By inserting iMET in an interlocking nail and place them into a Tibia (or femur) bone, the light emitted from iMET is projected onto the bone surface as a bright red spot indicating the location of the screw hole.
A NEW OPPORTUNITY TO EXPERIENCE A BETTER MEDICAL SERVICE
The Advantage of iMET
Accuracy & Precision
Based on a number of animal and human tibia/femur bone fracture interlocking nailing operations, no fluoroscopic guidance was required for the distal screw hole fixation. No repetitive drilling nor re-insertion of the screw was needed.
Minimize Radiation Exposure
iMET does not use fluoroscopy for distal screw hole fixation, thus significantly reduce radiation hazards, especially for doctors and nursing staff who conduct such procedures on a regular basis.
Saving Surgery Time
With iMET, the average time
required to complete the placing of one distal interlocking screw was shorter than what have been reported (ranging from 16.7 to 19.1 min) when using other types of TADs (Tip Apex Distance) [1]
Visible Guiding Light
iMET uses a visible light source to indicate the position of the distal interlocking screw holes
Cite :
[1] Food and Drug Administration, (2017), intra medullary endo-transilluminating Device (iMET device). https://www.accessdata.fda.gov/cdrh_docs/pdf16/K163037.pdf
Demonstration of iMET
The following are some common fracture patterns and product application instructions on body parts.
Spiral
Transverse
Segmental
Using Steps
The following is an abbreviate operation steps demonstration
Step 1
After fracture reduction, insert the interlocking nail
Step 2
Turn on and insert iMET, locate the distal screw holes
Step 3
Mark and Drill, then lock the screws
UsingiMET On Tibia
Example of a clinical usage of iMET
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