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$20 USD / hour
Flag of CANADA
port alice, canada
$20 USD / hour
It's currently 9:10 AM here
Joined November 27, 2013
0 Recommendations

Chris H.

@chrishalliday

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$20 USD / hour
Flag of CANADA
port alice, canada
$20 USD / hour
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3D Printing & Design - Ideas, Products, Prototypes

Hi, My name is Chris and I am skilled in 3D printing and product development in all stages. We can work together on your Idea(s) and turn them into final products or prototypes. I like to focus on your needs and pay close attention to your end goals. I can work on new products & designs to adjustments and refinements of current products or designs. Your products, prototypes, and designs can be produced in FDM, SLA, SLS & Direct Metal to suit your needs. I am very accessible and easy to speak to with a strong attention to detail. Let's chat about your next project.
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Portfolio

3840671
3D Printed Brake Caliper
3840663
This 3D printing project focused on an Automotive Alternator and was produced with Selective Laser Sintering (SLS) 3D printing technology. This design covers all pieces of an automotive alternator and can be completely disassembled to see the inner workings. Along with the physical model of the alternator, an educational document of 37 pages was produced to accompany this model for educational use for children from grades 9 through 12 as well as higher education.
Automotive Alternator - 3D Print For Education
This 3D printing project focused on an Automotive Alternator and was produced with Selective Laser Sintering (SLS) 3D printing technology. This design covers all pieces of an automotive alternator and can be completely disassembled to see the inner workings. Along with the physical model of the alternator, an educational document of 37 pages was produced to accompany this model for educational use for children from grades 9 through 12 as well as higher education.
Automotive Alternator - 3D Print For Education
This 3D printing project focused on an Automotive Alternator and was produced with Selective Laser Sintering (SLS) 3D printing technology. This design covers all pieces of an automotive alternator and can be completely disassembled to see the inner workings. Along with the physical model of the alternator, an educational document of 37 pages was produced to accompany this model for educational use for children from grades 9 through 12 as well as higher education.
Automotive Alternator - 3D Print For Education
This 3D printing project focused on an Automotive Alternator and was produced with Selective Laser Sintering (SLS) 3D printing technology. This design covers all pieces of an automotive alternator and can be completely disassembled to see the inner workings. Along with the physical model of the alternator, an educational document of 37 pages was produced to accompany this model for educational use for children from grades 9 through 12 as well as higher education.
Automotive Alternator - 3D Print For Education
This 3D printing project focused on an Automotive Alternator and was produced with Selective Laser Sintering (SLS) 3D printing technology. This design covers all pieces of an automotive alternator and can be completely disassembled to see the inner workings. Along with the physical model of the alternator, an educational document of 37 pages was produced to accompany this model for educational use for children from grades 9 through 12 as well as higher education.
Automotive Alternator - 3D Print For Education
This 3D printing project focused on an Automotive Alternator and was produced with Selective Laser Sintering (SLS) 3D printing technology. This design covers all pieces of an automotive alternator and can be completely disassembled to see the inner workings. Along with the physical model of the alternator, an educational document of 37 pages was produced to accompany this model for educational use for children from grades 9 through 12 as well as higher education.
Automotive Alternator - 3D Print For Education
This 3D printing project focused on an Automotive Alternator and was produced with Selective Laser Sintering (SLS) 3D printing technology. This design covers all pieces of an automotive alternator and can be completely disassembled to see the inner workings. Along with the physical model of the alternator, an educational document of 37 pages was produced to accompany this model for educational use for children from grades 9 through 12 as well as higher education.
Automotive Alternator - 3D Print For Education
3840660
This design was produced to showcase 3D printing and automotive learning to children from grades 8 to 12 and higher education. This model was designed to be a complete brake caliper representation and allows full hands-on learning and the ability to break down and rebuild the model
Brake Caliper - Educational & Printable
This design was produced to showcase 3D printing and automotive learning to children from grades 8 to 12 and higher education. This model was designed to be a complete brake caliper representation and allows full hands-on learning and the ability to break down and rebuild the model
Brake Caliper - Educational & Printable
This design was produced to showcase 3D printing and automotive learning to children from grades 8 to 12 and higher education. This model was designed to be a complete brake caliper representation and allows full hands-on learning and the ability to break down and rebuild the model
Brake Caliper - Educational & Printable
3840658
Section analysis for tolerance checks and fitment verification of an automotive alternator designed for 3d printing as a physical product to reference.
Section Analysis
3840657
This is an exploded view looking at the internal components of the Alternator and how they all fit into the front and back cases.
Exploded View - Alternator
3840534
Jig design. Taken from a concept and put into production through 3D Printing after design validation.
Jig Design & Render
3840671
3D Printed Brake Caliper
3840663
This 3D printing project focused on an Automotive Alternator and was produced with Selective Laser Sintering (SLS) 3D printing technology. This design covers all pieces of an automotive alternator and can be completely disassembled to see the inner workings. Along with the physical model of the alternator, an educational document of 37 pages was produced to accompany this model for educational use for children from grades 9 through 12 as well as higher education.
Automotive Alternator - 3D Print For Education
This 3D printing project focused on an Automotive Alternator and was produced with Selective Laser Sintering (SLS) 3D printing technology. This design covers all pieces of an automotive alternator and can be completely disassembled to see the inner workings. Along with the physical model of the alternator, an educational document of 37 pages was produced to accompany this model for educational use for children from grades 9 through 12 as well as higher education.
Automotive Alternator - 3D Print For Education
This 3D printing project focused on an Automotive Alternator and was produced with Selective Laser Sintering (SLS) 3D printing technology. This design covers all pieces of an automotive alternator and can be completely disassembled to see the inner workings. Along with the physical model of the alternator, an educational document of 37 pages was produced to accompany this model for educational use for children from grades 9 through 12 as well as higher education.
Automotive Alternator - 3D Print For Education
This 3D printing project focused on an Automotive Alternator and was produced with Selective Laser Sintering (SLS) 3D printing technology. This design covers all pieces of an automotive alternator and can be completely disassembled to see the inner workings. Along with the physical model of the alternator, an educational document of 37 pages was produced to accompany this model for educational use for children from grades 9 through 12 as well as higher education.
Automotive Alternator - 3D Print For Education
This 3D printing project focused on an Automotive Alternator and was produced with Selective Laser Sintering (SLS) 3D printing technology. This design covers all pieces of an automotive alternator and can be completely disassembled to see the inner workings. Along with the physical model of the alternator, an educational document of 37 pages was produced to accompany this model for educational use for children from grades 9 through 12 as well as higher education.
Automotive Alternator - 3D Print For Education
This 3D printing project focused on an Automotive Alternator and was produced with Selective Laser Sintering (SLS) 3D printing technology. This design covers all pieces of an automotive alternator and can be completely disassembled to see the inner workings. Along with the physical model of the alternator, an educational document of 37 pages was produced to accompany this model for educational use for children from grades 9 through 12 as well as higher education.
Automotive Alternator - 3D Print For Education
This 3D printing project focused on an Automotive Alternator and was produced with Selective Laser Sintering (SLS) 3D printing technology. This design covers all pieces of an automotive alternator and can be completely disassembled to see the inner workings. Along with the physical model of the alternator, an educational document of 37 pages was produced to accompany this model for educational use for children from grades 9 through 12 as well as higher education.
Automotive Alternator - 3D Print For Education
3840660
This design was produced to showcase 3D printing and automotive learning to children from grades 8 to 12 and higher education. This model was designed to be a complete brake caliper representation and allows full hands-on learning and the ability to break down and rebuild the model
Brake Caliper - Educational & Printable
This design was produced to showcase 3D printing and automotive learning to children from grades 8 to 12 and higher education. This model was designed to be a complete brake caliper representation and allows full hands-on learning and the ability to break down and rebuild the model
Brake Caliper - Educational & Printable
This design was produced to showcase 3D printing and automotive learning to children from grades 8 to 12 and higher education. This model was designed to be a complete brake caliper representation and allows full hands-on learning and the ability to break down and rebuild the model
Brake Caliper - Educational & Printable
3840658
Section analysis for tolerance checks and fitment verification of an automotive alternator designed for 3d printing as a physical product to reference.
Section Analysis
3840657
This is an exploded view looking at the internal components of the Alternator and how they all fit into the front and back cases.
Exploded View - Alternator
3840534
Jig design. Taken from a concept and put into production through 3D Printing after design validation.
Jig Design & Render

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Experience

Pinshape Ambassador

Pinshape
Nov 2015 - Present
Helping Pinshape with website functionality and bug reporting. Suggestions for website improvements and general forum moderation.

Education

Dogwood Diploma

Canada 2001 - 2004
(3 years)

Publications

Reverse Engineering for 3D Printing

Pinshape.com
This publication covers most aspects related to Reverse Engineering for 3D Printing. How to take a current product and turn it into a three-dimensional print.

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Certifications

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Top Skills

Photoshop
CAD/CAM
Manufacturing
3D Rendering
PDF

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