WATiMake Equipment

WATiMake is home to various rapid prototyping equipment. Make sure your designs turn out by checking out our design guides!

Before you use our equipment, please familiarize yourself with the equipment manuals and safety procedures. All users must complete a WATiMake safety orientation and training on proper machine use before using any equipment listed below.

3D Printers

Cubicon Priinter
cubicon style 3d printer
Cubicon 3D Printers

There are 2 Cubicon Single Plus and 4 Cubicon Style machines available for use. These filament-based 3D printers are excellent for quick prototyping of initial and final designs. They are ideal for 3D printing novices, but are also valuable tools for advanced designers.

Filament for these 3D printers is available in a wide variety of colours in many materials including:

  • ABS
  • PLA
  • PETG ...and more!

Training:

For open use of the Cubicon 3D printers, all users must complete the following online training modules and successfully complete the Open WCS Certification.

  • MAKE 101: Intro to 3D Printing with Filament
  • MAKE 102: Intro to the Cubicon 3D Printer
  • MAKE 103: DIY Cubicon 3D Printer

To complete these training modules, log in to LEARN and click the Self Registration link at the top of the page to self-enroll in the WATiMake Orientation & Training course.

Cost:

The cost to 3D print using a Cubicon machine is the cost of the materials used:

  • $0.35 per m of filament
Formlabs 3D Printers
Formlabs 3D Printers

There are two Form 2 machine available for use. These photopolymer resin-based 3D printers are excellent for high-quality prototyping of final designs. They are useful tools for advanced designers and experienced 3D printing users.

The following resin materials are available for the Formlabs 3D printers:

Standard resins
Specialty resins

Training:

For open use of Formlabs 3D printers, all users must complete the following online training modules and successfully complete the MAKE 112.5: WFL Workshop and the Open WFL Certification.

  • MAKE 111: Intro to 3D Printing with Resin
  • MAKE 112: Intro to the Form 1+
  • MAKE 113: DIY Form 1+

To complete these training modules, log in to LEARN and click the Self Registration link at the top of the page to self-enroll in the WATiMake Orientation & Training course.

The PreForm software for the Formlabs 3D printers is available from the Formlabs website. The software can estimate the amount of resin and the time that your 3D print will take.

Cost:

The cost to 3D print using a Formlabs machine is the cost of the materials used:

  • $0.65 per mL of standard resin
  • $0.75 per mL of functional resin

Laser Cutter

Laser cutter
Description

There is 1 Epilog Mini 24 laser system available for use. This laser cutting machine uses a 60W CO2 laser. It is an excellent tool for rapid and accurate 2D prototyping of initial and final designs in thin materials. It is easy-to-use for laser cutting novices, but also extremely useful for advanced users.

The following materials are permitted in the laser cutter:

Paper Plywood (≤ 1/4”)
Matboard Cloth
​Cardboard (≤ 1/8”) Leather
​Wood (≤ 1/4”: basswood, poplar, balsa) Silicone
Acrylic

The following materials can be extremely hazardous when used in a laser cutter and are NOT ALLOWED in the laser cutter:

Glass Polyurethane
Metal Polyvinyl chloride (PVC)
Polytetrafluoroethylene (PTFE or Teflon) Polystyrene (Styrofoam or foamcore)

If you have any questions about laser cutting your material, please consult with Eugene Li prior to laser cutter use.

Training available:

For open use of the Epilog Mini 24 laser cutter, all users must complete the following online training modules and successfully complete the Open WEM Certification.

  • MAKE 201: Intro to Laser Cutting
  • MAKE 202: Intro to the Epilog Mini 24
  • MAKE 203: DIY Epilog Mini 24

To complete these training modules, log in to LEARN and click the Self Registration link at the top of the page to self-enroll in the WATiMake Orientation & Training course.

Cost:

There is no cost to laser cut using the Epilog Mini 24 laser system. However, the following materials can be purchased for laser cutting.

Material Details Dimensions Thickness Price
Millboard Brown, paper-based 32" x 40" 1.5 mm $3.00
Illustration board White, paper-based 11" x 14" 1.25 mm $3.00
Balsa Wood 4" x 36" 1/8" $6.00
Basswood Wood 4" x 24" 1/16" $5.00
Basswood Wood 4" x 24" 1/8" $6.00
Basswood Wood 4" x 24" 3/16" $7.00
Plywood Wood 12" x 24" 1/8" $13.00
Acrylic Clear, plastic 12" x 24" 1.5 mm $7.00
Acrylic Clear, plastic 12" x 24" 3.0 mm $13.00
Acrylic Clear, plastic 12" x 24" 4.5 mm $20.00

Resources:

Other Tools

Dremel 3000 rotary tool

  • Dremel 3000 Owner's Manual                         
    Dremel 3000
  • Dremel website 

Roland GS-24 Cutter

Material Size

Roland GS-24 Cutter

The loadable material width of the cutter is 50 to 700 mm. By using a roll, designs with lengths up to 25 metres can be cut.

Feature Size

The GS-24 cutter has a mechanical resolution of 0.0125 mm. However, two cut lines should be further than 0.5 mm apart to prevent small pieces of vinyl being pulled off by the blade.

Material

Vinyl is the primary material used on the vinyl cutter. Other variations of vinyl such as heat transfer vinyl can also be used.

Time

The GS-24 can cut with speeds up to 500 mm/sec, allowing designs to be quickly produced and iterated.

File Formats

Roland CutStudio accepts image files such as .jpg, .bmp, as well as .ai files.

Roland MDX-40A

Work-Piece Size

Roland MDX-40A

The Maximum dimensions of a work-piece that can be milled by the Roland is 12" x 12" x 4-1/8".

Feature Size

In a milling machine, feature resolution is determined by the tooling available and the resolution of the tool's movements. The Roland MDX-40A has the mechanical resolution of 0.002 mm/step (0.000078 in/step). However, you can choose a coarser resolution in SRP Player for a faster cut time.

Time

Larger objects with intricate features will take significantly longer to cut than smaller objects.

Choice of tooling has a large influence on cutting time. Cutting away a large section of material with a small end mill will often take longer than using a larger end mill for the roughing passes followed by a smaller end mill for the finishing passes. Long cutting time can be reduced by using a larger end mill or choosing faster cut time over quality in the software's Job Configurator.

Material

Most soft materials are safe to cut in the Roland MDX-40A. Metal, no matter how soft it may seem, cannot be cut by the Roland MDX-40A.

The following are some of the materials that can and cannot be cut in the Roland MDX-40A:

Allowed Materials:

  • Woods
  • Foams
  • Plastics
  • Composites

Restricted Materials:

  • Metal
  • Carbon Fiber

A more exhaustive list will be provided in MAKE 302. If you arenotsure about whether your material can be cut in the CNC machine, do some research first and then consult with the MME clinic team.

File Formats

SRP software accepts modelsin .STL, .Rhino, and .DXF file formats. If you wish to save the output, the output files are saved in a .SRJ file.

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