AMI Industries Inc.

Fully integrated manufacturing source for precision machining and engineered electro-mechanical assemblies under
AMI 3i Program INNOVATE INNOVATE INNOVATE
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Engineering

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

To sustain, AMI 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 AMI 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 Involvement Solicit 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 Analysis Assist Clients in identifying or solving potential performance and/or wear issues.
  • R&D – Research & Development Offer proposals to design and build;
    Automatic brazing or soldering machines.
    Test equipment for leak or pressure test.
    Conduct reverse engineering.
  • 3D Printing Proto-type samples
  • Mold Flow Analysis Improve gating to minimize casting anomalies, grain size and/or direction.
  • Project Engineering Coordinate, monitor, report progress and convene meetings, as required, to ensure project is on schedule and within timeline.
  • Value Engineering Evaluate and develop manufacturing alternatives to reduce product cost.
  • Ceramic Matrix Composite Machining Facilitate 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 minimize 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