Home » Misc » 3D printing jobs canada

3D printing jobs canada


181 3d Printing jobs in Canada (10 new)

Skip to main content

  • Past 24 hours (10)

    Past Week (46)

    Past Month (133)

    Any Time (181)

  • AON3D (3)

    Elephant Play (3)

    TuxMat Inc. (1)

    Teknion (1)

    Matchfield (1)

  • $40,000+ (39)

    $60,000+ (20)

    $80,000+ (4)

    $100,000+ (1)

  • Vancouver, BC (13)

    Montreal, QC (12)

    Toronto, ON (9)

    Mississauga, ON (9)

    Québec, QC (3)

  • Full-time (157)

    Part-time (3)

    Contract (6)

    Temporary (3)

    Internship (10)

  • Internship (29)

    Entry level (79)

    Associate (15)

    Mid-Senior level (40)

    Director (1)

  • On-site (157)

    Hybrid (22)

    Remote (2)

Get notified about new 3d Printing jobs in Canada.

Sign in to create job alert

You've viewed all jobs for this search

All 3d printing jobs in ontario canada

Equispheres Inc

 — 

Ottawa, ON

College diploma in mechanical (technician or technologist) is also an asset. Equispheres provides competitive pay and benefits and is proud to offer all of our…

$20 - $22 an hour

CANADORE COLLEGE

 — 

North Bay, ON

Demonstrate and enforce safe working habits and monitor students in the shop environment. Hands-on experience in advanced manufacturing processes including one…

Friction Fit Models

 — 

Toronto, ON

All aspects of precision model making, from jig making to laser cut file prep, 3d printing and file prep, assembly, some machine work, woodworking, workflow…

$16 - $23 an hour

Spectrum Manufacturing Inc.

 — 

Mississauga, ON

As part of our Engineering team, the *Electronics Design Engineer* is a key contributor to the research and development of conceptual ideas, architecture and…

Estimated:

$68,744 - $87,046 a year

Vuteq Canada Inc.

 — 

Woodstock, ON

Must have a valid driver’s license. Program support: studying DWI/SWC standards, working with team members to learn Vuteq Process Development program history,…

Estimated:

$62,455 - $79,082 a year

Equispheres Inc

 — 

Ottawa, ON

Equispheres provides competitive pay and benefits and is proud to offer all of our employees an opportunity to participate in our share options program.

$18 - $20 an hour

EDAC INC.

 — 

Markham, ON

Write engineering specifications, design specifications, plating specifications, and Quality Assurance/ test specifications as required,.

$70,000 - $85,000 a year

Glistco Ltd.

 — 

Thornhill, ON

Cleaning and post-processing parts after 3D-printing. Ensuring designs and technical drawings are up to spec. Familiarity with 3d Printing and related software …

$250 - $600 a week

Media Resources Inc

 — 

Oakville, ON

Read and interpret drawings, diagrams, work instructions, specifications, work orders and reports. Assemble electrical or electronic systems and/or support…

RockMass Technologies

 — 

Toronto, ON

College or university degree candidate within a mechanical, electrical engineering or similar degree. Prototype and test new mechanical engineering designs.

Estimated:

$51,648 - $65,398 a year

Microbonds Inc

 — 

Markham, ON

Technical aptitude & excellent hands-on skills, including: electrical, heating, machining, fixture build, heating, ventilation and air conditioning (HVAC),…

$18 - $35 an hour

Glistco Ltd.

 — 

Thornhill, ON

Presenting new project design drafts to senior staff. Take initiative to determine inefficiencies in current design and manufacturing systems.

$23 - $25 an hour

Mirmil Products

 — 

Campbellford, ON

Initiate, conduct and direct robotic programming activities and system communication tasks (controls, electrical, mechanical and project management) through to…

Estimated:

$76,595 - $96,986 a year

VueReal

 — 

Waterloo, ON

Customer shipment and test setup design, modification, and assembly. Iterate and test design approach for rapid prototyping and proof of concept.

Estimated:

$73,016 - $92,454 a year

State Window Corporation

 — 

Vaughan, ON

Benefits package including dental, medical, and paramedical benefits, prescription glasses and safety shoes reimbursement, 2 weeks-vacation, 6 personal days,…

Estimated:

$67,125 - $84,995 a year

Little Canada

 — 

Toronto, ON

Experience working with children and families. Monitor Animated World components and report technical feedback to Animations specialists for research and…

Estimated:

$65,672 - $83,155 a year

Feige Denture Clinics

 — 

Sarnia, ON

Must have understanding of dental implant and Ivocap systems, set ups, digital denture design utilizing scanning,3shape dental software and 3d printing.

$23 - $29 an hour

National Research Council Canada

 — 

Toronto, ON

Developing, leading, and managing research projects supporting NRC and CRAFT strategic priority aimed to develop new capacity that use deep learning and…

$57,220 - $161,754 a year

HeadSpin

 — 

Toronto, ON

University degree in mechanical/mechatronics engineering, robotics, physics or related fields. We are looking for candidates with hardware and electronics…

Estimated:

$80,714 - $102,201 a year

Safran Electronics & Defense Canada

 — 

Peterborough, ON

Participate in the development and documentation of Work instructions for NPI products, Legacy products, Legacy equipment, Special Processes and Future…

Estimated:

$49,670 - $62,893 a year

University of Toronto

 — 

Toronto, ON

Ability to design and implement the research program, and organize industrial meetings. Knowledge of the broad field of mechanical and materials engineering and…

Estimated:

$65,562 - $83,017 a year

Equispheres Inc

 — 

Ottawa, ON

College diploma in mechanical (technician or technologist) is also an asset. Equispheres provides competitive pay and benefits and is proud to offer all of our…

$20 - $22 an hour

Amico Accessories

 — 

Richmond Hill, ON

Create requirement documents, risk assessments, engineering drawings, manuals, instructions, test plans and other documentation as per product need.

Estimated:

$56,839 - $71,971 a year

RockMass Technologies

 — 

Toronto, ON

Eng with a Mechanical or Engineering Physics degree. You will be responsible from the beginning to the very end of the design of our newest product to market.

Estimated:

$60,300 - $76,353 a year

Holland Bloorview Kids Rehabilitation Hospital

 — 

Toronto, ON

Interaction with clients, families and staff of the program, and other program's staff throughout the organizations. Have strong technical skills (mechanical).

$15 an hour

Canada develops portable 3D skin printer

Canada develops portable 3D skin printer

installs it in the wound within two minutes. The study, led by student Navid Hakimi and led by Associate Professor Axel Günther, was published in the journal Lab on a Chip. nine0011

We have previously reported exciting developments in the ever-expanding field of 3D Bioprinting. Printed skin tissue is arguably one of the most promising applications of this technology, with a range of effective solutions for skin tissue regeneration.

However, current bioprinting equipment used in laboratories tends to be overly bulky and usually quite expensive and complex, limiting its use in clinical situations. nine0011

3D printer for UoT printers can provide a solution to these problems by offering a cheap and practical pocket-sized device for healing and healing wounds.

When a deep wound forms in the skin, all three layers of the skin—epidermis, dermis, and hypodermis—can be damaged. The currently preferred treatment is epidermopilar skin grafting, where a piece of healthy donor skin is grafted onto the superficial epidermis and part of the underlying dermis. nine0011

Feature of portable 3D printer

The portable 3D printer weighing less than 1 kg, resembling a marking label gun in appearance and function, will cope with the task in about two minutes. The exact time of the operation will depend on the size of the damage to the skin.

The device does not require a sample of the patient's epidermis, since Canadian specialists use the so-called "bio-ink" to form tissue layers. This material enters the skin in the form of strips similar to adhesive plaster, but differing from it in viscosity due to the presence of alginic acid in the composition. Artificial skin is based on living cells together with collagen and fibrin. nine0011

Scientists believe that their printer is a platform that can overcome these barriers, improve the healing process of the skin. A pocket skin printer is similar to a toilet paper dispenser, only instead of a roll it has a microdevice that forms sheets of tissue. Vertical streaks of "bio-ink", made up of proteinaceous biomaterials like collagen and fibrin, collectively form each layer of skin. The printer is highly portable and promises to be adaptable to each patient and wound characteristics. nine0011

Small, about the size of a shoebox, weighs less than a kilogram and requires minimal operator skills. Scientists hope that one day they will be able to begin human clinical trials and revolutionize the traditional approach to treating burns.

BioPrint workshop was held at ITMO

Leading scientists from Canada, Germany, China and the USA told students about the prospects for using bioprinting. The students were also able to practice using a 3D printer to create wound healing dressings. Details in the material ITMO.NEWS. nine0004

A 3D printer today can quickly and cheaply print almost anything, from a small toy to a span of a bridge. However, the possibilities of this technology are not limited to the creation of rigid structures. Printing with biological or biocompatible materials is gaining more and more attention. For example, with the help of such technologies, scientists managed to print the human heart in miniature for the first time.

Last year ITMO University's Chemical and Biological Cluster won a mega-grant for the development of bioprinting technology in St. Petersburg in partnership with one of the leading scientists in this field, a professor at the University of Toronto Evgenia Kumacheva .

Work within the framework of this project involves not only joint research, the creation of a laboratory, but also the organization of seminars, conferences that will allow students and young scientists to learn more about the creation of new materials. One such event was BioPrint, a large-scale two-day workshop during which the world's leading scientists from four countries shared their knowledge with students.

« We have developed a format that includes five lectures and a laboratory workshop on bioprinting , - says one of the organizers of the workshop, Dean of the Faculty of Biotechnology Mikhail Kurushkin . – As a result, we were able to gather experts, whose average Hirsch index was 59, top scientists from around the world . ”

Mikhail Kurushkin

The workshop took place over two days. Throughout this time, students and young scientists could listen to lectures by leading scientists in their field who work in the USA, Germany, China, and Canada. nine0011

« Sergey Sheiko (University of North Carolina at Chapel Hill) talked about the design of inks for bioprinting, Zhi Hong Nie (Fudan University) — about types of interaction in a colloidal solution between ink particles , — explains the local chairman of the event, Sofya Morozova , Researcher at the Chemical and Biological Cluster at ITMO University . - They made up a block devoted to what properties can be set to the system by varying the structure of polymers. Other lectures were devoted directly to the application. Thus, Michael Gelinski (Technical University Dresden) talked about bioprinting for applications in space ".

Sofya Morozova

The final lecture of the workshop was given by Evgeniya Kumacheva , Supervisor of Megagrant .

« I'm speaking at BioPrint to highlight the latest advances in 3D printing as well as the latest advances in polymer materials and nanoscience. It is important to highlight the interdisciplinary nature of research,” she explains. — I wanted to present new concepts in the development of inks for 3D printing and biological applications of printed materials in my speech. I have a good experience with BioPrint. Scientific research is slower than I expected, but given the current epidemiological situation, we are moving in the right direction ".

Evgenia Kumacheva. Source: wikipedia.org

Lectures were held via Zoom due to the epidemiological situation. However, one could listen to them not only at home, but also while at ITMO University. This opportunity was used not only by students of the first non-classical university, but also by students from other universities in St. Petersburg, who were interested in the event.

« The lectures were consecutive and one could listen to everything, there were no technical problems. In total we have registered 109people , - says the main organizer of the workshop, a student of BioTech at ITMO University Alexandra Ignatenkova . - At peak moments, about 40 people listened online, up to 15 were present in the audience.

BioPrint Workshop

« The event was very successful, covering many interesting topics, from ink constituents to shape-shifting polymers; from biomaterials for 3D/4D printing to medical elastomers , — shared his impressions Zhi Hong Nie . — The audience actively participated in the seminar. The workshop itself turned out to be timely and exciting. It allowed students and scientists to exchange ideas and explore the latest developments in our » field.

The central event of the second day was a laboratory workshop for students, during which they could try with their own hands the technologies that leading scientists talked about in their lectures. About 60 participants gathered for it. The workshop was held on the basis of the SCAMT Institute. nine0011

BioPrint Workshop

The workshop consisted of four stages. The first one was devoted to the theory of direct work with 3D bioprinting. As a result, the participants passed an online test. Those who scored the best result received prizes from the organizers. Further, students could get to know ink more closely, learn more about their properties, including such an important one as thixotropy.

“ 3D printing ink must have thixotropic properties ,” explains Sofya Morozova. - nine0062 That is, at a low load, they should demonstrate the behavior of a solid body, and at a large load, the properties of a liquid. Such systems surround us everywhere - ketchup and mayonnaise are examples. If we shake the bottle, they will pour out, but they still hold their shape if we scoop them up with French fries.”

BioPrint Workshop

Next, the students were shown how to work with the software that sets the pattern for printing biomaterials.

Learn more