DigiTool

08, Wednesday

P Zach Ali — Wed, 12 Apr 2017 16:50:00 +0000

During today’s session, we finished our introduction on 3D Printing technologies. We also began discussing 3D Modeling for 3D Printing, by using the 3D Print [3DM] Rhino File and explaining *What defines a Surface; *What defines a Solid; *How to pull Curves from Surfaces; and *How to create surfaces from curves. (*Note: The previous links are from previous tutorials for SoArch’s Digital Fabrication Lab. They still illustrate the same commands and content.)

07, Monday

P Zach Ali — Mon, 10 Apr 2017 16:50:41 +0000

In the first 45 minutes of class, time was given to review and familiarize yourself with Rhino Commands and 2D Geometry development. If you’re new to 3D Modeling, it might be best to review the steps listed in Laser > File Prep. If you have experience with 3D Modeling, a useful exercise may be drawing/modeling a small-found-object (e.g. computer mouse, cell phone, drinking container, etc.) During this time, the final group of (6) students visited the Laser equipment and received operation/procedural training for the Laser Equipment.

You should be thinking about what you would like to create for Project 1.

At the end of class, we introduced 3D Printing.

06, Wednesday

P Zach Ali — Wed, 05 Apr 2017 16:50:33 +0000

In this session, time was given to review and familiarize yourself with Rhino Commands and 2D Geometry development. If you’re new to 3D Modeling, it might be best to review the steps listed in Laser > File Prep. If you have experience with 3D Modeling, a useful exercise may be drawing/modeling a small-found-object (e.g. computer mouse, cell phone, drinking container, etc.) During this time, groups of (6) students visited the Laser equipment and received operation/procedural training for the Laser Equipment.

You should be thinking about what you would like to create for Project 1.

05, Monday

P Zach Ali — Mon, 03 Apr 2017 16:50:34 +0000

In today’s class, we finished our discussion on the most common Editing, Analysis, and 2D Modeling Commands. As an additional resource, here are the commands that we went over during class.

We also spent time introducing the Laser Equipment with a brief overview on operation procedure and equipment policy.

At the end of class, Project 1 was described and assigned.

04, Wednesday

P Zach Ali — Wed, 29 Mar 2017 16:50:10 +0000

In today’s class, we continued our discussion on the most common Editing, Analysis, and 2D Modeling Commands. It’s helpful for you to begin understanding decimal conversions for Standard and Metric measurements. As an additional resource, here are the commands that we went over during class.

03, Monday

P Zach Ali — Mon, 27 Mar 2017 16:50:20 +0000

During this session, we introduced the Rhinoceros 3D Modeling Interface. It’s helpful for you to begin understanding decimal conversions for Standard and Metric measurements.

02, Wednesday

P Zach Ali — Wed, 22 Mar 2017 16:50:59 +0000

I was unavailable for today’s session- Susan Finger provided a brief overview of available CAD Environments/Packages with additional instructions on how to log into the Macbook Laptops.

01, Monday

P Zach Ali — Mon, 20 Mar 2017 16:50:52 +0000

I was unavailable for today’s session- Susan Finger reviewed the Syllabus and introduced the IDeATe Facilities & Resources. If you missed class, you should schedule a 30 minute meeting with me to review.

Tool Library

P Zach Ali — Mon, 27 Feb 2017 17:28:10 +0000

Info

	What is a Tool Library?


	The PHYSICAL TOOL LIBRARY is a collection of milling tools, prepared for use with a CNC Spindle that has automatic tool changing capabilities. The milling tools are loaded into a collet assembly and their locations are recorded/programmed for CNC operations.

	A DIGITAL TOOL LIBRARY is a digital representation of the PHYSICAL TOOL LIBRARY. This digital reference provides details on the actual/physical tools, including important information such as the tool’s diameter, length & location. This simulated library is used in the CAM interface for collision and/or problem detection; also used for Post Processing when sending a file to the CNC Equipment (indicates tool location).

Download

	Tool Libaries

	The Tool Library is available for download by selecting one of the following links. *The libraries provided are for IDeATe Equipment ONLY! – IDeATe Tool Library : Standard, Inches – IDeATe Tool Library : Metric, Millimeters

Tool Libaries

The Tool Library is available for download by selecting one of the following links. *The libraries provided are for IDeATe Equipment ONLY!

– IDeATe Tool Library : Standard, Inches

– IDeATe Tool Library : Metric, Millimeters

Instructions

	1. Tool Library: Download

	Download & save the Tool Library. Make note of where the file is saved.

2. Tool Library: Browser

RhinoCAM includes (2) browser windows:

1. Machining Operations Browser (AKA MOps or Machinining Browser) Create, manage and setup machining operations and preferences.

2. Machining Objects Browser (AKA MObs) Create, organize or manage Tool Libraries, Machinine Features/Drive Geometry and template operations.

	3. Tool Library: Unload/Load

			Unloading an existing Tool Library or Loading a new version, can be achieved through the Machining Objects Browser. 1. OPEN the Machining Objects Browser (MObs) by selecting the TOOLS, MACHINING OBJECTS button from the Machining Operations Browser (MOps). 2. UNLOAD any existing tool libraries, if they exist- by selecting the UNLOAD TOOL LIBRARY button. 3. LOAD a tool library by selecting the LOAD TOOL LIBRARY button; browse to the location of the tool library and select OPEN.

			After loading a tool library, a list of tools should appear in the Machining Objects Browser (MObs)- as shown in the image on the right.

NVCloud: Submission & Review

P Zach Ali — Wed, 22 Feb 2017 23:18:38 +0000

After adjusting your Print Settings, you should submit your file, then review relevant print job details. After which, IDeATe Technical Staff will review your file and follow-up accordingly!

Submission

After adjusting your Print Settings, submit your file by following these steps:

	1. Copies



	The COPIES setting is available from the Print Settings: General menu. COPIES affects the number of copies to be printed. If you plan on printing more than (1), adjust your desired quantity here.

	2. Group



	Near the bottom-left corner is your GROUP MENU. Selecting the arrow will expand this menu, allowing you to select which print group (and printer) the print should be sent to. The list is limited to print groups you’ve been invited to print from. *For more information on GROUPS, see NVBot: NVCloud Interface.

	3. Submit



	Submit your prepared print by selecting the SUBMIT button in the bottom-center of the NVCloud interface.

Review Process

After submitting your file, review relevant print job details to make sure all settings are correct and print cost is affordable.

	1. Review: Approve Queue



	After submitting a print job, your file is moved to the approve queue. Selecting the APPROVE tab will provide you with a list of 3D Prints waiting to be approved (ordered by submission time/date), with your recent submission included. Immediately after submitting a print job, the right-most column of your print job listing, will indicate the file is ‘SLICING’. This process may take some time, as the toolpaths for the print job are being generated.

	2. Review: Print Details



	After the print job finishes the SLICING process, selecting the print job title or thumbnail will guide you to a new window with the print details. Review the following: Estimated Filament/Cost: An estimate on the job’s filament usage is provided. Multiplying this number by IDeATe’s 3D Printing price, will provide you with an estimated cost for your print job. e.g. (IDeATe 3DPrint Price) x (Estimated Filament) = (Estimated Cost) Make sure you’re ok with the estimated cost! i. *IDeATe 3D Print Pricing = $0.10/g (Fall 2016 & Spring 2017) ii. Estimated Filament = 40 grams (example only) iii. Estimated Cost Example: ($0.10) x (40g) = $4.00 General Settings: Make sure the QUALITY, INFILL, UNITS, SUPPORT, ROTATION, SCALE and other miscellaneous settings are correct.

	3. Review: Part Viewer – MODEL



	From the left-menu, selecting the PART VIEWER option, will provide you with a preview of your print job geometry. This is the default MODEL view.

	4. Review: Part Viewer – TOOLPATH



	Selecting the TOOLPATH button, near the bottom-right of the screen, will present a visual representation of the toolpaths for your print job.

	5. Review: Adjustments



	If you find any errors with your print job, select the OPEN IN EDITOR button, from the bottom of the left menu. This will re-open the PRINT SETTINGS menu. From this menu, you can make any required adjustments to your print job, and re-submit. *IMPORTANT: if you resubmit a print job with revised settings, your original print job will still exist in the approval queue! Revisit the APPROVE tab and delete any print jobs you do not want!

Approval Process

After you’ve reviewed your print job details, the job will remain in the approval queue until it is approved by IDeATe Faculty or Staff.

1. ORDER: Print jobs are approved on a first-come, first-served basis.

2. REVIEWERS: Print jobs may be reviewed and approved by IDeATe Technical Staff, Technical Advisors, Faculty, or Teaching Assistants.

3. WAIT TIME: Print jobs are approved in small batches. This eliminates any queue problems when a print job fails or if the printing equipment requires maintenance. It is normal for print jobs to remain in the approval queue for a short period of time (1-3 days) before being approved and moved to the print queue.

4. NOTIFICATION: *You will receive an email notification when your job is approved or denied. Please read the email, as it may include relevant notes or questions from the person who approved or denied your print. *If you aren’t receiving emails, you may need to adjust your personal notification settings (opens in new tab, login required).

Final Steps

After approval, your print job transitions to the print queue.

1. ORDER: Print jobs are completed on a first-come, first-served basis.

2. PRINT ERRORS: If a print job fails due to equipment failure, you are not charged. The equipment will be fixed, and your file will be resubmitted as first in the print queue.

3. PRINT FAILURES: If a print job fails due to file preparation or geometry errors, you are not charged for the first instance. You may resubmit your print job after reviewing the errors with your Instructor or IDeATe Technical Staff. Any print failures occurring after this review are charged to your student account.

4. NOTIFICATION: *You will receive an email notification when your job begins and completes. Additional notifications are sent if a print is stopped or fails. *If you aren’t receiving emails, you may need to adjust your personal notification settings (opens in new tab, login required).

5. RETRIEVAL: Your print job will be scraped from the print platform, and dropped into the bin on the right-side of the equipment. Open the equipment door and retrieve your print.

6. CONTACT: If you’re encountering issues or you have general questions that are not included in the NVBot Tutorials, please:

a. Ask your instructor! If he/she isn’t available, then….

b. Ask a friend! I’m sure one of them will know. If you don’t have any friends, or you’re friends don’t know, then….

c. Make some friends who do know! Ask an IDeATe Tech Advisor! They wear the blue shirts that say: “Tech Advisor”- usually available on weekdays 4:30-7:30pm.

d. Email us: HELP@ideate.cmu.edu