Milling Fixture Project
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Post a project like this$650
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Complete Website development, Mobile application development, Logo designing and SEO, SMM, Digital marketing solutions.
Bangalore
Special Purpose Machines, Consumer Products Design, Sheet Metal, Injection Molded Product, FEA & CFD , Machine Design Engineer
Waling
58418492978820579082650619335835434018093912893498432465749727308826
Description
Experience Level: Expert
I have a project I need done by May 11th @1:00 p.m EST. It's a CAD project designing a milling fixture. Two fixtures are required, one lower manual and one higher cost with power clamps. Two assembly drawings of the two different fixtures and a detail drawing of the fixture itself. The clamping, cutter, and machined horsepower must be calculated properly. And lastly create a production plan(listed last below). Everything is to be done in inches***
***Base fixture AutoCAD drawings to go off of are attached. Right, Front, and top down views are included. (The images would not upload correctly as .dwg files and only 2 of them, probably won't be able to see them. I can send these when project has been accepted.)
***Picture attached of the part that needs to be secured in the fixture is attached as well.(Yellow/Orange paper) The T-slot is what is going to be cut on the fixture so design accordingly.
Instructions from sheet below:
- Design a milling fixture for the workpiece that has been assigned to you.
-Follow standard drawing procedures that were outlined in the text.
- Determine the correct number of views of the workpiece in each view for ease of clarity.
- The following are to be considered and included in your final design project package:
- Determine locating points and clamping positions for accurately holding the
workpiece.
- Provide for the most optimum design that will permit ease of operation as well
as maximum production.
- Two design concepts are required. One to be a lower cost manual operated
fixture, and the other would be a higher cost more automated fixture utilizing
power clamps.
- Make an assembly drawing showing all commercial parts that are to be
purchased. Keep in mind that in tooling design, parts are held together with
socket head cap screws and located with dowel pins.
- Include a bill of material with all parts listed (manufactured and purchased)
- Item number
- Quantity
- Description
- Material
- Catalog Number
- Price (purchased components)
- Include a detail drawing of your fixture base with all necessary machining
properly illustrated and dimensioned. Include all proper nomenclature for thru
holes, tapped holes, reamed holes, etc. Also investigate typical tolerances
obtainable with each process and include them on the drawing.
- Determine the cutter forces, clamping forces, and machine horsepower
necessary to effectively machine this workpiece.
- Create a production plan that would take this part from a raw material state to
a finished part. Determine at which step this fixture would be necessary.
***Base fixture AutoCAD drawings to go off of are attached. Right, Front, and top down views are included. (The images would not upload correctly as .dwg files and only 2 of them, probably won't be able to see them. I can send these when project has been accepted.)
***Picture attached of the part that needs to be secured in the fixture is attached as well.(Yellow/Orange paper) The T-slot is what is going to be cut on the fixture so design accordingly.
Instructions from sheet below:
- Design a milling fixture for the workpiece that has been assigned to you.
-Follow standard drawing procedures that were outlined in the text.
- Determine the correct number of views of the workpiece in each view for ease of clarity.
- The following are to be considered and included in your final design project package:
- Determine locating points and clamping positions for accurately holding the
workpiece.
- Provide for the most optimum design that will permit ease of operation as well
as maximum production.
- Two design concepts are required. One to be a lower cost manual operated
fixture, and the other would be a higher cost more automated fixture utilizing
power clamps.
- Make an assembly drawing showing all commercial parts that are to be
purchased. Keep in mind that in tooling design, parts are held together with
socket head cap screws and located with dowel pins.
- Include a bill of material with all parts listed (manufactured and purchased)
- Item number
- Quantity
- Description
- Material
- Catalog Number
- Price (purchased components)
- Include a detail drawing of your fixture base with all necessary machining
properly illustrated and dimensioned. Include all proper nomenclature for thru
holes, tapped holes, reamed holes, etc. Also investigate typical tolerances
obtainable with each process and include them on the drawing.
- Determine the cutter forces, clamping forces, and machine horsepower
necessary to effectively machine this workpiece.
- Create a production plan that would take this part from a raw material state to
a finished part. Determine at which step this fixture would be necessary.
Steven B.
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United States
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