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ValTech’s experienced engineers combine the creative concepts of industrial design with engineering and production to manufacture products of exceptional quality.
We use advanced software to efficiently design, create and monitor smarter solutions. Our team boasts experienced project supervision and tool design to assure that your product will successfully launch while we continue to provide superior-quality parts on an ongoing basis.
Trust us to design and build molds from basic to highly complex, maintaining the tightest tolerances and appropriate cavitations. We pride ourselves on a proactive, collaborative approach: anticipating problems, suggesting improvements, achieving greater efficiency, cutting costs and adding reliability.
Thanks to our adherence to Design for Profitability, our diverse range of product design and development services translates into innovative concepts that become efficiently manufactured finished products.
 Integrated CAD/CAM Tool Design
- CAD Technology to expedite the design evaluation and revision processes.
- Maximizing CAD usage compresses the overall product development cycle and ensures optimum part repeatability.
Finite Element Analysis
- ValTech offers FEA to provide solutions to optimally design quality parts, lower tooling costs, and shorten time-to-market.
- Extensive part verification diminishes the need for costly tool revisions by ensuring that initial designs will meet or exceed specifications.
- Capability to calculate stress, strain, deflections and temperatures under desired conditions to determine the exact strength or weakness of a component design.
Moldflow Analysis
- Using Moldflow Analysis, ValTech engineers predict flow fronts by simulating the injection molding process, and optimizing part and tool design.
- Moldflow Analysis reduces costs, accelerates lead times, and allows for the manufacture of precision parts.
- Also reduces or eliminates rework, compiles material models and troubleshoots existing molds.
Validation Testing
- We validate parts based on your criteria – customer supplies all criteria (tolerances, temperature, strength, etc.) and we ensure (through rigorous testing) that all parts always meet supplied criteria.
Reverse Engineering/3D Solid Imaging
- Bring us a part without specs or prints – we’ll take it and work in reverse to measure all of the coordinates of the part to create a CAD drawing.
- We’ll also reverse engineer parts without specs.
- 3D Solid Imaging lets us scan a part with our state-of-the-art Konica Minolta 910V laser camera.
- Allows us to achieve even better on-line quality control, first-article inspection, tool-and-die verification, rapid prototyping input, and reverse engineering.
- Capture design studies into CAD database for precise industrial design.
- Quickly input for rapid prototyping.
- Reverse engineer to create CAD legacy data from master parts.
- Achieve 3D shape capture for Computer Aided Engineering Analysis (CAE and FEA).
- Utilize Machine Vision.
Material Selection Assistance
- We work with an extensive variety of materials in many markets.
- This knowledge allows us to recommend ideal components for your project, applications and specifications.
We’ll work with you to understand the operating environment, load, cosmetic requirements, assembly and other key factors that your product requires for ideal integration and performance.
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