Mechanical engineering

Syncroness began as a mechanical engineering company, and we’ve long been recognized for our expertise in engineering mechanical systems.

Our engineers use advanced design, modeling, additive manufacturing, and rapid prototyping tools to complete successful projects in the medical device, commercial aviation & aerospace, industrial equipment, and energy industries.

tertiary_expertise_mechanical-engineering

Design tools

  • PTC® Creo® Parametric™ and PTC® Windchill® content and process management
  • SOLIDWORKS® and Workgroup PDM (Product Data Management)
  • SOLIDWORKS® Simulation Premium FEA (Finite Element Analysis)
  • SOLIDWORKS® Flow Simulation CFD (Computational Fluid Dynamics)
  • NX™ (Unigraphics)
  • PTC® Mathcad Prime
  • Stratasys® Objet30 Prime Design Series Desktop 3D Printer
  • Tormach® PCNC 1100 4-Axis CNC Milling Machine
  • MARK-10® Motorized Tension/Compression Measurement Test Stand
  • Spring Design
  • KISSsoft gear analysis and lifecycle designer

Documentation

  • GD&T (Geometric Dimensioning & Tolerancing) per ANSI Y14.5M
  • Assembly manuals
  • Technical manuals

Design practices

  • FMEA
  • Design for assembly / design for manufacturability
  • Design for six sigma
  • Reliability engineering

Other specialties

  • High-voltage systems
  • Complex mechanisms
  • Low-cost, high-volume injection molding
  • Medical device disposables
  • Research and development
  • Semi-automated assembly tools and fixtures

Mechanical analysis

Our experience with hydraulics design, oil and gas piping, aerospace aerodynamics, internal systems flow, and heating and cooling applications gives us a broad understanding of analysis challenges. We apply cutting-edge simulation methods to ensure design accuracy and product functionality before we build.

Analysis expertise

  • Tolerance
  • Gear design
  • Spring design
  • Kinematic analysis of mechanisms
  • Structural: linear static, steady state thermal, and assemblies subjected to loading
  • Natural frequency
  • Nonlinear static: transient loads, large component deformation, and nonlinear materials
  • Fatigue
  • Fluid flow: liquid and gas, internal and/or external fluid flow, steady-state and transient, non-Newtonian liquids
  • Thermal fluid flow: conductive and convective
    CFD for Rotating Equipment

Partner capabilities

  • Transient Dynamic Crash
  • Ballistics
  • Drop Test
  • Nonlinear Dynamic
  • Dynamic Random and Harmonic Vibration
  • Multi-Physics
  • Structural Design Optimization