hair transplant fue motorized/cylindrical 0.7 mm punch ultra sharp stainless steel

medsor impex– manufactures the highest quality surgical hair transplant fue motorized/cylindrical 0.7 mm punch ultra sharp stainless steel, on the market. These punches are ideal for manual use or assisted use with a mechanical extractor. Medsor impex offers two different styles of punches available in multiple sizes.  the stainless steel medsor impex punches offer the sharpest cutting edge available. The hardened steel improves the life of the cutting edge, while the thin walls reduce friction.

this enables the medsor impex punch to have the least amount of resistance during skin penetration. Using the medsor impex punch, physicians have been able to extract over 2000 grafts with a single medsor impex punch. The optimal cutting characteristics along with the minimal depth features of the manual or mechanical punch holders ensure the medsor impex punch will produce the fastest rate of extraction along with the lowest rate of follicle injury.

hair transplant fue motorized/cylindrical 0.7 mm punch ultra sharp stainless steel

medsor impex– manufactures the highest quality surgical hair transplant fue motorized/cylindrical 0.7 mm punch ultra sharp stainless steel, on the market. These punches are ideal for manual use or assisted use with a mechanical extractor. Medsor impex offers two different styles of punches available in multiple sizes.  the stainless steel medsor impex punches offer the sharpest cutting edge available. The hardened steel improves the life of the cutting edge, while the thin walls reduce friction.

this enables the medsor impex punch to have the least amount of resistance during skin penetration. Using the medsor impex punch, physicians have been able to extract over 2000 grafts with a single medsor impex punch. The optimal cutting characteristics along with the minimal depth features of the manual or mechanical punch holders ensure the medsor impex punch will produce the fastest rate of extraction along with the lowest rate of follicle injury.