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Who We Are
NYU students, faculty, and staff can borrow a Mac or PC laptop from Bobst and Dibner Libraries. Laptops have wireless Internet access and printing capability, and include productivity software (word processing, etc.). Bobst Library Laptops. Are borrowed from the Bobst Library Computer Center (BLCC), located on. Fall 2020 Print Service Stations Access. Access to NYU Print Service stations may be limited based on the access policy for each location in which the printer is located. Be sure to check ahead of time to make sure the printer you select is available and to acquaint yourself with. Shop New York University Laptops and MacBooks at the Bookstore. Flat-Rate shipping. 25% OFF ACADEMIC PLANNERS Apple Pay and PayPal Accepted Delivery and/or Pick Up Options & Store Hours. 25% OFF ACADEMIC PLANNERS. Grab a planner - stay organized!.Quantities are limited, assortment may vary. Valid until 11:59 PM CT on 9/24/20. Shop New York University Computer, TV, Audio, Cameras and Accessories at the Bookstore. Flat-Rate shipping. 25% OFF ACADEMIC PLANNERS Apple Pay and PayPal Accepted Delivery and/or Pick Up Options & Store Hours. Open the Apple Store app on your Mac, and click ‘Updates’ in the toolbar. If updates are available, click the Update button to download and install them. If you are using an older version of OS X (10.7 - 10.12), you can upgrade directly to the latest version (10.3 High Sierra), by doing the following.
The NYU Health Sciences Library’s 3D Printing Service supports the NYU Langone Health community by printing and designing a wide variety of tools, including functional parts for use in research labs, anatomical models to aid in medical education, pre- and post-operative surgical models, and more.
What We Offer
- Project consultation
- 3D Design
- No fee printing
- High-quality results
- Clear, consistent, and responsive communication
- Supported exploration of 3D print technology
If you encounter any issues using our request form
please email us at #HSL_3Dprint@nyulangone.org
NYU Shanghai’s Virtual Private Network (VPN) allows you to connect to the Campus Network wherever you are, to enjoy unlimited internet access and secure off-campus access to global websites.Who is this service available to?Current members of the NYU Shanghai community, including students, faculty, and staff.How can users access this service?Please see the VPN knowledge bases. Printing a Legal Size Sheet Legal Size on a PC. From the Print menu, click on Properties. Under the tabbed window for “Paper,” click on “Legal.” Go to the drop down bar for “Paper Source” and select an “Alternate Tray” or select “Manual Feed.” Click OK and then click OK from the Print window. Legal Size on a Mac.
Please submit questions related to 3D printing and requests to have something printed using this form. The 3D Printing Service Team will contact you to discuss any issues or concerns about your proposed print within 1 business day, as well as discuss your timeframe and color options. We will also give you a projected time frame completion.
Frequently Asked Questions about 3D Printing
What is 3D printing?
3D printing is a way of manufacturing prototypes and physical models by adding material as opposed to removing it.There are a variety of 3D printing methods in existence. The Health Sciences Library offers both Fused DepositionModeling (FDM) and Stereolithography (SLA) printing. We can work with you to determine which method best fits yourneed.
What 3D printing services do you offer?
We offer design consultations, basic 3D model editing, and 3D printing on either our Ultimaker S5,Ultimaker 3 Extended, or Form Labs 2 printers. For more complex jobs, we can help refer you to the NYULaGuardia Studio at Washington Square which has a wide variety of 3D printing equipment and expertise.
How do I get something 3D printed?
You can fill out our 3D Project Request form or contact us at #HSL_3Dprint@nyulangone.org
Can you help me design a 3D model?
Yes. In addition, we can help edit an existing model and recommend resourcesfor performing various modifications.
How much does 3D printing cost?
Currently all of our 3D printing services are offered at no cost. If the job requires using the NYU LaGuardia Studio 3Dprinting facilities, the LaGuardia Studio will provide a quote for materials.
How long does it take?
Preparing for the print can take a few days. Furthermore, the printing process itself may take up to a week. A goodrule of thumb would be a one- to two-week turnaround time.
What materials and colors do you have available?
You can find a list of materials here. We will contact you with color options for your model.
Are there any limitations/prohibitions on what can be 3D printed by the NYU Health Sciences Library?
All items submitted as part of the 3D Printing request need to be related to medical education or research in some way or format.Furthermore, the requestor must have permission to use the 3D model provided. Finally, we offer our services as isand provide no warranties or guarantees.
Learn More About 3D Design
Free Downloadable Models
Free 3D Design Resources
Convert DICOM to 3D Printable Models
Our Equipment and Software
What is 3D Printing?
Information about 3D Printing Materials
We offer a wide variety of 3D printing materials depending on the printer you've chosen and your intended application. Please refer to the chart below and follow the links to the manufacturers' websites, or contact us for more information.
| Ultimaker | ||
|---|---|---|
| Material | Properties | Uses |
| PLA | Odorless, low-warp, eco-friendly, less energy to process | Ideal for models and prototypes that require aesthetic detail |
| Tough PLA | Impact strength similar to ABS, greater than regular PLA; higher stiffness compared with ABS; less brittle than regular PLA | Ideal for reliably printing functional prototypes and tooling at larger sizes |
| CPE+ | Chemical resistant, tough and demonstrates good dimensional stability, higher temperature resistance and increased impact strength | Ideal for models and prototypes that require aesthetic detail |
| TPU | Flexible 3D printing material, excellent abrasion resistance, smooth feeding properties, durable | Go-to choice for a wide array of manufacturing projects that demand the qualities of both rubber and plastic |
| ABS | Makes durable parts that need to withstand higher temperatures, easy to print with, strong plastic | Allows the creation of functional prototypes and complex end-use parts |
| PVA | Non harmful, non-toxic, and environment friendly, easily dissolved in water under normal temperature, easy stripping | Ideal for printing complex models that require supports for large overhangs, deep internal cavities, and intricate geometries |
| Nylon | Strong, lightweight, durable, flexible, wear-resistant, 100% thermoplastic | Great choice for 3D printing tools, functional prototypes, and end-use parts |
| Form Labs | ||
| Material | Properties | Uses |
| Clear Resin | Polishes to near optical transparency, making it ideal for working with light or showcasing internal features. Supports print resolutions: 100, 50, and 25 microns | Great for fluidics and moldmaking, optics, lighting, and any parts requiring translucency |
| Tough Resin | Durable and resilient, ideal for snap-fit joints and rugged prototypes. Requires UV post-cure. Supports print resolutions: 100 and 50 microns | Ideal choice for prototyping strong, functional parts and assemblies that will undergo brief periods of stress or strain |
| Durable Resin | Designed to simulate polypropylene (PP) plastic, with comparable low modulus and high-impact strength | Use this wear-resistant, ductile material when parts require deformation and a smooth, glossy finish |
| High Temp Resin | Ideal for testing hot air or fluid flow, this material is great for static applications that will undergo higher temperatures. Supports print resolutions: 100, 50, and 25 microns | Great for prints that need to undergo high temperatures, can be used to facilitate casting and thermoforming |
| Flexible Resin | Versatile, tactile, and impact-resistant, making parts that are bendable and compressible. Requires UV post-cure. Supports print resolutions: 100 and 50 microns | To create ergonomic features as part of larger assemblies |
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Copyright
3D designs, including designs you create, are subject to intellectual property rights including copyright. You are required to investigate and follow the licenses accompanying 3D designs that you ask the NYU Health Sciences Library to print on your behalf. We reserve the right to request information related to the licensing of a design, and refuse any print job where we believe we would infringe on someone's intellectual property.
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Your CIMS directory can be mounted either by mapping a network drive or by SSH tunneling. Drive mapping is a simpler process; see instructions here. Otherwise, read on for information about SSH tunneling.
What is SSH Tunneling?
A tunnel is a networking term with an appropriate name. It refers to a connection, usually encrypted, that connects two computers together across another, usually untrusted network. Picture a mountain of evil internet users sitting between your laptop and the CIMS server. You don't want to just throw your traffic really hard at the mountain and hope it gets there; you want to first form a protected tunnel from you to CIMS, and then send the traffic through it.
Take this typical scenario, you're at work or at home, merrily typing away on your wireless laptop. You want to retrieve your e-mail from CIMS. If you connect to the machine directly, your e-mail client will send your login and password 'in the clear.' This means that a nefarious individual somewhere between you and your mail server (either elsewhere on your wireless network, or even 'on the wire' if you are separated by an untrusted network) could be listening, and grab a copy of your information en route. This login could then be used not only to gain unauthorized access to your e-mail, but in many cases will also grant a shell account on your mail server!
To prevent this, you can use the tunneling capabilities of SSH. An SSH tunnel works like this: Rather than connecting to the mail server directly, we establish an SSH connection to the internal network that the mail server lives in (frequently, the mail server itself). Your SSH client software sets up a port forwarding mechanism, so that traffic that goes to your laptop's POP port magically gets forwarded over the encrypted tunnel and ends up at the mail server's POP port. You then point your e-mail client to your local POP port, and it thinks it is talking to the remote end (only this time, the entire session is encrypted.)
With the tunnel in place, anyone who tries to monitor the conversation between your laptop and the mail server will get something resembling line noise.
SSH Tunneling: Windows 95/98/ME/NT/2000/XP/Vista/7
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Follow these step-by-step instructions to create an ssh tunnel with Windows. The last step then describes how to mount your CIMS home directory to your Windows machine. Step 2 shows how to create a tunnel with the program plink, which is puTTy's command-line to its backend.
- Go to My Network Places -> Properties -> Local Area Connection -> Properties and uninstall 'File and Printer Sharing for Microsoft Networks'.
NOTE: You cannot just uncheck the box, you must uninstall it completely and restart your PC.
To re-install the 'File and Printer Sharing for Microsoft Networks' service go to the same window from which you uninstalled it (My Network Places -> Properties -> Local Area Connection -> Properties), press the 'Install' button, select 'Service' and press the 'Add' button, select 'File and Printer Sharing for Microsoft Networks' and press 'OK'.
- Now you can create a tunnel from your pc to the CIMS servers. Setup your ssh client to forward local tcp ports 139 and 445 to sam.cims.nyu.edu ports 139 and 445. The following gives an example of how to do this with plink(which you can download free using this link):
To create an SSH Tunnel using Plink:
- First start a DOS command line on your Windows platform
- Then, either set the Windows Path variableso that DOS will know where to look for the plink program, or simply go to the directory that the plink.exe file is in.
- Now type the following line (all on one line, make sure the 'L' is capitol):
plink -ssh -L 139:sam.cims.nyu.edu:139 -L 445:sam.cims.nyu.edu:445 USERNAME@access.cims.nyu.edu - Enter your login and password when prompted
- Now that you have created a tunnel, you can map a network drive in windows and your CIMS home directory should appear on your PC as a seperate drive. Right click on My Computer -> Map Network Drive, and enter 127.0.0.1USERNAMEin the 'Folder:' box as shown below:
Uncheck the Reconnect at logon button. Then click 'different user name' and enter your CIMS username and password.
- Finally, click OK and then Finish to connect.
** You cannot share file and/or printers to your LAN at the same time. Otherwise, port 139 will be used by the sharing service and will not be available for ssh. You need to uninstall the sharing service which you can easily install again later -- simply unchecking the box next to 'File and Printer Sharing for Microsoft Networks' will not work.
SSH Tunneling: Mac OS X
- Go to 'Sharing' in 'System Preferences'. Make sure 'Windows Sharing' is off.
- Open a Terminal and execute the following commands:
You will be asked for your local (Mac) password and then your CIMS password. The former is for the sudo command; the latter is for the ssh authentication.
- Go to Finder -> Go -> Connect to Server and enter the following in the address field:
smb://127.0.0.2/USERNAMEA dialog will come up and ask for your Username and Password. Enter your CIMS username and password respectively. Your home directory will appear on your desktop as a network drive.
A similar process can be followed to mount your web directory in addition to your home directory as follows:
sudo ifconfig lo0 alias 127.0.0.3 up sudo ssh -f -N -L 127.0.0.3:139:fs-u2.cims.nyu.edu:139
-L 127.0.0.3:445:fs-u2.cims.nyu.edu:445
USERNAME@access.cims.nyu.edu
then from the Finder:
smb://127.0.0.3/USERNAME
SSH Tunneling: Linux
Open a Terminal and execute the following commands: ssh -f -N -L 9900:sam.cims.nyu.edu:139 USERNAME@access.cims.nyu.edu mount -t cifs -o domain=CIMSSAM,username=USERNAME,port=9900
//localhost/USERNAME /YOUR_LOCAL_MOUNT_POINT
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The second command needs to be run as root (via sudo or otherwise). You will be prompted for a password, which is your CIMS password. Of course you have to replace USERNAME with your CIMS username, YOUR_LOCAL_MOUNT_POINT is the directory location you want to mount your files. You may have to replace smbfs with cifs and/or install the cifs-utils package on your machine to be able to mount the filesystem.