![Dilated Aortic Root3D TEE. SLA Print](https://apil.ca/wp-content/uploads/elementor/thumbs/aorta_2.resized-pdo5xn4mml06bnsqe0ozxc62n3k8tpb25phz1ep03c.jpeg)
Dilated Aortic Root
3D TEE. SLA Print
![Cardiac Tumor Surgical Planning Model
Cardiac CT. FDM+SLA print
“With the 3D model, we could figure out how to dismantle the tumour like a jigsaw puzzle before we even went into operation.”
- Dr. Shaf Keshavjee](https://apil.ca/wp-content/uploads/elementor/thumbs/TF1_1121A-XL-500x500-1-pdm9ddrm9855a330allzxp0il7avalhhsye6uwep4o.jpg)
Cardiac Tumor Surgical Planning Model
Cardiac CT. FDM+SLA print
“With the 3D model, we could figure out how to dismantle the tumour like a jigsaw puzzle before we even went into operation.”
- Dr. Shaf Keshavjee
![Augmented Reality (AR)projection of heart and ribcage on echocardiography phantom.
Cardiac CT.](https://apil.ca/wp-content/uploads/elementor/thumbs/TEE-Phantom-AR2-e1633895848368-pedhzibj1m3c7orwo4zqzbqqtvm3okhbe9b3yxld4o.jpg)
Augmented Reality (AR)
projection of heart and ribcage on echocardiography phantom.
Cardiac CT.
![Toronto Heart Atlas
Complex TGA; Situs inversus; Dextrocardia. Post insertion of RV to PA conduit. Cardiac CT. FDM Print.](https://apil.ca/wp-content/uploads/elementor/thumbs/Heart-Annotation-cropped-pdn69f4r89022z7acenqswngyfbvcu18led1qstn7c.jpg)
Toronto Heart Atlas
Complex TGA; Situs inversus; Dextrocardia. Post insertion of RV to PA conduit.
Cardiac CT. FDM Print.
![Echocardiography phantom
CT data. FDM printed positives, Silicone molds; Gel wax and ballistic gel casts with graphite. Lasercut case.](https://apil.ca/wp-content/uploads/elementor/thumbs/DSC_2868.resized-pdmi6lcungdpcobf07shw5bjjdt5xdsh30469k2raw.jpg)
Echocardiography phantom
CT data. FDM printed positives, Silicone molds; Gel wax and ballistic gel casts with graphite. Lasercut case.
![Small-scale production printer cluster (Prusa MK3) with continuous process monitoring.](https://apil.ca/wp-content/uploads/elementor/thumbs/image1-e1632593984914-pdn9rthg9815b9ln9jkolidwoqbrfkttn0ilzbeshk.png)
Small-scale production printer cluster (Prusa MK3) with continuous process monitoring.
![Stop-Gap N95 Respirator:
Reusable device, developed, tested and manufacturable at small scale at APIL
CAD. FDM, SLA, Polyjet printing. Silicone cast. HME filters.](https://apil.ca/wp-content/uploads/elementor/thumbs/Mask-Production-and-components.resized-pdn8rmp54uhqbq60kwfrln51cop1335unwbmtt2g1k.png)
Stop-Gap N95 Respirator:
Reusable device, developed, tested and manufacturable at small scale at APIL
CAD. FDM, SLA, Polyjet printing. Silicone cast. HME filters.
![NIOSH standard headformfor respirator testing
FDM print. Silicone casting.](https://apil.ca/wp-content/uploads/elementor/thumbs/index-pdn8kjyvoqt0xeg0wcbvbxf4d9kk542lcvj1rtk4vs.jpeg)
NIOSH standard headform
for respirator testing
FDM print. Silicone casting.
![Complex Mold for casting NIOSH standard headform for respirator testing](https://apil.ca/wp-content/uploads/elementor/thumbs/WhatsApp-Image-2021-07-30-at-3.55.35-PM-e1632637575858-pdo5dyebhi1z5oe7cicapb0iqklhlx5g49lv6rvuew.jpeg)
Complex Mold for casting NIOSH standard headform for respirator testing
![Toronto Heart AtlasCardiac CT + 3D TEE. Interactive renderings.](https://apil.ca/wp-content/uploads/elementor/thumbs/Models1-1-e1568607731394-odu5wf40m0eo0igawgaylnaq605dexjgnxub7ac914.png)
Toronto Heart Atlas
Cardiac CT + 3D TEE. Interactive renderings.
![FOCUS Heart Modelsshowing standard imaging planes for FOCUS TTE
Cardiac CT. FDM Print. Magnets](https://apil.ca/wp-content/uploads/elementor/thumbs/50_scale_FOCUS_hearts_open-scaled-pdo5oshc9qvyzunl2oygy2kt9h6tcb61xwcdcltgoo.jpeg)
FOCUS Heart Models
showing standard imaging planes for FOCUS TTE
Cardiac CT. FDM Print. Magnets
![Production series of 1000 FOCUS heart modelsCardiac CT. FDM Print. Magnets](https://apil.ca/wp-content/uploads/elementor/thumbs/heart_fleet-scaled-pdo5omub4qo926vrzmipj401p5ym24jnx4fggy1tq0.jpg)
Production series of 1000 FOCUS heart models
Cardiac CT. FDM Print. Magnets
![4-axis robotic arm
FDM print, Aluminum extrusions, Arduino electronics. Stepper motors.](https://apil.ca/wp-content/uploads/elementor/thumbs/IMG-20200207-WA0000-pdouqg5y3j6txyy30xu191hn4j15zzoqwouz0yx60o.jpg)
4-axis robotic arm
FDM print, Aluminum extrusions, Arduino electronics. Stepper motors.
![Normal aortic root
3D TEE. SLA print.](https://apil.ca/wp-content/uploads/elementor/thumbs/figure-3-mz21nei2xo2exp7wdzl8qd5a2zjxf8xkxoc4kbm20o.jpg)
Normal aortic root
3D TEE. SLA print.
![Mitral valve annulus model3D TEE data.](https://apil.ca/wp-content/uploads/elementor/thumbs/Screenshot-from-2019-09-17-01-56-58-odw0unvn5hukgjftrskxoxi29qd5ul1gdjd70ync1k.png)
Mitral valve annulus model
3D TEE data.
![Stop-Gap N95 Respirator:
Reusable device, developed, tested and manufacturable at small scale at APIL
CAD. FDM, SLA, Polyjet printing. Silicone cast. HME filters.](https://apil.ca/wp-content/uploads/elementor/thumbs/IMG-20200531-WA0016-pdn8kj11hwrqlshe1tx8rfnnrvp6xeyv0qvkajlj20.jpg)
Stop-Gap N95 Respirator:
Reusable device, developed, tested and manufacturable at small scale at APIL
CAD. FDM, SLA, Polyjet printing. Silicone cast. HME filters.
![Ultrasound-guided subclavian central venous access task trainer
CT data. FDM printing. Silicone and gel casting. Lasercut case.](https://apil.ca/wp-content/uploads/elementor/thumbs/IMG-20190910-WA0009-pdmin68d792s528f6vsldgp8r238p6m112di09hrjs.jpg)
Ultrasound-guided subclavian central venous access task trainer
CT data. FDM printing. Silicone and gel casting. Lasercut case.
![6-axis Robotic Arm](https://apil.ca/wp-content/uploads/elementor/thumbs/IMG-20190228-WA0001-pdouowpgwb2wwz6n0rv1nxhg2smidukl12dbpn7e7s.jpg)
6-axis Robotic Arm
![FOCUS Heart Modelsshowing standard imaging planes for FOCUS TTE
Cardiac CT. FDM Print. Magnets](https://apil.ca/wp-content/uploads/elementor/thumbs/DSC_1641.resized-e1568607851798-odu5zjwne4p2ppwglt26wuu1g8pf2lz93g4kshp0ag.png)
FOCUS Heart Models
showing standard imaging planes for FOCUS TTE
Cardiac CT. FDM Print. Magnets
![3D Printed Educational ModelsFDM+SLA Print](https://apil.ca/wp-content/uploads/elementor/thumbs/apil_models-scaled-e1632637782907-pdo5jcyws7gbwyjkscg2jfwxpbygv9lvv0ndj1vcmw.jpeg)
FDM+SLA Print
![Complex Mediastinal Tumor](https://apil.ca/wp-content/uploads/elementor/thumbs/Cardiac-Tumor-2-2-pdm98f6a6pco06af9gevry2xpzr4o3shsefxobrhyw.png)
Cardiac Tumor Surgical Planning Model
Cardiac CT. Interactive rendering. Sketchfab.
“With the 3D model, we could figure out how to dismantle the tumour like a jigsaw puzzle before we even went into operation.”
- Dr. Shaf Keshavjee
![Dilated aortic root3D TEE Data. SLA print.](https://apil.ca/wp-content/uploads/elementor/thumbs/dilated-aortic-mz1xq3fjiamlk2h5iwobw0un5o1g9by9i9obat4pfc.jpg)
Dilated aortic root
3D TEE Data. SLA print.
![FOCUS Heart Modelsshowing standard imaging planes for FOCUS TTE
Cardiac CT. FDM Print. Magnets](https://apil.ca/wp-content/uploads/elementor/thumbs/DSC_1643.resized-odthpliszkbfxvdbw19sle99v0bi9sfrlrs5apilko.png)
FOCUS Heart Models
showing standard imaging planes for FOCUS TTE
Cardiac CT. FDM Print. Magnets
![Human heart. Long-axis slice.
Cardiac CT. SLA Print.](https://apil.ca/wp-content/uploads/elementor/thumbs/Clear-Heart-Phantom-LAX-Slice-scaled-pdn6aho50ggtaznb3dbg54xdb81x4fa8ep3yf58i48.jpg)
Human heart. Long-axis slice.
Cardiac CT. SLA Print.
![Cardiacl tumor surgical planning model
Interactive rendering of 3D digital model. 3D Slicer. ITK-Snap.](https://apil.ca/wp-content/uploads/elementor/thumbs/Surgical-Planning-Model-e1568583712181-odtoha6isbwjujejxvavieia0586swum3weta67ago.png)
Cardiacl tumor surgical planning model
Interactive rendering of 3D digital model.
3D Slicer. ITK-Snap.
![Toronto Heart Atlascardiac tumor
Cardiac CT. Rendering on Sketchfab.](https://apil.ca/wp-content/uploads/elementor/thumbs/Cardiac-Tumor-3-4black-pdm98dalt1a3cyd5kflmmyk0j80e8pl1454ypruabc.png)
Toronto Heart Atlas
cardiac tumor
Cardiac CT. Rendering on Sketchfab.
![Procedural planning modelfor endovascular repair of baffle leak in patient with TGA..](https://apil.ca/wp-content/uploads/elementor/thumbs/Baffle-Leak-1-pdm989j91p4y2iim6dz4czi65oixdx63rmj0snzv08.png)
Procedural planning model
for endovascular repair of baffle leak in patient with TGA..
![FOCUS Heart Modelsshowing standard imaging planes for FOCUS TTE
Cardiac CT. FDM Print. Magnets](https://apil.ca/wp-content/uploads/elementor/thumbs/DSC_1647.resized-odthpd29a1zv1dpm9fm5gye4ijh7cii6klwrz7v54o.png)
FOCUS Heart Models
showing standard imaging planes for FOCUS TTE
Cardiac CT. FDM Print. Magnets
![Toronto Heart Atlas
Unrepaired Tetralogy of Fallot Cardiac CT. Interactive Rendering.](https://apil.ca/wp-content/uploads/elementor/thumbs/2018002RE-og1kn9n7z32qikw6gyn16fz1r1ymzocqt57bihgvy0.jpg)
Toronto Heart Atlas
Unrepaired Tetralogy of Fallot
Cardiac CT. Interactive Rendering.
![CAD Rendering
prototype ex-vivo heart perfusion experimental set-up](https://apil.ca/wp-content/uploads/elementor/thumbs/cropped-NRP-Enclosure-e1568604550224-pdlq6avdia3tb2wzpvkkq347mpjs1ty04fakn52vug.png)
CAD Rendering
prototype ex-vivo heart perfusion experimental set-up
![Spine models
for development of neuraxial anesthesia phantomCT. FDM Print.](https://apil.ca/wp-content/uploads/elementor/thumbs/Image-1-1-e1568608143694-odu676ditr4svuts33p94xkmwr4li88vh6mcxae1tk.jpg)
Spine models
for development of neuraxial anesthesia phantom
CT. FDM Print.
![Prototype Emergency Ventilator
Bag-valve-mask based emergency use-ventilator testing](https://apil.ca/wp-content/uploads/elementor/thumbs/BVMHALO2.1.resized-opx9zqurcb0wpzlk6hw73liih8pqx2jc22bs33brg8.jpg)
Prototype Emergency Ventilator
Bag-valve-mask based emergency use-ventilator testing
![Lung-isolation Training Phantom
CT. FDM print.](https://apil.ca/wp-content/uploads/elementor/thumbs/IMG_2044-odthk9rq9d0y5f3uzqdwgqn8oekmnjaivep3e9ewu0.jpg)
Lung-isolation Training Phantom
CT. FDM print.
![Cardiac Tumor Surgical Planning Model
Cardiac CT. Powder-bed print.
“With the 3D model, we could figure out how to dismantle the tumour like a jigsaw puzzle before we even went into operation.”
- Dr. Shaf Keshavjee](https://apil.ca/wp-content/uploads/elementor/thumbs/IMG-20191203-WA0002-pdouqlsz8jejvmpw409so02eou9da6b4xgrvwmoszc.jpg)
Cardiac Tumor Surgical Planning Model
Cardiac CT. Powder-bed print.
“With the 3D model, we could figure out how to dismantle the tumour like a jigsaw puzzle before we even went into operation.”
- Dr. Shaf Keshavjee
![Material testing for respiratory filters](https://apil.ca/wp-content/uploads/elementor/thumbs/IMG-20200413-WA0022-pdouq4vvtire2negusyif4c3zwkrfmfyv5159ndw3c.jpg)
Material testing for respiratory filters
![Dilated aortic root
3D TEE data. SLA Print.](https://apil.ca/wp-content/uploads/elementor/thumbs/DSC_2878.resized-pdo5xm6sfqyw01u3jiadcuem1povm07btkuhk4qe9k.jpg)
Dilated aortic root
3D TEE data. SLA Print.
![Echocardiography phantom
CT data. FDM printed positives, Silicone molds; Gel wax and ballistic gel casts with graphite. Lasercut case.](https://apil.ca/wp-content/uploads/elementor/thumbs/IMG-20190904-WA0001-pdoupgg2vttxosdytie7mai4jvx7vhqy3s2isge4l4.jpg)
Echocardiography phantom
CT data. FDM printed positives, Silicone molds; Gel wax and ballistic gel casts with graphite. Lasercut case.
![Echocardiography phantom
CT data. FDM printed positives, Silicone molds; Gel wax and ballistic gel casts with graphite. Lasercut case.](https://apil.ca/wp-content/uploads/elementor/thumbs/IMG-20190904-WA0005-pdoup0gtnn827f16ethjxwjagc3z8mzidkz9mr1tiw.jpg)
Echocardiography phantom
CT data. FDM printed positives, Silicone molds; Gel wax and ballistic gel casts with graphite. Lasercut case.
![Thoracic epidural insertionCT. Educational Animation.](https://apil.ca/wp-content/uploads/elementor/thumbs/IMG-20171119-WA0001-pdoupl59u00dau7522fcgrbfita1xz9lsfby6u75q0.jpg)
Thoracic epidural insertion
CT. Educational Animation.
![TEE simulator controllerUsing 2-button wheel-mouse simulates change of probe depth, omniplane angle and probe flexion.](https://apil.ca/wp-content/uploads/elementor/thumbs/IMG-20190614-WA0020-pdoup3ac85bx68x2ycpfndto8hq2vqapdyxq2kxn08.jpg)
TEE simulator controller
Using 2-button wheel-mouse simulates change of probe depth, omniplane angle and probe flexion.
![Normal Heart
Cardiac CT. Powder-based print. Artificial colours.](https://apil.ca/wp-content/uploads/elementor/thumbs/DSC_2874.resized-pdouob36j49bhy21j0imkkxuexl2gt6ra3d5oa3g6w.jpg)
Normal Heart
Cardiac CT. Powder-based print. Artificial colours.
![Planetary gear test printMulti-colour FDM print. All parts printed simultaneously. No assembly.](https://apil.ca/wp-content/uploads/elementor/thumbs/IMG-20181009-WA0004-scaled-pdoumqov52445cbyoc50ez66rtb1myyv2c80vof2k8.jpg)
Planetary gear test print
Multi-colour FDM print. All parts printed simultaneously. No assembly.
![Left Heart Blood PoolCardiac CT segmentation. ITK-Snap.](https://apil.ca/wp-content/uploads/elementor/thumbs/Screenshot-from-2019-02-08-06-59-29-pdoun1yxf2jk0nvkuh0j8wbpwfrg7c7n3w1umzychk.png)
Left Heart Blood Pool
Cardiac CT segmentation. ITK-Snap.
![Heart Base and Left Heart Blood Pool
Cardiac CT. Animated Rendering. 3D Slicer.](https://apil.ca/wp-content/uploads/elementor/thumbs/Screenshot-from-2019-02-08-05-17-29-pdoun11388i9p1wxzylwoek9b1w2zn3wrred5pzqns.png)
Heart Base and Left Heart Blood Pool
Cardiac CT. Animated Rendering. 3D Slicer.
![Aortic valve
Short axis view
3D TEE. Interactive Rendering. QLab.](https://apil.ca/wp-content/uploads/elementor/thumbs/3D-AV-Sax-pdoumx9qgwd4em2elwzeefiexiem4uozf8sf8m5bco.png)
Aortic valve
Short axis view
3D TEE. Interactive Rendering. QLab.
![Ultrasound-guided vascular access phantom
CAD. FDM printing. Gel casting. Lasercut case.](https://apil.ca/wp-content/uploads/elementor/thumbs/PICC_phantom_1-scaled-pdouofsdhafr3zv7rkjrf1r5duxwjapeyqml2nwhbs.jpg)
Ultrasound-guided vascular access phantom
CAD. FDM printing. Gel casting. Lasercut case.
![FDM 3D printer.](https://apil.ca/wp-content/uploads/elementor/thumbs/IMG-20170718-WA0000-pdoup7zj6bicsaq96wqkhumz7f2wy7td2m75gyqo54.jpg)
FDM 3D printer.
![Stop-Gap N95 Respirator:
Reusable device, developed, tested and manufacturable at small scale at APIL
CAD. FDM, SLA, Polyjet printing. Silicone cast. HME filters.](https://apil.ca/wp-content/uploads/elementor/thumbs/IMG-20200615-WA0005-pdoupnysei489o31lln868ltayw5l2ksstaemo2z7c.jpg)
Stop-Gap N95 Respirator:
Reusable device, developed, tested and manufacturable at small scale at APIL
CAD. FDM, SLA, Polyjet printing. Silicone cast. HME filters.
![Material testing for respiratory filters](https://apil.ca/wp-content/uploads/elementor/thumbs/IMG-20200413-WA0023-pdouq6rk76typvbqjtrrk3v16obhv0nfjec487b3qw.jpg)
Material testing for respiratory filters
![Stop-Gap N95 Respirator:
Reusable device, developed, tested and manufacturable at small scale at APIL
CAD. FDM, SLA, Polyjet printing. Silicone cast. HME filters.](https://apil.ca/wp-content/uploads/elementor/thumbs/IMG-20200531-WA0007-pdouq9l2roxtop7n3czn9l5eytxli3ymjsako16x88.jpg)
Stop-Gap N95 Respirator:
Reusable device, developed, tested and manufacturable at small scale at APIL
CAD. FDM, SLA, Polyjet printing. Silicone cast. HME filters.
![Aerosol-Reducing Non-invasive Ventilation Mask testing](https://apil.ca/wp-content/uploads/elementor/thumbs/IMG-20200403-WA0004-pdouqaiwyiz40b69xve9u2wvk7sypt2cvwy25b5j20.jpg)
Aerosol-Reducing Non-invasive Ventilation Mask testing
![NonIinvasive Ventilation Mask
Adapter prototype
CAD, SLA print.](https://apil.ca/wp-content/uploads/elementor/thumbs/IMG-20200421-WA0015-pdouqcelc71onj3jmw7iz2fsqzjp579tk6913v2qpk.jpg)
NonIinvasive Ventilation Mask
Adapter prototype
CAD, SLA print.
3D modeling, 3D Printing & Micro-manufacturing Lab
@ University Health Network
Bringing the power of 3D imaging, modeling & 3D printing technologies to the front-lines of healthcare, research & education.
Our programs include:
- Clinical 3D Printing & Related Services: modeling, printing and micro-manufacturing
- Educational Resources & Events
- Procedural Simulators & Phantoms: Open-source development and manufacturing of high fidelity, multi-modal simulators & task trainers tailored to curriculum objectives and plan.
- Medical Devices: Open-source development and evaluation of essential medical devices
- Research on applications of perioperative imaging & 3D technologies to improve outcomes and safety of medical procedures
![Surgical Planning Model Cardiacl tumor surgical planning model
Interactive rendering of 3D digital model. 3D Slicer. ITK-Snap.](https://apil.ca/wp-content/uploads/elementor/thumbs/Surgical-Planning-Model-e1568583712181-odtoha6gcmbomj3341kja8tjxgsxhef6cb8gzd8ueg.png)
3D Modeling
Creation of 3D digital models from mechanical parts, CAD files and medical imaging (CT, MRI, 3D Ultrasound).
![apil_models 3D Printed Educational ModelsFDM+SLA Print](https://apil.ca/wp-content/uploads/elementor/thumbs/apil_models-scaled-e1632637782907-pdo5jcyuchvgoy83yipqba87mnj7jr6g3fh188wwko.jpeg)
3D Printing
Rapid turn-around 3D printing services with a wide range of printing technologies and materials. For prototyping and small scale manufacturing. Automated process monitoring available.
![Virtual Reality Headset Virtual Reality Echocardiography Simulator](https://apil.ca/wp-content/uploads/elementor/thumbs/Josh-with-VR-headset-scaled-e1632589039510-pdn66ofmuxo2zwv6iw9ksxvciaf2l3pzg8oq1xxjag.jpg)
3D Visualization
Virtual & Augmented Reality (AR/VR), high resolution interactive renderings & animation.
![DSC_2868.resized Echocardiography phantom
CT data. FDM printed positives, Silicone molds; Gel wax and ballistic gel casts with graphite. Lasercut case.](https://apil.ca/wp-content/uploads/elementor/thumbs/DSC_2868.resized-pdmi6lcs7qsu4nzy6e25nzmtgpdwlvd1bextyr4b8o.jpg)
Simulation & Task Training
Development of high fidelity multi-modal simulators & task trainers based on medical imaging data, tailored to specific curriculum and educational objectives. Task trainers with tactile fidelity can be manufactured at low-cost to represent a wide range of normal and pathological variants based on real cases.
![Complex Mediastinal Tumor Complex Mediastinal Tumor](https://apil.ca/wp-content/uploads/elementor/thumbs/Cardiac-Tumor-2-2-pdm98f67qzrss5yyfmojjse7nbbvcld20t9ldit1wo.png)
Patient-Specific Surgical Planing Models
Creation of 3D models from medical imaging data to assist in planning surgical procedures. Models can be 3D printed or visualized in a variety of modalities such as on-screen rendering, animation, augmented reality (AR) and virtual reality (VR).
![NRP Enclosure NRP Enclosure](https://apil.ca/wp-content/uploads/elementor/thumbs/NRP-Enclosure-e1568604550224-odu3ld3cab4owws0284djy4qgn3iy8dv59gfbaj4rs.png)
Part Design & Micro-Manufacturing
Design, prototyping & manufacturing of custom labware, mechanical parts, medical devices using a variety of techniques and materials: 3D printing (thermoplastics, photopolymers, powder and others), Laser cutting, Casting (plastics, silicones and gels), Circuit printing, electronic prototyping & mechatronics.
Project Gallery
![Toronto Heart Atlas
Complex TGA; Situs inversus; Dextrocardia. Post insertion of RV to PA conduit. Cardiac CT. FDM Print.](https://apil.ca/wp-content/uploads/elementor/thumbs/Heart-Annotation-cropped-pdn69f4pegtenyyoq1czmsdxef0fd77nrphaip3t5o.jpg)
Toronto Heart Atlas
Complex TGA; Situs inversus; Dextrocardia. Post insertion of RV to PA conduit.
Cardiac CT. FDM Print.
![Stop-Gap N95 Respirator:
Reusable device, developed, tested and manufacturable at small scale at APIL
CAD. FDM, SLA, Polyjet printing. Silicone cast. HME filters.](https://apil.ca/wp-content/uploads/elementor/thumbs/Mask-Production-and-components.resized-pdn8rmp3b2b2wpxeyj50fivhsodl3gc9u7fvlpclzw.png)
Stop-Gap N95 Respirator:
Reusable device, developed, tested and manufacturable at small scale at APIL
CAD. FDM, SLA, Polyjet printing. Silicone cast. HME filters.
![Ultrasound-guided subclavian central venous access task trainer
CT data. FDM printing. Silicone and gel casting. Lasercut case.](https://apil.ca/wp-content/uploads/elementor/thumbs/IMG-20190910-WA0009-pdmin68bdgw4q1ztkihu7cfp71rspjsg7dhqs5rxi4.jpg)
Ultrasound-guided subclavian central venous access task trainer
CT data. FDM printing. Silicone and gel casting. Lasercut case.
![Complex Mold for casting NIOSH standard headform for respirator testing](https://apil.ca/wp-content/uploads/elementor/thumbs/WhatsApp-Image-2021-07-30-at-3.55.35-PM-e1632637575858-pdo5dye9npvbqo5lq51jj6qz6ka1mabvakq3yo60d8.jpeg)
Complex Mold for casting NIOSH standard headform for respirator testing
![Toronto Heart Atlascardiac tumor
Cardiac CT. Rendering on Sketchfab.](https://apil.ca/wp-content/uploads/elementor/thumbs/Cardiac-Tumor-3-4black-pdm98dajz93fxy4jy2avguagz7oy92rgag97ho4g9o.png)
Toronto Heart Atlas
cardiac tumor
Cardiac CT. Rendering on Sketchfab.
![Lung-isolation Training Phantom
CT. FDM print.](https://apil.ca/wp-content/uploads/elementor/thumbs/IMG_2044-odthk9rofkuaqev9dd35amdp4e96nwgy1ptc65p2sc.jpg)
Lung-isolation Training Phantom
CT. FDM print.
![Cardiac Tumor Surgical Planning Model
Cardiac CT. FDM+SLA print
“With the 3D model, we could figure out how to dismantle the tumour like a jigsaw puzzle before we even went into operation.”
- Dr. Shaf Keshavjee](https://apil.ca/wp-content/uploads/elementor/thumbs/TF1_1121A-XL-500x500-1-pdm9ddrkffyhv2ueo8b8rkqz16zfaynwz9ifmsov30.jpg)
Cardiac Tumor Surgical Planning Model
Cardiac CT. FDM+SLA print
“With the 3D model, we could figure out how to dismantle the tumour like a jigsaw puzzle before we even went into operation.”
- Dr. Shaf Keshavjee
![Echocardiography phantom
CT data. FDM printed positives, Silicone molds; Gel wax and ballistic gel casts with graphite. Lasercut case.](https://apil.ca/wp-content/uploads/elementor/thumbs/DSC_2868.resized-pdmi6lcsto71xo2tduhqq11zzdhpxqyw9b8f1gcx98.jpg)
Echocardiography phantom
CT data. FDM printed positives, Silicone molds; Gel wax and ballistic gel casts with graphite. Lasercut case.
![Dilated aortic root
3D TEE data. SLA Print.](https://apil.ca/wp-content/uploads/elementor/thumbs/DSC_2878.resized-pdo5xm6qlys8l1lhx4zm6q52hpdfmddqzvyqc10k7w.jpg)
Dilated aortic root
3D TEE data. SLA Print.
![Interactive rendering Toronto Heart Atlas Normal Morphology; Type-A Aortic Dissection](https://apil.ca/wp-content/uploads/elementor/thumbs/cropped-Screenshot-from-2019-05-06-11-09-39-e1568583854267-pdlq1mm7p5iu5vgsdzjlnnb5qq9msdkgzlmwiiaiqk.png)
Interactive rendering
Toronto Heart Atlas
Normal Morphology; Type-A Aortic Dissection
![CAD Rendering
prototype ex-vivo heart perfusion experimental set-up](https://apil.ca/wp-content/uploads/elementor/thumbs/cropped-NRP-Enclosure-e1568604550224-pdlq6avbohx5w2oe3i9tjyuo2p8c274faqetf1d1ss.png)
CAD Rendering
prototype ex-vivo heart perfusion experimental set-up
![FOCUS Heart Modelsshowing standard imaging planes for FOCUS TTE
Cardiac CT. FDM Print. Magnets](https://apil.ca/wp-content/uploads/elementor/thumbs/50_scale_FOCUS_hearts_open-scaled-pdo5oshafypbkuezgbnpryb9pgvdcoch47gm4i3mn0.jpeg)
FOCUS Heart Models
showing standard imaging planes for FOCUS TTE
Cardiac CT. FDM Print. Magnets
![Cerberus Multi-ventSafe sharing of one ventilator for two patients with widely different size and lung compliance](https://apil.ca/wp-content/uploads/elementor/thumbs/cropped-20200413-Cerebrus-Circuit-pdlpwiduhmimyawe9rwq2xstb7hovp92y9rqg9vom4.png)
Cerberus Multi-vent
Safe sharing of one ventilator for two patients with widely different size and lung compliance
![Dilated Aortic Root3D TEE. SLA Print](https://apil.ca/wp-content/uploads/elementor/thumbs/aorta_2.resized-pdo5xn4ksstiwnk4rne8r7wj338su2hhc0m7taz61o.jpeg)
Dilated Aortic Root
3D TEE. SLA Print
![Prototype Emergency Ventilator
Bag-valve-mask based emergency use-ventilator testing](https://apil.ca/wp-content/uploads/elementor/thumbs/BVMHALO2.1.resized-opx9zqupiiu9azcyk4lfxh8yx8eaxfpr8dg0uzlxek.jpg)
Prototype Emergency Ventilator
Bag-valve-mask based emergency use-ventilator testing
![Echocardiography education models](https://apil.ca/wp-content/uploads/elementor/thumbs/cropped-DSC_1647.resized-pdlpxj1jw5wtj3f5bpr6a6jsh8h07wam3b7o62dbvg.png)
Echocardiography education models
![Spine models
for development of neuraxial anesthesia phantomCT. FDM Print.](https://apil.ca/wp-content/uploads/elementor/thumbs/Image-1-1-e1568608143694-odu676dgzyy5gul6gqehytb3cqt5ilfanhqlp6o7rw.jpg)
Spine models
for development of neuraxial anesthesia phantom
CT. FDM Print.
![NIOSH standard headformfor respirator testing
FDM print. Silicone casting.](https://apil.ca/wp-content/uploads/elementor/thumbs/index-pdn8kjytuymdie7f9z145t5kt9945h90j6najpuau4.jpeg)
NIOSH standard headform
for respirator testing
FDM print. Silicone casting.
![3D printed heart blood pool model with a Left Ventricular Assist Device (LVAD) in place](https://apil.ca/wp-content/uploads/elementor/thumbs/LVAD_heart_2-scaled-pdo5yg9konxewkdt1hzoeijti196gop5s0u9ovryos.jpeg)
3D printed heart blood pool model with a Left Ventricular Assist Device (LVAD) in place
![Production series of 1000 FOCUS heart modelsCardiac CT. FDM Print. Magnets](https://apil.ca/wp-content/uploads/elementor/thumbs/heart_fleet-scaled-pdo5omu9ayhln6n6d97yczqi55n62hq33fjp8ubzoc.jpg)
Production series of 1000 FOCUS heart models
Cardiac CT. FDM Print. Magnets
![Thoracic epidural insertionCT. Educational Animation.](https://apil.ca/wp-content/uploads/elementor/thumbs/IMG-20171119-WA0001-pdoupl5807tpvtyjfp4lan1vysylycg0yqg6yqhboc.jpg)
Thoracic epidural insertion
CT. Educational Animation.
![TEE simulator controllerUsing 2-button wheel-mouse simulates change of probe depth, omniplane angle and probe flexion.](https://apil.ca/wp-content/uploads/elementor/thumbs/IMG-20190614-WA0020-pdoup3aaed59r8ohbzeoh9k4ohemw3h4ka1yuh7syk.jpg)
TEE simulator controller
Using 2-button wheel-mouse simulates change of probe depth, omniplane angle and probe flexion.
![Digital model of valve seat for respirator mask](https://apil.ca/wp-content/uploads/elementor/thumbs/IMG-20200615-WA0011-pdoupm3271v07fx6a7j7v4tck6tz61jrav3og0fxi4.jpg)
Digital model of valve seat for respirator mask
![Normal Heart
Cardiac CT. Powder-based print. Artificial colours.](https://apil.ca/wp-content/uploads/elementor/thumbs/DSC_2874.resized-pdouob34pc2o2xtfwn7vegoaux9mh6d6geheg6dm58.jpg)
Normal Heart
Cardiac CT. Powder-based print. Artificial colours.
Team
![](https://apil.ca/wp-content/uploads/2021/02/Russell-150x150.jpg)
Administrative Assistant
![willamNg willamNg](https://apil.ca/wp-content/uploads/elementor/thumbs/willamNg-pdmdd8yagkweuhvclf1le9ss69vvf7sxfc3txfdmqk.jpg)
Principal Investigator
![](https://apil.ca/wp-content/uploads/2021/09/J-Moreno-150x150.jpg)
Principal Investigator
![](https://apil.ca/wp-content/uploads/2021/02/Dinsmore-150x150.jpg)
Principal Investigator
![](https://apil.ca/wp-content/uploads/2021/02/Anwari-150x150.jpg)
Research Assistant
Radiology Technologist
![Arnaud Romeo Mbadjeu Hondjeu Arnaud Romeo Mbadjeu Hondjeu](https://apil.ca/wp-content/uploads/elementor/thumbs/Arnaud_Romeo-p2xsj4w1txe5lby8tx1fovmupwypf3gvl2470j0v0g.jpg)
Research Associate
![](https://apil.ca/wp-content/uploads/2021/02/Amador-1-150x150.jpg)
Research Associate
![Jesse May Jesse May](https://apil.ca/wp-content/uploads/elementor/thumbs/May-1-p2xsg8jyrbfbsm5sr5xui3yos58yooyo6ppaqtbk74.jpg)
Research Associate
![](https://apil.ca/wp-content/uploads/2019/09/cropped-heart_optimized-1024x639-1-150x150.jpg)
Research Assistant
![](https://apil.ca/wp-content/uploads/2019/09/cropped-heart_optimized-1024x639-1-150x150.jpg)
Research Associate
![](https://apil.ca/wp-content/uploads/2019/09/cropped-heart_optimized-1024x639-1-150x150.jpg)
Research Assistant
![](https://apil.ca/wp-content/uploads/2019/09/cropped-heart_optimized-1024x639-1-150x150.jpg)
Research Assistant
![](https://apil.ca/wp-content/uploads/2021/10/Gad-Acosta-2021-e1633875273616-150x150.jpeg)
Senior Medical Technologist