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CORONAVIRUS (COVID-19): Classes and employee work moved to online and remote environments through remainder of semester.   Read more details at fitnyc.edu/coronavirus

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PrintFX will be closed until further notice (as of 3pm 3/16/2020)

FabLab is FIT's professional digital fabrication lab that handles 3d printing, laser cutting, vinyl cutting and vacuum forming services for students, staff and faculty of FIT. It is currently equipped with two hand held 3d scanners which are available for student use inside PrintFX (see staff for details). The self service area has two MakerBot Replicator+ 3d printers. The full service area has one FormLabs Form3 3d printer, one Ultimaker 3 3d printertwo Raise 3d Pro2 3d printers, one Universal Laser System ILS 12.75 laser cutter, one Roland GS-24 vinyl cutter and one Mayku FormBox vacuum form machine. Class projects will need to be discussed by FabLab management before being accepted. All submitted work must be properly setup before job is started. Files that are not setup properly will not be corrected and will be returned to the customer for correction (which may change the turnaround time). If you have any questions, comments or concerns, please contact FabLab staff in Pomerantz D529A. 

Full-Service Vinyl Cutting 

The Roland GS-24 vinyl cutter is capable of making quick and accurate cuts onto vinyl using Illustrator files. We currently offer 8 colors for making single colored stickers as well as clear or white self-adhesive print-and-cut stickers. The cutter has a maximum cutting width of 21” (1.5” margins). 

Acceptable Files: Only vector based Adobe Illustrator files will be accepted for vinyl cutting.

Job submission: Please email your form and files using our Online Ordering page or submit your files and form at PrintFX, Pomerantz D529A. 

Turnaround time: 24 hrs


  • Convert all fonts to outlines
  • Very small & overly complex artwork may not cut properly. Letters must have a minimum height of 1/2". Cutout shapes should be a minimum 1/16"
  • Optional application tape (transfer tape) aids in aligning artwork when pressing into place for single color vinyl only.
  • To print-and-cut, your cutting vectors and artwork should be on separate layers with a 1.5" uncuttable margin on both sides
  • Lines that you would like to be cut on the vinyl should be vector paths in your Illustrator file. The vinyl cutter uses these vectors as tool paths to trace along with a blade
  • For more in depth vinyl cutting information, please use our vinyl cutting guide (.pdf).  Guide requires Adobe Acrobat Reader.

Pricing & Order Form

Single color vinyl example

Single color vinyl: $0.75/linear inch. Fablab logo pic on left is an example of a blue single color vinyl cut.






Vinyl cutting application tapeApplication tape:$0.25/linear inch. For use with single color vinyl only. Use it after the sticker has been cut and weeded to transfer it to a substrate. Photo on left shows the process. 





Print and cut examplesPrint and Cut:$2.00/linear inch. High quality inkjet print. Choice of clear or white vinyl (see staff for adhesion details). Photo on left are examples of print-and-cut stickers.





Please complete an order form at PrintFX/Fablab, D529A, download the form or use our Online Ordering page.

3D Printing

Acceptable Files: 

  • Only STL files will be accepted for 3d printing and $5.00 minimum charge.
  • Most 3d CAD platforms (e.g. AutoCAD, SolidWorks, Rhino, etc.) can natively export 3d files as STLs
  • Maya can export STLs with the aid of a downloadable MEL script
  • zBrush can export STLs with the aid of a downloadable plug-in
  • Blender (open-source/free) can be used to convert OBJs and a few other common file formats to STLs

Job submission: For both full and self-service 3d printing, please come to the PrintFX located at Pomerantz D529A to complete an order form. When dropping off your order form for full service, indicate whether you would like to be called with a cost estimate prior to printing your model. You are responsible for paying for all build and support material. All work must be setup according to our file prep guidelines so please download our 3d printing guide here (.pdf). Guide requires Adobe Acrobat Reader. We will not correct any files that are setup incorrectly. They will be returned for correction which could delay your turnaround time. 

Turnaround Time: Turnaround time for full-service printing (Ultimaker 3, Form2, Raise 3d) is 5 business days. Self-service MakerBots are available on a first-come, first-serve basis and must be prepaid prior to printing.

Payment: All jobs must be paid for with your FIT ID card before the job is released. Alumni jobs payment due at time of drop off. Students with unpaid jobs left at PrintFX for 3 weeks or longer will have a hold placed on their account.

Fixing Files: All 3d file formats are prone to errors in geometry. The most common errors are inverted faces due to reversed normals, and holes in the mesh due to bad/open edges. Files with these errors will not print correctly and must be fixed by the client before a job can be submitted to our 3d printer.

Netfabb is a free STL viewer which can open your 3d files and diagnose inverted normals/faces and bad edges. Please see our Netfabb video tutorial. Netfabb is available for customers in PrintFX or you can download Netfabb.

3d Software: PC: NetFabb Premium 2020, Rhinoceros, MakerBot, Cura (Ultimaker), ZBrush 2019, SketchUp 2018 & 2019.

Support Material: All 3d printers generate support material differently, and all support material types have different post-processing and finishing requirements. The Form,  Ultimaker, Raise 3d and MakerBot printers do not have dissolvable support material so customers must clip or sand away their support structures manually.

Measurements in NetFabb: In the bottom right panel of the Netfabb window, you will see basic dimension information about your part, including size and volume, which can be used to estimate your cost (not including support material). For a more detailed guide on how to use Netfabb to measure and resize your models, please learn more using our video guide

                                                                                        3d printed logo for FIT Athletics dept designed by tennis player Jasmine Matos


3d printed Tiger button


3d printed tiger chest emblem


Back of tiger uniform


3D Printed logo on front of uniform


Garment design - Jennifer Lee (Assistant Professor, FBM).  Tennis model - Jasmine Matos (FIT Athletics tennis player, FBM). Photographer - Anthony Nguyen (FBM student)


Full Service 3D Printers 

FormLabs Form3 prints extremely high detail 3D models in a variety of specialized plastic resins. It utilizes stereolithography, fusing photo-sensitive polymers into solid objects with focused points of light. Stereolithography allows for much higher detail than FDM printing, as well as printing in flexible and castable resins, but the Form2 has a smaller print bed and a more involved support-removal process.
Build size: 5.7"L × 5.7"W × 6.9"H
Resin. $0.50/ml
File format: STL file format only and $5.00 minimum charge.
Ultimaker 3 prints using PLA plastic & specialty filaments such as white TPU, PETG, PVA, CopperFill, WoodFill, BronzeFill, Magnetic Iron, Stainless Steel, Carbon fiber and F-Electric. Capable of dual or single extrusion with water-soluble supports.
Build size: Left or right nozzle: 8.5"L x 8.5"W x 7.9"H. Dual material: 7.8"L x 8.5"W x 7.9"H 
PLA plastic: $0.50/g
Specialty filaments: $0.75/g
File format: STL file format only and $5.00 minimum charge.
Raise 3D Pro 2 prints using both PLA & ABS plastics. Large-format, dual extruder.
Build size:  11"L x 12"W x 11.8"H.  
PLA & ABS plastic: $5.00/cubic inch
File format: STL file format only and $5.00 minimum charge

Self Service 3D Services

3D Printing

PrintFX's self service Makerbot 3d printersFor students interested in gaining hands-on experience with 3d technology, FabLab has three MakerBot Replicator+ 3d printers available on a first-come, first-served basis. This printer is a hobbyist-level 3d printer that prints inexpensive models out of PLA plastic filament (a corn based bio-plastic) using Fused-Deposition Modeling (FDM) technology. With proper preparation, they can produce good results on basic models, but they are limited by their low detail level and support material that can be time-consuming to remove. In addition to using our full-service 3d printers, the MakerBots give students the opportunity to learn the software associated with preparing, customizing and sending 3d prints to the printer. A dedicated PC workstation is provided for utilizing this software.  MakerBot Replicator+ build size: 11.6" L X 7.6" W X 6.5" H. Price: $0.35/g. $5.00 minimum charge


3D Hand Held Scanning

Structure Sensor 3D Scanner: Attached to an iPad. Move around the object to scan it. 

Haptic Touch 3D Scanner: Large object scanning. Hold in your hand and move around the object to scan it. See FabLab staff for further details.

Both scanners are free of charge and may be borrowed and used inside PrintFX only.

Full Service Vacuum Forming

Used to make a variety of molds. For concrete and plaster casting, soap making, resin, chocolate, or packaging for figurines and other handmade items via thermoforming. A sheet of material is formed around your shape - choose either transparent 0.5mm sheets made from PETg, which is food safe, recyclable and good for making reusable molds or white sheets made of Polystyrene which are good for blister packaging objects and can be painted. The surface finish achieved is almost identical to that of the original object. Use in conjunction with a 3d printer and create molds of your 3d printed designs! 

Maximum width and length for mold making: 5.9"x5.9". No vacuum forming objects taller than the object's width.

Pricing & Order Form

  • $3.00 per mold sheet, clear or white
  • Please complete an order form in PrintFX/Fablab, D529A.

Guidelines: For more in depth vacuum forming information, please download the vacuum forming guide (.pdf).  Adobe Acrobat Reader is required to download the pdf.

Turnaround time: 3 business days

Full Service Laser Cutting

The FabLab is equipped with a Universal Systems ILS 12.75 Laser Cutter which has a material processing platform of 48” x 24” x 12” and a 75 watt laser.

Accepted file types: Illustrator files for Vector Cutting, Vector Engraving, Raster Engraving. Photoshop jpeg files for raster engraving. 

Job submission: Please submit your files and order form at PrintFX, Pomerantz D529A. FabLab staff will not resize, adjust, or manipulate your files. Files must adhere to the color, format and size requirements of the laser cutter program before being submitted. If any changes are required to successfully complete the job, the FabLab will not proceed until the client fixes the errors and resubmits the corrected file. The FabLab is not responsible for cutting or engraving errors if they are a result of an improperly prepared file.

Accepted materials: Please download our laser cutting acceptable materials & supplier guide (.pdf) for local suppliers and online vendors. We reserve the right to refuse material if we deem it to be unsafe or inappropriate.

Bristol Board, Butter Board, Cardboard, Chipboard, Museum Board, Poster Board, Fine Art Paper, Cardstock, Illustration Board, Construction Paper, Matte Board, Marker Board, Wood Veneer, Basswood, Plywood, Balsa Wood, Birch Wood, Cork, Leather, Faux Leathers (needs approval), Rubber, Glass (Etch only), Marble (Etch only), Acrylic Sheets (only with brown paper backing), Natural Fabrics, Hard Woods. 

We can accept 1/4" thick material for the following:
     - Acrylic (only with brown paper backing)
     - Softwoods (Ex:  poplar, pine, balsa, cherry, walnut, soft maple, etc.)
     - Paper Based Materials (Ex: cardboard, bristol board, museum board , chipboard, etc.)
     - MDF and CDF
     - Natural Fabrics 
  * We can only accept 1/8" thick material for the following:  
      - Leather
      - Hardwoods (Ex: ash, birch, hickory, elm, oak, hard maple, etc)
      - Cork
      - Rubber
      - Faux Leathers (Faux Leathers have to be approved by a Tech)


Testing material: For non-standard or specialty materials, we recommend supplying a separate piece of material (recommended at least 2”x4”) for the FabLab staff to test to determine the correct laser settings. This testing is covered by the $7.00 or $10.00 setup fees (see Pricing below) per material submitted. We will do our best to determine suitable settings, but depending on the results of the testing, the FabLab may not be able to perform your job exactly as submitted. We will not replace damaged testing material.

The client is allowed to keep any scrap material from their job. If the client does not supply a separate piece of testing material, the FabLab may use areas of the client’s scrap material to perform testing.

Pricing & Order Form: Please come to the PrintFX service desk in Pomerantz D529A to complete a laser cutting order form.  All jobs must be paid for with your FIT ID card before the job is released. Initial setup fees : Standard job $7.00 setup charge/material. Complex job $10.00 setup charge/material. After this initial setup fee (per material), the price for use of the laser (for Vector Cutting, Vector Engraving, and Raster Engraving) is $0.85 per minute.

Turnaround time: 3 business days

Vector Cutting & Engraving: The laser cutter can cut or engrave along vector paths. The laser cutter program will “read” your Illustrator file, and depending on the Stroke Weight and Color of a vector, the laser will cut through or engrave (i.e. scorch/mark) the surface of your material. In order for your Illustrator file to be read by the laser cutter program, your files must be in RGB Color Mode.

Vector Cutting: Lines that you would like to be cut through your material should be vector paths in your Illustrator files, with a stroke weight of .001 pt and colored RGB Red (255-0-0, or #FF0000). For cutting material thickness guidelines, please see below. Depending on the density of the material, certain objects may not be able to be cut at all.  

Vector Engraving: Lines that you would like to engraved on the surface of your material should be vector paths in your Illustrator files, with a stroke weight of .001 pt and colored RGB Blue (0-0-255, or #0000FF). Depending on the density and surface texture of the material, certain objects may not be able to be engraved at all. Please see our approved materials list. We can accept any thickness on approved and appropriate materials.

Raster Engraving: Please submit Photoshop jpeg files for raster engraving.  When raster engraving, the laser cutter travels in horizontal lines, moving down the image (like an inkjet printer), engraving (i.e. scorching/marking) the surface of the material. Any type of image can be raster engraved. Images to be raster engraved should be grayscale or b&w. Black colors in the image will be engraved the deepest and colored darkest, and lighter shades of gray will be progressively engraved shallower and colored lighter. We can accept any thickness on approved and appropriate materials.

Cutting, Engraving & Raster Engraving: The laser cutter can vector cut, vector engrave, and raster engrave all from one image. Import grayscale or b&w images (.jpeg or .psd) into an Illustrator file, and follow the guidelines for stroke width and stroke color for vectors described here. The laser cutter program will automatically distinguish between vector paths meant to be cut, vector paths meant to be engraved, and grayscale or b&w artwork will be raster engraved. For raster engraving, higher contrast images are desirable. Depending on the characteristics of the material being engraved, the range of dark to light tones (i.e. the depth being engraved) may be very limited --- in some cases only a two-tone, black & white color range is possible. For rasterizing or engraving, we can accept approved and appropriate materials of any thickness but see above list for material thickness if cutting.

Helpful Tips: Vector Cutting & Engraving: Depending on the physical properties of the material, the line being cut or engraved will have a variable “thickness.” This is determined by how the material reacts to being burned or scorched by the laser. Vector artwork should be designed with this in mind, as vector paths that are very close together in an Illustrator file may actually overlap or touch once cut (or engraved) onto the material. For more in depth laser cutting information, please download our laser cutting guide (pdf)Guide requires  Adobe Acrobat Reader.

Laser Cutting Examples

Melanie Reim's laser cut puppetsMelanie Reim, Acting Associate Dean of the School of Art & Design. Wood laser cut submission for The Art & Design Gallery exhibit,  "Conversations: Artwork In Dialogue" March through April 2020. The dialog between the two female 'sand puppets' reads: "And I like, said, it's not what I need, and he said, "I know, I know, I know, I know, I know, I know, I know, I know".




Interior Design department's laser cut showcase

April 2015 Pomerantz Center

Interior Design Department, Studio V --- Residential.
Challenged to prototype a laser cut element for their residential project, students developed designs that were fabricated here at the FabLab.
Professors: Joseph Lembo, Takashi Kamiya and Johannes Knoops



Interior Design student T. Jacob Hooker's laser cut leather bagT. Jacob Hooker, Accessories Design graduate 
Laser cut leather accessory for the BFA graduating student show






Hojin Lee's laser cut dressHojin Lee, Fashion Design graduate. Laser cut dress