Aerospace Injection Molding Solutions | High-Performance Manufacturing Partner

Paul Dathe founded Evōk Polymers with a passion for solving complex manufacturing challenges in high-performance injection molded components. With over 25 years of aerospace-level engineering experience, Paul specializes in transforming demanding specifications into optimized production realities. His expertise spans CAD design, mold flow analysis, tolerance analysis, and parts qualification—skills honed through leadership roles at industry giants including Entegris (semiconductor applications), Boston Scientific (medical devices), and Caliber Products (powersports innovation). At Caliber, Paul's rigorous approach to new product development generated 540% sales growth while maintaining 100% client retention. He holds four U.S. utility patents and is a Six Sigma black belt, bringing data-driven precision to every aerospace project. Paul's comprehensive understanding of tooling, prototype fabrication, testing qualifications, and functional assessments ensures EVOK delivers mission-critical components that meet the aerospace industry's most stringent requirements. As a member of Allied Executives Business Leadership Peer group and the Institute of Packaging Professionals, Paul remains connected to evolving industry standards and best practices.

Shawn Monitor brings two decades of advanced design innovation to EVOK's aerospace molding solutions. His unique expertise lies in translating complex aerospace requirements into manufacturable designs through sophisticated prototyping and visualization. Shawn excels at creating mechanical and visual prototypes in multiple materials, enabling aerospace clients to verify form, fit, and function before tooling investment. His proficiency in photorealistic rendering using Otoy OctaneRender® and technical documentation with Adobe Creative Cloud facilitates clear communication of evolving design concepts to engineering teams and certification authorities. Shawn's pre-molding design reviews have proven instrumental in risk reduction for large-scale aerospace projects, identifying potential manufacturing challenges before they impact timelines or budgets. His ability to find mechanical molded part solutions that can be prototyped and confirmed prior to tooling has saved aerospace clients significant resources. Shawn holds several patents and has conducted research spanning diverse applications from biotech facilities to consumer products. His meticulous attention to aerospace-grade detail, combined with creative problem-solving, ensures every component design is optimized for both performance and manufacturability in demanding flight environments.

Dr. Daniel Hoyt leads EVOK's strategic aerospace partnerships with a unique combination of technical expertise and collaborative leadership. His specialization in system and process design enables aerospace clients to navigate complex supply chain requirements while optimizing performance and cost. Daniel's vision for Lean Partnership-Based Organizations transforms traditional vendor relationships into strategic collaborations focused on mutual success and continuous improvement. At EVOK, he spearheads initiatives that challenge conventional approaches to aerospace part design, prototyping, tooling, and manufacturing—creating streamlined pathways from concept to certified production. Daniel's expertise as a facilitator and coach proves invaluable when coordinating cross-functional teams across aerospace OEMs, regulatory bodies, and manufacturing partners. His commitment to building communities centered on transparency and shared goals aligns perfectly with aerospace industry requirements for traceability and quality assurance. Under Daniel's leadership, EVOK establishes new benchmarks for collaborative aerospace manufacturing, where supplier integration drives innovation rather than merely fulfilling purchase orders. His proficiency in team building and mentorship ensures every aerospace project benefits from coordinated expertise across design, engineering, quality, and production disciplines.