Design, Engineering & Testing
Turning complex challenges into manufacturable solutions
A successful path from concept to production depends on getting the details right at every stage ā design, engineering, prototyping, and validation. Evantic brings a disciplined, design-to-production approach to product development, helping customers across diverse industries move from initial concepts to production-ready plastic components and sub-assemblies with clarity and control.
Our team works alongside your engineers to apply design for manufacturability (DFM) principles early, evaluating performance requirements, production constraints, and cost considerations to guide smarter decisions from the start. Through iterative design, rapid prototyping, and rigorous inspection and testing, we help uncover risks sooner, refine designs, and streamline the transition into scalable production.
Every solution we deliver is engineered to meet functional requirements, production realities, and quality standards from day one.
Choose Your Level of Expert Support
If you can imagine it, we can validate, improve, and create it.
New Product or Part Solution
Take a concept from idea to prototype with design guidance for material selection, manufacturability, and iterative testing.
Update an Existing Design
Optimize performance, reduce cost, or improve manufacturability for your current parts.
Reverse Engineer an Old Component
Recreate or improve legacy parts or sub-assemblies when original designs are not available.
Build-to-Print
Bring supplied designs into production with engineering oversight to ensure manufacturability and smooth production.
Explore Build-to-Print Contract Manufacturing Solutions
Discover why OEMs choose Evantic to turn their designs into production-ready parts.
Ready to Collaborate?
Our engineering and design team is happy to answer your questions and provide a custom quote.
Design for Manufacturability
What is Design for Manufacturability?
Design for Manufacturability (DFM) is the process of creating products that are optimized for both performance and efficient production. By applying DFM principles throughout the development process, Evantic helps ensure your designs are reliable, manufacturable, and ready for seamless production. This approach reduces risk, accelerates time to market, and delivers solutions that meet the needs of both you and your customers.
Evantic’s DFM Expertise
Our engineers integrate manufacturability into the design process using state-of-the-art software. Working closely with our materials scientists, they identify opportunities to optimize materials for performance before production begins.
Key Ways We Ensure Manufacturing Efficiency
- Optimize manufacturing methods, from compression molding and CNC machining to assembly processes.
- Simplify part and component complexity for faster, more reliable production.
- Select materials for performance, consistency, and cost-effectiveness.
- Maintain precise tolerances to ensure quality and fit.
- Plan for supply chain efficiency, from sourcing to quality checks.
- Use specialty processes and finishing techniques that enhance part surfaces and durability.
CAD/CAM & Engineering Technology
Evantic leverages advanced CAD, CAE, and CAM software to design, simulate, and refine components with precision. These integrated tools enable faster iteration, improved accuracy, and early identification of potential issues.
- 3D modeling and design using SOLIDWORKSĀ® and PTC CreoĀ®.
- Simulation and analysis with MoldflowĀ®, CFD, and AnsysĀ®.
- Precision CAM programming with MastercamĀ® and CAMWorksĀ®.
Efficiency in Motion
From material selection to serial production, Evantic’s streamlined approach ensures every stage of development and manufacturing is optimized for performance, consistency, and reliability.
Rapid, Reliable Prototyping Services
Speed, agility, and precision define Evantic’s prototyping capabilities. Our vertically integrated approach allows us to move from concept to prototype in days or weeks, rather than months, giving you the flexibility to iterate quickly and validate designs before committing to full-scale manufacturing.
Working closely with our in-house engineers and materials scientists, we review design requirements, select optimal polymer solutions, and apply advanced simulation and testing to ensure your prototype meets functional, performance, and manufacturability goals. Face-to-face collaboration at this stage accelerates problem-solving, reduces risk, and helps your designs move confidently toward production.
Prototyping Capabilities Include
- Rapid production of custom plastic prototypes made from custom PEEK, PTFE, PPS, and other high-performance polymer materials.
- Iterative design guidance to optimize part geometry, material selection, and manufacturability.
- Functional testing and validation to confirm performance before scaling.
- Close collaboration with your team to refine designs efficiently.
On-Site Inspection & Analytical Testing
All inspection and testing is performed in-house using state-of-the-art lab equipment to evaluate both engineered materials and finished components. Our comprehensive capabilities include dimensional inspection, material testing, and performance validation to ensure every part meets exact specifications.
Precision Metrology & Process Control
Advanced metrology plays a critical role in this process, enabling precise measurement of physical, mechanical, and dimensional features to detect even the slightest deviations. Supported by robust software and statistical process control (SPC), we capture real-time data throughout production to identify issues early, prevent costly changes, and continuously improve product quality. Customers receive complete data reports that demonstrate how our materials and components meet the highest standards for performance, quality, and compliance.
Material Testing Capabilities
Our lab provides comprehensive testing and analysis to ensure your materials and components meet the exact specifications and performance requirements for your application.
Analytical testing capabilities:
- Product feasibility and failure analysis
- Composition and thermal degradation (ASTM D149)
- Chemical compatibility, conductivity, volume, and surface resistivity.
- Thermal analysis (DSC, TGA, DMA)
- Material traceability (FT-IR spectroscopy)
- Finite element analysis (FEA)
- Volume and surface resistivity (ASTM D257)
- Tribology testing (ASTM D3702)
- Tensile strength properties (ASTM D368/D882)
- Specific gravity (ASTM D792)
- Compressive properties (ASTM D695)
- Dimensional stability (AMS 3678)
- Deformation under load (ASTM D621)
Plastic Component Testing Capabilities
Beyond raw materials, we test finished plastic components to ensure they meet application-specific requirements. Capabilities include:
- Cleanliness, leachables, and particulates.
- Failure modes including tribological, structural, endurance, and thermal performance.
- Product feasibility and failure analysis.
- Finite element analysis (FEA).
- Material traceability using FTIR.
Key Measurement & Inspection Equipment
- 3D optical profilometers and surface profile measuring lasers.
- Coordinate measurement machines (CMM) and Keyence vision measurement systems.
- Leak and roundness testers, melt flow testers, and NIST-traceable gages.
- Optical comparators, spectrophotometers, touch and scanning probes.
- Ultrasonic and X-ray equipment.
Thinking Plastic Over Metal?
Evantic helps engineers convert metal components into high-performance plastic parts without compromising strength, precision, or durability. Leveraging advanced materials like PEEK and PPS, our team combines material science expertise with state-of-the-art manufacturing techniques to ensure every converted part meets or exceeds original specifications.
Comprehensive measurement and testing services confirm quality and reliability, giving you confidence in innovative, sustainable solutions.
Advantages of Plastic
- Greater design flexibility.
- Reduced part weight, resulting in increased energy efficiency and lower fuel consumption.
- Higher strength-to-weight ratio.
- Inherent corrosion resistance and better chemical resistance.
- Faster, simplified manufacturing processes and higher repeatability.
- Greater conformability and superior sealing characteristics.
- Increased lubricity with reduced noise and vibration.
Connect with our engineers to explore plastic alternatives to metal.
Put Our Engineering Knowledge to Work
Let’s review your project and move it forward with expert guidance at every stage.
Resources
Find practical information, technical documentation, and insights to support your design and manufacturing decisions.
FAQs
Quick answers to common technical questions.
Literature
Download brochures and product overviews.
Data Sheets
Access detailed material specifications.
Technology Reports
Explore application studies and performance insights.