01
Design Review
Outlining the fundamental ideas and cornerstones of your product, and identifying its risks and rewards from the onset.
- Early examination of risks
- Review of cost impacts and opportunities
- Collaborative in-depth review
Designing Custom Consumables for Manufacturing
Reduce manufacturing risks by finalizing your design for injection molding, assembly, quality, and cost with Natech’s team of expert engineers.
What we do
Design & Development for Life Sciences
By utilizing our design process, your product can easily transition from product development to next-generation designs as your project scales.
02
Design for Manufacturing
Modeling and refining your concept using industry best practices for injection molding and manufacturing.
- Optimized design updates for molding
- Material selection expertise
- Lowest risk, production-ready design
04
Commercialization
Finalized design for design lock and reliable scale-up plans.
- Capacity for scale
- Cost optimization planning
- Commercial volume production
Full Service Range
Comprehensive Design
and Development Services
Novel medical devices require innovative and novel design solutions. Our team considers the entire product and application when beginning design for manufacturing & assembly (DFMA).
- Detailed design review
- DfX Study
- Design for Injection Molding
- Design for Assembly
- Risk analysis
- Material selection
- Design optimization
- ISO 13485 design and development process
- Prototype designs and assembly builds
- Cost optimization planning
- Production scale-up planning
- Process validation
- Quality and metrology
- Fluidic and microfluidic expertise
How we help
Collaborative Partnership Every Step Of The Way
Define Your Vision: Collaborative Ideation
- Articulate your vision, goals, and technical specifications.
- Outcome: A blueprint for your medical device design rooted in a shared understanding and technical know-how
Innovate and Reduce Risk: Simulate Ideas into Concepts
- Leverage our experts to identify and compile risks, simulate concepts, and propose thoughtful, technical solutions.
- Outcome: Detailed and illustrative breakdown of relevant risks and opportunities for manufacturing, assembly, quality, and cost.
Optimize for Production: Streamlining Manufacturing and Assembly
- Executing and finalizing part designs for efficient and low-risk manufacturing
- Outcome: Integration of manufacturing considerations into CAD designs to reduce risks, costs, and time-to-market.
Refine for Precision & Scale: Scientific Process Optimization
- Updates and optimization for a scientifically-analyzed final design, focusing on precision and quality assurance enhancements.
- Outcome: A meticulously tuned design ready for seamless, high-volume production.
Natech Plastics
Natech Plastics
Diagnostic Device Design & Engineering FAQs
How our expertise supports your project
Natech provides comprehensive engineering and design development services, from initial concept creation to full-scale commercialization. Our team works closely with clients to bring their product ideas to life, focusing on innovative solutions for medical devices and other precision products.
Natech can work with anything from a simple napkin sketch to a fully developed CAD model. Whether your design is in its early stages or already detailed, our engineering team can guide you through the development process and turn it into a manufacturable product.
Design for Manufacturing & Assembly (DFMA) is a process where Natech engineers design products with the entire production and assembly process in mind. By considering factors such as part functionality, materials, and the end-use application, we ensure that your product transitions smoothly from concept to mass production.
MoldFlow simulation is used to analyze the injection molding process during the design phase. It helps optimize the product design by predicting how the material will flow through the mold, identifying potential defects, and ensuring efficient production.
Natech assigns a dedicated project engineer to each client. This engineer works closely with your team, providing guidance, managing schedules, and communicating any risks or changes. Our project management approach ensures that your project stays on time and within budget.
By focusing on DFM, Natech helps reduce production lead times, minimize risks, and improve the overall quality of your final product. This approach ensures that products are designed with optimal manufacturability in mind, making them easier and more cost-effective to produce.
Natech uses a “Quality by Design” approach, where quality is built into every stage of the design process. Our engineers work to reduce risks and ensure that the final product meets high standards of performance and reliability.
Scientific validation is a process Natech uses to ensure the accuracy and reliability of the manufacturing process. By validating the process scientifically, Natech reduces risks, improves process control, and delivers consistent, high-quality results.
Natech primarily serves the medical and pharmaceutical industries but can support a wide range of industries that require precision engineering, complex part design, and innovative manufacturing solutions.
Natech optimizes the design for production by utilizing tools like MoldFlow analysis, automation, and scientific processing. This ensures that the transition from design to production is efficient, minimizing delays and reducing costs.
Yes, Natech supports both low-volume R&D production and high-volume commercial production. Our scalable design and manufacturing processes allow for easy adjustments as your project grows from prototype to large-scale manufacturing.
Natech offers unparalleled engineering support through its intense development program, focusing on design for manufacturability and assembly. Our engineers work closely with clients to deliver innovative and efficient solutions, ensuring their projects are successful from concept to completion.
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Visit our Medical Device Design Knowledge Hub
Case studies and educational content to help you start your development journey.
