology?
Engineering products. Optimizing molds. Reducing cost.
Risk Minimization & Cost Reduction
Simulation-driven engineering minimizes manufacturing risks before tooling begins. Early problem identification through advanced Moldflow and DFM analysis significantly reduces costs, rework, and project timelines delivering predictable outcomes and faster time-to-market.
Optimized Mold Development
Optimized mold design, material flow, and conformal cooling work together to produce high-quality, defect-free parts with superior efficiency. The result is reduced cycle time, lower scrap rates, and molds that perform reliably from first shot to full production.
Integrated Engineering Solutions
From product concept to production-ready mold, we combine design, simulation, manufacturing engineering, and tooling knowledge to reduce cost and development risk.
Product Design & Value Engineering
Developing optimized plastic products through 3D CAD, B-side engineering, metal-to-plastic conversion, part integration, and weight reduction.
Advanced Moldflow Simulation
Using Fill, Pack, Cool, Warp, Clamp Force, and 2K simulation to predict molding behavior and optimize the design before tooling.
Manufacturing Engineering
Applying DFM, DFA, and tooling feasibility principles to ensure products are designed for efficient manufacturing and assembly.
Mold Design Services
Providing complete mold design solutions from preliminary layout and mechanism concepts through detailed 3D mold assembly and BOM.
Production Support
Supporting production with part-weight and machine-tonnage calculations, design optimization, molding feasibility, and production-readiness assessments.
Integrated Development Cycle
Design → Simulate → Engineer → Design the Mold → Support Production.
01 Design
Concept, 3D CAD, and value engineering to create optimized, production-ready products.
02 Simulate
Fill, pack, cool, warp, clamp force, and 2K studies to validate part and process feasibility before tooling.
03 Engineer
DFM, DFA, and tooling feasibility reviews covering draft, assembly, mechanisms, and manufacturability.
04 Design the Mold
Layout, mechanisms, cooling, ejection, venting, integration, and BOM for manufacturing start.
05 Support Production
Part weight, machine tonnage, optimization, molding feasibility, and production-readiness assessments.
Our Customers
Partnering with industry pioneers and leading automotive manufacturers to deliver robust, production-ready plastic solutions.
Precitek Exports
Precision tooling, custom components, and manufacturing engineering export specialist.
Royal Enfield
World-renowned automotive and iconic motorcycle brand with high-precision engineering standards.
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.