CHAMPIONS for Podiatry - Trilliant Surgicaltrilliantsurgical.com/wp-content/uploads/2019/01/...for...
Transcript of CHAMPIONS for Podiatry - Trilliant Surgicaltrilliantsurgical.com/wp-content/uploads/2019/01/...for...
FOOT AND ANKLEPLATING SYSTEM
for Podiatryfor PodiatryCHAMPIONSCHAMPIONS
GRIDLOCKPlating System
The Gridlock Plating System consists of titanium plates, screws, and instrumentation for applications in the bones of the foot including trauma, joint fusion, and corrective surgical procedures.
Screw options include titanium alloy, low profile, 2.4, 3.0, and 4.0mm solid core plate screws with a hexalobe drive
Vanishing edge design intended to minimize post operative plate palpability without sacrificing plate strength
Gridlock technology for limited surface contact
Integrated, variable angle, locking and non-locking screw fixation options with dynamic compression and neutral placement capabilities
Unique, pre-bent and pre-contoured specialty plates
For more information and detailed surgical techniques, visit www.trilliantsurgical.com
www.trilliantsurgical.com Phone: 800-495-2919 | Fax: 877-778-3864727 North Shepherd Drive | Suite 100 | Houston, TX 77007
STEP 1: Identify, expose, and prepare the surgical site.
STEP 2: If performing 1st metatarsal phalangeal joint fusion, joint reaming is
recommended. (Fully release any ligaments around the joint, select the appropriate size concave reamer and initiate reamer down central axis of the metatarsal head until the cartilage is removed, then select the appropriate size convex reamer and initiate reamer down the central axis of the phalangeal base until the cartilage is removed.) If reamers are not elected for use, a burr, rongeur, or saw blade, can be used to remove cartilage.
STEP 3: Reduce fracture, osteotomy, or fusion site.
STEP 4: Select the appropriate plate for fixation of fracture, osteotomy, or fusion.
STEP 7: Select the desired screw diameter to use and corresponding pilot drill.
STEP 8: Select the corresponding drill guide and place it into the first plate hole nearest the fracture line or osteotomy site. Make sure the first hole selected is NOT a compression hole.
STEP 10: Insert the depth gauge in the pilothole to determine screw length.
STEP 11: Select the desired screw length and type. Insert the screw into pilot hole and drive into position with driver.
STEP 12: If dynamic compression is desired, the next hole drilled should be in the compression hole opposite the fracture line or osteotomy of the initially placed screw. Place the appropriate diameter compression drill guide in the compression
hole of the plate. Point the arrow on drill guide towards the direction of desired compression. Continue with steps 9-11; however, note that the compression hole can only accept standard screws.
STEP 13 : Repeat steps 7-11 until all desired screw holes are filled. When placing additional screws, make sure placement does not interfere with other screws.
STEP 5: Though plates are pre-contoured, slight adjustments may be required and made using the plate bending instruments. Warning: Excessive or multiple plate bends could cause weakness in the plate.
STEP 6: Apply the plate to the prepared site. The plate may be temporarily fixated with either olive wires or K-wires.
STEP 9: Drill the pilot hole with the corresponding drill diameter at the desired angle of approach through the drill guide. Note: It is recommended to irrigate during pilot drilling.
SURGICAL TECHNIQUE
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VLC Plates
1st MPJ Fusion
MPX Plate
Pre-Bent Wedge
GridlockPlating System
L Plates Lapidus
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Trilliant products are made in the USA. FDA cleared 510(k) K121452, K123525, & K130964 90
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