Fully natural knee flexion and extension is shown without implant hardware.

Simple animated demonstrations of complex molecular degradation under various stress factors.

Triathlon knee system rotary arc is demonstrated.

Single radius knee system shows full range of flexion.

Shorter posterior condyles enables a deeper knee flexion.

Smooth rotating single radius design enables less force on the quadriceps.

Posterior cam engages post at 45 degrees where natural PCL loading occurs.

Designed to relax the extensor mechanism.

Stryker Bone Plate Screw insertion at various angles is demonstrated.

Stryker Bone plate can be shaped using plate benders.

Stryker Fixed and Variable Drill Guides are shown.

Stryker's patented X3 Poly material comprising Stryker's Glenoid Implants
have been precisely engineered for extra durability.

Stryker Glenoid Implant array shows constant
peg/keel geometry across a range of sizes.

Stryker Humeral Head size chart demonstrates intra-operative flexibility.

Stryker Humeral Stem interface features are highlighted.

Stryker Press- Fit and cemented stem size options are shown.

Femoral Box resection is performed with Stryker saw.

Fractured Femur receives Stryker Bone plate and screws.

Fractured Distal Femur is resected to accommodate
Stryker Femoral Head and Stem.

Gap distance between femur and tibia is established.
Tibial insert thickness dictates Gap distance and femoral pins are inserted.

Unstable rotation"J-curve" competition knee compared to the
stable rotation Stryker Scorpio Knee System.

Animated construction of the instant center pathway during knee flexion.
A migrating pivot point during bending of the knee highlights the
knee's natural biomechanical derangement.

Contact patches between Stryker Knee and Insert are shown
in flexion and extension with anterior and posterior views.

Medial Patella distraction is performed for resection of tibia and femur.

Stryker Saw blade close up is ghosted to reveal working
components of cutting blade.

Functionality of Stryker Spine Distractor is shown.

Tibial Insert Fitment is shown at multiple angles with ghosting.

Stryker Femoral Cutting Block with Modular Handles and Cutting Guides.

Trade show Knee Flexion Animation.

Stryker anterior and posterior femoral resections.

NRG iPad Animation 1
Three areas of the Stryker Scorpio NRG Knee are highlighted
to show how minimal femoral bone removal is possible.

NRG iPad Animation 2
Stryker Scorpio NRG Knee reduces tension on the retinaculum
by incorporating a thinner anterior flange.

NRG iPad Animation 3
Stryker Scorpio Insert reduces stress on the patella during
flexion due to a deep anterior cutout.

NRG iPad Animation 4
Stryker Scorpio Insert contact area comparison showing decreased
contact stresses during increasing rotation.

NRG iPad Animation 5
Increased freedom of mobility is possible with the Stryker Scorpio NRG
insert which is engineered to promote knee rotation.

3D corporate product animation for the "Chiro Drive", a late 90s
medical bone saw/reamer and included drivesets.

A&E Animation for The DVD Home Video Series and Broadcast TV.

Pepsi Corporate Animation.

BMW 1998 Profiles in Achievement Grand Travel Award Animation.

Goya Olive Oil Corporate video.

3D exploded animation for the Firchie "tuneable" snare drum.

3D Intro for a mid 90s PC based Karaoke Application.

(IDD) Intervertebral Disc Decompression Therapy animation
for chiropractor offices and websites.