Engineering

Precision Engineered Products. Inc.
Fully integrated manufacturing source for precision machining and engineered electro-mechanical assemblies under PEP 3i Program INNOVATE INNOVATE INNOVATE


PEP Engineering work methodology is Concurrent Engineering combined with execution of INNOVATIVE solutions within time and cost restraints using latest software.

To sustain, PEP is steadfast and:

  • Employ degreed engineers with skill sets and passion for EXCELLENCE , EXECUTION and INNOVATIONS at the highest professional, and ethical levels.
  • Invest in latest 4th generation CNC machines, equipment and software.
  • Advance PEP 3i continuous improvement program – INNOVATE, INNOVATE, INNOVATE.
  • Safety and environmental regulations are never compromised.

Software

The current software in use includes hyperMILL, CATIA, SIEMENS NX CAD/CAM 3/5 Axis Milling Foundation, PC-DMIS CAD and Autodesk AutoCAD Mechanical.

CAPABILITIES / SERVICES

  • ESI – Early Supplier InvolvementSolicit invitation to participate Clients ESI Program to recommend suggestions for product manufacturability, form-fit-function, esthetics, and life to enhance program cost projections and market introduction timeline.
  • FEA – Finite Element AnalysisAssist Clients in identifying or solving potential performance and/or wear issues.
  • R&D – Research & DevelopmentOffer proposals to design and build;
    Automatic brazing or soldering machines.
    Test equipment for leak or pressure test.
    Conduct reverse engineering.
  • 3D PrintingProto-type samples
  • Mold Flow AnalysisImprove gating to minimize casting anomalies, grain size and/or direction.
  • Project EngineeringCoordinate, monitor, report progress and convene meetings, as required, to ensure project is on schedule and within timeline.
  • Value EngineeringEvaluate and develop manufacturing alternatives to reduce product cost.
  • Ceramic Matrix Composite MachiningFacilitate increase RPM and/or machining of aerospace HRSA material at reduced costs.

FUNCTIONS

Processing, create and issue:

  • Routings - Specify part type code, material, all operations, machine centers, machine or equipment name, production rates, outside services and any notes required to complete part. Confirm unit cost meets target cost.
  • Operation drawings
  • Set-up Instructions

Design Tools & Fixtures and ensure:

  • Proper cutting tool geometry
  • Fixture locates part against datum with loading and positioning part “foolproof”.

CNC Machine Programming:

  • Program 4 & 5 axis 4th generation CNC Machines, with latest software, that facilitates multiple operations in single set-up.

Assemblies:

  • Establish assembly methods, including fixtures and ancillary equipment required.
  • Create “phantom numbers” to reduce lead time.

Cost Estimating:

  • Provide cost estimates for pricing new or modified products.
  • Conduct periodic verification of production rates to ensure system data is current.
  • Conduct time cycles and/or motion analysis.

Cost Improvements:

  • Recommend and submit cost improvements such as minimizing burrs during machining.

Purify Database:

  • Verify production rates

Conduct Tool Life Studies:

Update Cutting Speed and Feed Charts:

  • Keep current with latest cutting tool materials, design, style and others.
  • Tool Storage:
  • Ensure tools are protected.

Tool Pre-setters:

  • Ensure accuracy with minimum time.

Support:

  • Sales
  • Production
  • Purchasing
  • Quality