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ENGINEERING SERVICES

The Part Manufacturing & Engineering Services Division of PPS has always been on the forefront of new technologies. We utilize these new technologies to bring the customer their products with the shortest lead time, and a more efficient part. PPS works hard to expand our Engineering Services capabilities and continue to grow in a direction that will benefit our customers.

Capabilities

  • Material Testing & Evaluation
  • CFD (Computational Fluid Dynamics)
  • FEA (Finite Element Analysis)
  • Failure Analysis of ST Components
  • NDE (Non-Destructive Evaluation)
  • Re-design & Upgrades
  • Steam Path Audit
  • ST Performance Evaluation
  • ST Components Remaining Life Assessments
  • ST Performance Testing

Our Engineering Services team at PPS uses different types of CAD/CAM systems to achieve the customers desired intent within all tolerances and advanced precision.

  • SolidWorks
  • AutoCAD
  • Mastercam
  • Geomagic Design X
  • GOM Inspect
  • ATOS Professional

REVERSE ENGINEERING

Reverse Engineering applies the newest technology, like 3D laser scanners, to capture data from sample points. If the sample is used extensively, it can be re-engineered to the original designs intent.  Our engineering team subsequently establishes new production drawings for our state-of-the-art manufacturing facility.

Our highly skilled Reverse Engineering and Quality Control team works together to bring our customer the most efficient part, that is best suited for the application.

Capabilities

  • State-of-The-Art Equipment
  • International Coverage
  • Upgrades & Re-rates
  • On & Off-site Measurements
  • Engineering Analysis
  • In Depth Experience

Equipment

  • ATOS Triple Scan (Blue Light Scanner)
  • FARO Arm Quantum S (White Light Scanner)
  • Coordinate Measuring Machine
  • Hardness Tester
  • Niton Material Analyzer
  • Various Hand Tools

To create quality technical manufacturing drawings for our customers, PPS utilizes the 3 F’s of engineering:

  • Form, Fit, & Function
    • Form: Develop a plan before the
      manufacturing process is considered.
    • Fit: Determine specific requirements
      including tolerances, surface finish
      requirements, and material condition.
    • Function: Consider application conditions
      (temperature, pressure, erosion, etc.) and
      other parts used in the assemblies.
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