Advanced Manufacturing Project

TITAN-509LM

TITAN-509LM Print

TITAN-509LM Solid Model

Op #1 (Lathe)

TITAN-509LM Setup Sheet

Op #2 (Lathe)

Op #3 (Mill)

First Article Inspection Report

TITAN-509LM OP1 FA Report

TITAN-509LM OP2 FA Report

TITAN-509LM OP3 FA Report

The TITAN-509LM FUEL CHAMBER INLET is found in rocket engine assemblies and regulates the flow of fuel into the combustion manifold. Made from INCONEL 625, this 9-part series will take you through the entire process, from raw stock to a finished part.

Fuel Chamber Inlet

The TITAN-509LM is a Fuel Chamber Inlet, the kind you would find in an Interstellar Rocket Assembly. Titan provides an overview and strategies for machining this advanced project.


STEP 1: Project Strategy & Overview

Travis analyzes the TITAN-509LM print and provides in-depth strategies for meeting or exceeding the part specifications.


STEP 2: Print Overview

Tyson provides an overview of the setup needed to machine the first operation of this advanced project.


STEP 3: Setup Op #1 (Overview)

Tyson provides an overview of the CAM program and machines the first operation of the TITAN-509LM.


STEP 4: Programming and Machining Op #1 (Complete)

Tyson provides an overview of the setup needed to machine the second operation of this advanced project.


STEP 5: Setup Op #2 (Overview)

Tyson provides an overview of the CAM program and machines the second operation of the TITAN-509LM.


STEP 6: Programming and Machining Op #2 (Complete)

Tyson provides an overview of the setup needed to machine the third operation of this advanced project.


STEP 7: Setup Op #3 (Overview)

Stuart provides an overview of the CAM program and machines the final operation of the TITAN-509LM.


STEP 8: Programming and Machining Op #3

Travis performs a detailed inspection of the final operation of the TITAN-509LM.


Fuel Chamber Inlet

TITAN-509LM

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