From concept to completion, our team of highly skilled engineers and experts is dedicated to delivering excellence in every project we undertake.
Whether you require design and analysis, project management, consulting, or specialized engineering services, we have the expertise and resources to exceed your expectations.
Explore our service offerings below and discover how we can empower your projects with our professional and tailored engineering solutions.
We have expertise in static, transient, and frequency response analys, which enables us to accurately assess the performance and durabiliity of your design. Additionally, we specialize in linear and nonlinear structural analyses, thereby allowing us to predict and evaluate component and assemblv stress, strain, displacement, and vibrational response. With our comprehensive suite of analytical tools and experienced team, we are committed to delivering precise and reliable engineering insights for your projects.
Our team is highly skilled in crafting designs for machined parts, sheet metal components, composites, thermoformed products, and injection-molded plastics. Whether you require intricate precision machining, efficient sheet metal fabrication, or innovative composite solutions, we have the capabilities to meet your specific requirements. With a keen focus on quality and functionality, we aim to deliver designs that optimize performance, durability, and manufacturability.
We offer various advanced 3D scanning and manufacturing services to meet your needs. We can capture detailed digital models of small to medium-sized parts. You can choose between solid model or 3D printing file formats, allowing seamless integration into your design and manufacturing workflows. Our expertise extends to reverse engineering 3D scanned components of moderate complexity. Whether you need to recreate a part for replication or further analysis, our team can efficiently and accurately reverse engineer the scanned components, providing the necessary specifications and design information. We also specialize in low volume Fused Filament Fabrication (FFF), known as unchambered Filament Deposition Modeling (FDM). This additive manufacturing technique enables us to produce components with volumes that do not exceed 220 x 220 x 280 mm³. With our state-of-the-art equipment and materials, we can deliver high-quality, functional prototypes or small-scale production parts, meeting your specific requirements.
We can create advanced mathematical models for analyzing system performance, fine-tuning parameters, and designing control systems. Our expertise allows us to develop highly accurate models that provide deep insights into the behavior and dynamics of complex systems. We excel in generating dynamic rigid body models of mechanical systems using industry-leading tools such as Simscape Multibody or SolidWorks Motion. These models enable us to simulate and analyze the performance of various systems, including robots, vehicle suspensions, construction equipment, and aircraft landing gear. By utilizing these models, we can effectively replicate real-world performance issues, identify areas for improvement, and develop optimized design solutions. Through our sophisticated modeling techniques, we help our clients gain a comprehensive understanding of system behavior, optimize performance, and drive innovation in their respective industries.
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