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Cpp 3d printing


About the Spaces


The mission of the Cal Poly Pomona Student Innovation Idea Labs (SIIL) is to create and maintain an ecosystem to foster creativity, innovation and entrepreneurship.

iLab


The iLab is the home base for the university’s makerspaces as well as the main office for SIIL. At the iLab, students can:

  • Learn how to develop their ideas into prototypes
  • Receive training on how to start their own business
  • Attend workshops and seminars to learn how to use different types of equipment or spark the ideation and innovation process
  • Utilize the 3D printers to create their own models
  • Create button badges or their own designs to press onto shirts and hats

Location: Bldg. 1, Room 113
Hours: Monday - Friday 9:00am - 5:00pm
Phone: (909) 869-3741
Email: siil@cpp. edu
Website: https://www.cpp.edu/ilab/

Maker Studio


The Maker Studio is a collaborative project between the University Library, the Student Innovation Idea Labs, and faculty members across the university. This makerspace serves all Cal Poly Pomona students, and provides easy access to resources and a creative space for students in pursuit of innovation regardless of major or college. In this space, you can find equipment such as:

  • 3D Printers
  • Laser Cutter
  • Sewing Machine
  • Letterpress
  • Vinyl Cutter
  • ...and more!

Location: University Library, 2nd Floor
Hours: Monday - Friday 9:00am - 5:00pm
Website: https://www.cpp.edu/makerstudio/

Innovation Orchard


The Innovation Orchard is a a design and fabrication hub serving Cal Poly Pomona and the Pomona Unified School District (PUSD). Located at Ganesha High School in the city of Pomona, the Innovation Orchard provides student project teams with the resources they need to elevate their ideas to the next level. This space provides:

  • An open-space environment for teams to share ideas, energy, and collaborative power
  • Amenities invaluable to a business during its growth such as mentorship, a conference room, and general office space
  • Equipment for prototyping and product creation
  • Tools for cutting, shaping, and additive processes

Location: Ganesha High School
Hours: Monday 6:30pm - 10:00pm, Tuesday & Thursday 5:00pm - 10:00pm
Website: https://www.cpp.edu/io/

3801 West Temple Avenue, Pomona, CA 91768

©2021 California State Polytechnic University, Pomona

All Rights Reserved

Equipment Training

Due to the pandemic, all in-person workshops are canceled until the campus is re-opened.

 

Sign up for our newsletter to be notified about virtual workshops or opportunities for when campus reopens.

  • About the Workshops
  • 3D Printing
  • Animation
  • Laser Cutting
  • Letterpress
  • Sewing & Embroidery
  • Yellow Wood Room
  • Red Wood Room

Equipment Training


Would you like to hold a physical copy of your designs? Well, look no further! Along with a workshop to teach you everything you need to know, the iLab and Maker Studio both provide free 3D printing for students.

Register for one of our 3D printing workshops to get certified and learn how to create tangible versions of your own designs!


iLab

Location:
iLab - CLA Bldg. 98, Room 6-06

Time:
Tuesday (5:30pm - 7:00pm)
Friday (1:00pm - 3:00pm)

Instructor:
Kevin Strawn (Tuesday) &
Tucker Dunbar (Thursday)

Register

Learn More

Maker Studio

Location:
Library, 2nd Floor

Time:
Thursday (4:00pm - 6:00pm)
 

Instructor:
Kevin Strawn
 

Register

Office Hours

Instructor:
Tucker Dunbar

Location:
iLab - CLA Bldg. 98, Room 6-06

Time:
Monday (1:30pm - 5:00pm)



Location

Maker Studio - Library, 2nd Floor

Time

Friday (1:00pm - 2:00pm)

Instructor

Victor Lin

Register


In this workshop, you can learn to create frame-by-frame digital animations using software such as Pencil2D and Blender. Eventually, you be able to draw anything in any way, shape, form, and position!

Currently in the works, but look forward to 3D animations like Operation Barbershop, Despicable Me, Secret Life of Pets, Boss Baby, KungFu Panda, Spies in Disguise, and Sonic the Hedgehog.


A laser cutter is a machine that utilizes a high-power laser to cut precise designs from a given material using a CAD file as a guide. It has been used in industrial manufacturing of cars, aircrafts, ships, robots, and much more- and it isn't limited to only machine components. Laser cutting can also be used in art, sculpturing, and many other applications.

Want to try it yourself?
Register for the workshop at the Maker Studio or Innovation Orchard today!

Maker Studio

Location:
Maker Studio - Library, 2nd Floor

 

Time:
Fridays (2:00pm - 2:30pm & 2:30pm - 3:00pm)

Register

Innovation Orchard

Location:
Innovation Orchard - Ganesha High School
1151 Fairplex Dr
Pomona, CA 91768

Time:
Wednesday (3:00pm - 4:00pm)

Register

Learn More


Location

Maker Studio - Library, 2nd Floor

Time

February 6, March 5, April 9, May 7
9:00am - 11:00am

Instructor

Kate Ozment

Register


Letterpress printing allows you to create beautiful designs by applying ink to a raised surface in the shape of text or an image and then transferring it onto another medium, similarly to a stamp. This tactile and visual form of design is perfect for creating artwork, decorating envelopes or other stationary, embossing or debossing, and much more!

There are many intricacies to using the letterpress, but we can make it much easier for you with guidance and tips. Register for the workshop and learn how to use the letterpress at the Maker Studio!


Location

Maker Studio - Library, 2nd Floor

Time

Monday (2:00pm - 4:00pm)
Tuesday (4:00pm - 6:00pm)

Instructor

Rhys Rygg

Register


Come and learn how to use the sewing and embroidery machine at the Maker Studio!

You will learn how to:

  • Switch out thread/colors
  • Spool a bobbin
  • Change the presser feet
  • Prepare fabric for embroidery
  • Identify important machine components
  • Troubleshoot any problems

Location

Innovation Orchard - Ganesha High School
1151 Fairplex Dr
Pomona, CA 91768

Register


At the IO, we provide you with many tools to help you build your projects. Not sure which ones to use or how to use them? Not a problem! Attend the Yellow Wood Room Workshop and learn how to use all of the following tools safely and efficiently:

  • Jig Saw
  • Belt Sander
  • Drill Press

After completing the workshop and obtaining the Yellow Card Certification, you also have the option to learn any of these tools as well:

  • Scroll Saw
  • Sawzall
  • Bench Grinder
  • Planer

*NOTE: You must inform an IO technician each time you operate any of these tools.


Location

Innovation Orchard - Ganesha High School
1151 Fairplex Dr
Pomona, CA 91768

Register


Some projects may require more heavy-handed equipment with exposed blades or other hazards, and at the IO, safety is a top priority. At the Red Wood Room Workshop, you can learn to use the following tools safely:

  • Miter Saw
  • Band Saw
  • Circular Saw

After completing the workshop and obtaining the Red Card Certification, you also have the option to learn any of these tools as well:

  • Mini Lathe
  • Wood Turning Machine
  • Angle Grinder
  • Router Table

*NOTE: You must inform an IO technician each time you operate any of these tools.

OBJ file Keychain C++・3D printer model for download・Cults

Keychain Python

1.77 €

Keychain with Ruby programming language

1. 80 €

Key ring with programming language R

1.78 €

Keychain with React 9 programming language0004

1.78 €

Ultimate Programming Keychain Bundle (11 languages)

8.87 €

Python trophy

2.66 €

Javascript keychain

1.78 €

Keychain with programming language React

1.78 €

nine0003 Keychain "Sao Paulo"

1.78 €

Keychain Le fabuleux destin d'Amélie Poulain

1.78 €

Keychain Python

1.77 €

Keychain Atlético Mineiro

1. 78 €

Best Files for 3D Printers in the Art Category

nine0003 Folding snowman

3.56 €

Deactivated

Leopard Gecko

2.35 €

Melting Gold Skull Sculpt from Black Sail Season 4

Free

Deactivated

nine0003 TIGER FACE

2.66 €

Sally

5 €

Art category bestsellers

Stitch Love (easy printing without support)

1,50 €

CHRISTMAS TREE WITH LEGS

2,89 €

Cute Flexi Skeleton

2. 77 €

Winter Dragon

3.76 €

☃️ Monster Snowman - XMAS TREE ORNAMENT☃️

2,50 €

Triceratops on flexi printer

2,77 €

Biting dragon

3 €

Articulated Python Snake Toy, imprinted body, snap head, cute flexi

3.71 €

Baby Crystalwing, Cinderwing3D, articulating Flexi Wiggle Pet, print on site, fantasy

3,76 €

Flexi PRINT-IN-PLACE Hand

1,83 €

Cute T-Rex dinosaur with flexi print

2,77 €

Cute circus baby elephant with flexi print

2.77 €

Cute elf with flexi print

1. 83 €

Adorable articulated axolotl, imprinted body, snap head, cute flexi

3,27 €

Flexi print-in-place Phoenix

3.71 €

Bearded Dragon Articulated Toy, Imprinted Body, Snap Head, Cute Flexi

3.27 €

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creating and preserving art with 3D printing

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Factum Arte specializes in the conservation of cultural artifacts using new technologies, including several additive manufacturing methods. The company was founded in 2001 by artists Adam Low, Manuel Frankelo and Fernando Garcia-Gereta and now has offices in Madrid, Milan and London. Using high-definition non-contact 3D scanners, Factum Arte was able to capture several endangered sites and sites of cultural significance. These scanned images are then used to model and subsequently print replicas using various 3D technologies. 3D printing technology has allowed Factum Arte to reproduce works so faithful to the originals that critics have accused them of forgery. nine0006

Although Factum Arte has attracted the most attention for its 3D printed reproductions, they have worked on a number of well-known original projects, many of which are also based on 3D technology, with renowned artists such as Anish Kapoor and Grayson Perry. Factum Arte uses several different 3D printing technologies in its work, including stereolithography (SLA), plastic filament fusing (FFF), selective laser sintering (SLS), cement printing and Canon Production Printing advanced printing technology. nine0006

Factum Arte assembles 3D printed parts for a reproduction of the Borgherini Chapel by Michelangelo and Sebastiano in London (Source: Factum Arte)

Fused Filament Filament Fabrication (FFF) Fabrication Factementation

(FFF), better known as Fused Deposition Modeling (FDM), to create lower resolution preliminary models, shapes, and mechanical parts such as component housings. The workshops are equipped with their own FFF machines with assembly volumes up to 500 mm3, which allow the production of 3D models as a whole or in parts that are later connected to create the final larger shape. nine0006

Stereolithography (SLA)

At Factum Arte, stereolithography (SLA) is the most common type of 3D printing. SLA is used to produce a number of parts. While small pre-models are made in-house, larger parts are only prepared in the workshop and then shipped to an external manufacturer such as Materialise. With SLA machines, it is possible to print larger objects than with other additive manufacturing methods, while maintaining a high quality of surface resolution. High-quality surface resolution is especially important when producing highly detailed small-scale models. nine0006

Factum Arte used SLA to create a rematerialization of an engraving by Gianbattista Piranesi on an Isis tripod (left). The tripod was first modeled (center) and then prototyped by Materialize using an SLA printer. Intricate details were added to the prototype by hand and then it was used to create a silicon mold for the tripod. The last work was shown at an exhibition in 2010 (right).

Credit: Factum Arte. nine0006

Selective Laser Sintering (SLS)

Factum Arte uses Selective Laser Sintering (SLS) for the production of end-use parts because SLS parts are generally more stable and UV resistant than those produced with other technologies 3D printing. For this reason, SLS is also used for the production of mechanical components, both for prototyping and for end use.

In 2018, Factum Arte collaborated with London-based artist Shezad Dawood to create a statue inspired by a Hellenic piece from the Barakat collection called Becoming a Virtual Octopus. Irene Gaume of Factum Arte prepared a 3D model which was subsequently additively fabricated on an SLS printer, cast in composite resin and then coated with polychromatic paint 9Factum Arte surface texture, such as paintings and other "2.5D" objects. While they work in a similar way to flatbed printers used to print 2D images, CPP printers actually apply multiple layers of ink to a surface, creating high-resolution 3D surfaces. The photographs below show the advanced CPP printing technology used to create a facsimile of Rembrandt's portrait of an old man. nine0006

The reconstruction of the portrait of old Rembrandt using sublime printing (Source: Oscar Parasieya, Factum Foundation and Canon Production Printing)

Working with Anim Kapor Created a form of creating forms, FACTUM - A cement printer capable of printing directly from CAD files. In 2009, the first sculptures were created in this technique, which were later exhibited at the London Royal Academy. The idea behind this project was to use the living properties of various cement mixtures to combine intent and chance. nine0006

Left: sculptures printed with a cement printer (Source: Factum Arte). Right: Exhibited sculptures (Source: Anish Kapoor)

Source

Tags:

Factum Arte, additive manufacturing methods, 3D scanner, 3D technology, 3D printing, stereolithography, SLA, plastic filament fusing, FFF, selective laser sintering, SLS, 3D model, SLS printer, composite resin, additive manufacturing

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