MoeLouiz LLC

Comprehensive mechanical design and engineering services, spanning 3D CAD modeling to advanced physical simulations.

• 3D CAD Modeling

  SolidWorks-based design of mechanical parts and assemblies, translating initial concepts into manufacturable drawings and detailed 2D blueprints.

• FEA & Structural Analysis

  Finite element analysis for brackets, frames, and machine components to evaluate stress, deflection, safety margins, and critical loads.

• Computational Fluid Dynamics

  Advanced fluid and gas flow simulations to model turbulence, pressure, heat transfer, and species concentration for internal and external flows.

• Thermal & Vibration Analysis

  Analysis of natural frequencies and thermal performance to predict component behavior under temperature fluctuations and vibratory loading.

• Plastic Parts & Injection Mold Design

  Design and manufacturability optimization for plastic components and injection molds to predict and avoid defects early.

• Kinematic & Motion Analysis

  Dynamic motion simulations to evaluate mechanical operational cycles, determine forces, and size motors correctly.

Custom test, measurement, and control applications to automate validation and reduce manual testing cycles.

• LabVIEW Test Automation

  Development of custom automated testing software and frameworks using National Instruments LabVIEW.

• NI Hardware Integration

  Integration of National Instruments DAQmx-based data acquisition hardware for analog and digital signal generation.

• Instrumentation & Communication Interfacing

  Development of custom interfaces utilizing standard communication protocols including TCP/IP, Modbus, RS232, and GPIB.

• Sound and Vibration Measurement

  Development of specialized tools to measure, analyze, and visualize audio, noise, vibration, and machine condition monitoring.

• Machine Vision

  Implementation of imaging, optics, and cameras to perform automated machine vision inspections on the production line.

Modeling and optimization of manufacturing systems to reduce waste, eliminate bottlenecks, and improve throughput.

• FlexSim Process Modeling

  3D discrete-event simulation modeling using FlexSim to analyze manufacturing, packaging, and material handling workflows.

• Time Study & Value Stream Mapping

  Process mapping and time studies to identify value-added activities, reduce waste, and streamline production flows.

• Shop Floor Layout Design

  Floor plan design starting from cardboard concept modeling to create adaptive layouts that match demand cycles.