Our Services
Mechanical Engineering
Our Process
From Specs to Simulations, We Engineer Smarter
Our Mechanical Engineering division brings deep expertise across the entire product development cycle—from early research and specification to prototyping, analysis, and production support. We virtually build and test models to reduce cost, time, and waste before manufacturing begins. Using the Modified Agile Hardware Development (MAHD) framework, our engineers work closely with stakeholders at every stage, prioritizing usability and efficiency for clients ranging from startups to government agencies.
Whether you need end-to-end support or targeted services, our approach is both comprehensive and flexible—we offer full-scale development or à la carte solutions like CAD, prototyping, or manufacturing consulting, so you get exactly what you need, when you need it.
Product Design
Landi bridges the gap between ideas and productions. Often taking ideas from rough hand sketches or whiteboard creations outside of SolidWorks all the way into a fully integrated Product Lifecycle Management (PLM) system.
Prototyping
We’re an industry-leading, American-made rapid prototyping company providing high-quality prototypes (eg: 3d printed, resin cast, machined) from either provided CAD models or in-house designed components, which can help de-risk and optimize manufacturing process introduction.
Process Modeling and Simulation
Simulation is sometimes used interchangeably with modeling, but really, simulation is the result of running a model. The model comes first; that model is then used to perform simulation studies. Typically, you are using a model to either reproduce a historical period (for validation purposes) or to extrapolate data to predict the future (for what-if studies). You may perform many simulations with a single model exploring additional alternatives or replication with each simulation.
Reverse Engineering
Reverse engineering, sometimes called back engineering, is a process in which software, machines, aircraft, architectural structures, and other products are deconstructed to extract design information from them. Often, reverse engineering involves deconstructing individual components of larger products. The reverse engineering process enables you to determine how a part was designed so that you can recreate it. Companies often use this approach when purchasing a replacement part from an original equipment manufacturer (OEM) is not an option.
Tooling Design
Tooling design is an essential part of the manufacturing process. It refers to the plans and components used to build a product or part, from start to finish. This type of design covers everything from selecting raw materials and molding them into specific shapes to machining parts for accuracy and assembly processes.
Design For Manufacturing (DFM)
Design for Manufacturing (DFM) is the engineering practice of designing a product specifically to make it easy and cost-effective to produce. By considering manufacturing constraints early in the design phase, companies can identify potential production issues while they are still cheap and simple to fix. Ultimately, DFM bridges the gap between a creative concept and a high-quality, scalable product that can be manufactured efficiently at a lower cost.
Improved Assembly & Inspection
We optimize your product's assembly and inspection processes to enhance efficiency, reduce errors, and ensure consistent quality. Our approach identifies opportunities to simplify mechanical interfaces, improve part orientation, and streamline fastening or joining methods—saving time on the floor and minimizing risk during production.
From fixture design to visual inspection guides, we integrate feedback loops between design and manufacturing to make sure every part fits right the first time, every time.