Geometrix Design provides a full array of mechanical design solutions for all your product design and development needs. Our professional staff of experienced mechanical engineers specializes in all areas of design. We can develop cost efficient design solutions from single component parts to large multi-component assemblies using a broad range of materials from metal to plastic.

Engineering and Design

• 3D Part Design and Modeling
• 3D Assembly Construction
• 3D Mechanism
• Dimensioned Detail Drawings
• Assembly Drawings
• Bills of Material
• Data Migration
  • 2D design → 3D parts
  • 3D design → 3D parts
  • CAD platform conversion
  • Legacy data conversion
• Photorealistic Image Rendering
• Reverse Engineering
• Prototyping and Model Builds
  • 3D printing
  • Stereolithography (SLA)
  • Fused Deposition Modeling (FDM)
  • Fast Turn Injection Molding
  • Machining
• CNC Tool Path Generation

Analysis and Simulation

• Linear Structural
  • Static
  • Modal
  • Small Displacement Contact
  • Buckling
• Nonlinear Structural
  • Large Deformation and Strains
  • Sliding Contact
  • Hyper-elastic and Elasto-plastic materials
  • Springs
• Dynamic Structural
  • Time and Frequency Response
• Steady State Linear Thermal
• Steady State Nonlinear Thermal
  • Temperature Dependent Convections
  • Temperature Dependent Materials
• Transient Thermal
• Kinematic
  

Design Types

• Metal Parts
  • Machined
  • Extrusions
  • Sheet Metal
  • Die casting
• Injection Molded Parts
  • Conventional Thermoplastic
  • Structural Foam
  • Silicone (LIM)
  • Metal (MIM and MAG)
  • Ceramic (CIM)
• Other Plastic Parts
  • Polyurethane RIM
  • Extrusions
  • Thermoset Encapsulation
  • Pressure and Vacuum Forming

Product Markets

• Consumer
• Medical
• Telecommunications
• Electronics
• Microelectronics Packaging

Design Areas

• Product
• Machine
• Tooling and Dies
• Jigs and Fixtures
• Mold design

 

 

At Geometrix Design we use the PTC Creo suite of mechanical design and analysis tools to develop parametric 3D part and assembly models providing efficient design creation and modification through the entire product design lifecycle. Parametric 3D design reduces product development time by eliminating rework and delays, easily identifying part fit and tolerances, and clearly communicating design intent.