High performance structure design, analysis and low cost automated manufacturing
KaZaK Technologies provides creative engineering design, finite element analysis, materials testing, and initial production support for high-performance lightweight structures. It specializes in volumetric-efficient assemblies and automated composite manufacturing applications for defense, energy, and marine environments.
Provides total system solutions that meet cost, weight, and performance requirements through innovative design and computer-aided engineering.
Utilizes ANSYS to optimize structural performance and evaluate load capabilities under realistic operating conditions.
Develops three-dimensional CAD models utilizing SolidWorks to optimize structural layout and volumetric efficiency.
Evaluates overall system requirements to guide the design of components and complex assemblies.
Validates structures and constituent materials prior to full-scale assembly to verify safety and performance.
Tests raw materials to ensure mechanical properties align with engineering requirements.
Performs physical tests on individual structural parts to verify analytical finite element predictions.
Conducts comprehensive testing of completed assemblies to confirm operational readiness and specification compliance.
Bridges the gap between design and production by optimizing fabrication parameters for automated assembly.
Links three-dimensional design models to automated manufacturing equipment for precise tool and component fabrication.
Refines parameters through physical prototyping to facilitate affordable, automated production runs.
Defense · Energy Storage · Marine · Manufacturing · Research Facilities
Energy Storage · Client: U.S. Department of Energy
Research and development focused on creating an innovative, cost-effective, next-generation flywheel energy storage rim under a DOE SBIR Phase II program.
Defense · Client: Office of Naval Research
Development of lightweight, resilient, and multi-functional high-speed composite flywheel support and containment systems for high-speed rotational energy systems.
Defense · Client: U.S. Marine Corps
Design and optimization of robust, lightweight, and low-cost tactical vehicle wheel rims for the MTVR platform.
Defense · Client: Naval Sea Systems Command
Engineering a compact, low-cost rapid deployment mount for constrained spaces to support anti-terrorism force protection on DDG1000 vessels.