MIFS

Minimally Invasive Foot Surgery

MIFS is a system of burrs and screws which can optimally adapt to multiple foot surgeries. These include deformity corrections of first metatarsal, osteotomies of the lateral metatarsals, hallux rigidus, cheilectomy, and akin osteotomies.

Powered by a burr machine, the use of the MIFS burrs can be adjusted to different types of speed and mechanical torque, allowing for maximum versatility. This said, MIFS must be considered as a top option in this field.

Headless, self-drilling and self-tapping tip screws guarantee shorter surgery time and minimized bone trauma

Cannulated structure of screws permits the insertion of a guide wire

Burrs’ design offers very high bone-cutting accuracy

Irrigation cooling system on the burr driver minimizes risks of thermal damage to skin or tissues

Product highlights

ISO 5832-3 conform Ti6Al4V titanium alloy: strong, resistant, and MRI-compatible

ISO 5832-1 standards-compliant AISI 316L stainless steel burrs: strong, anti-corrosion and mechanically efficient

Double threaded screw with total thread: head Ø 4mm, thread Ø 3mm L. 10-50 (∆ 2mm)
Double threaded screw with partial thread: head Ø 4.2mm, thread Ø 3.2mm L. 12-50 (∆ 2mm)
Burrs: Shannon Ø 2.2mm L. 20/12/8mm and Ø 3mm L. 20, Wedge Ø 2.9mm and Ø 4.3mm L. 13mm

Resources

[1] Principi chirurgici della tecnica mini-invasiva

Ferranti S, Picuti G, Musiello S, Mattei P, Berloco M, Pasotti L, Farneti A, Pennacchi L, Breccia M, Farneti C. Lo Scalpello (2016) 30:136-138.

 

[2] Strumentario chirurgico

Scaglia D, Giacinti. I. Lo Scalpello (2016) 30:139-141.

 

[3] Trattamento dell’alluce valgo

Ferranti S, Picuti G, Musiello S, Mattei P, Berloco M, Pasotti L, Farneti A, Pennacchi L, Breccia M, Farneti C. Lo Scalpello (2016) 30:144-152.

 

[4] Trattamento dell’alluce rigido

Biserni M, Giustelli G, Bellini D, Amendola R. Lo Scalpello (2016) 30:153-156.

 

[5] Trattamento della metatarsalgia

Bruno G, Giani E, Leli A, Amanti A, Rossi B. Lo Scalpello (2016) 30:157-159.

 

[6] Neuroma di Morton: le tecniche mini-invasive

Ceccarini P, Nardi A, Rinonapoli G, Antinolfi P, Manfreda F, Falsetti F, Caraffa A. Lo Scalpello (2016) 30:160-166.

 

[7] Correzione percutanea del dito a martello

Cerrini F, Dinoi L, Rosati R, Voglino N, Vox G. Lo Scalpello (2016) 30:167-169.

 

[8] Tailor’s bunion: revisione della recente letteratura nelle tecniche mini-invasive

Ceccarini P, Nardi A, Rinonapoli G, Palleri M, Antinolfi P, Colleluori G, Pennesi E, Caraffa A. Lo Scalpello (2016) 30:170-177.

 

[9] Trattamento della spina calcaneare

Ferranti S, Picuti G, Musiello S, Mattei P, Berloco M, Pasotti L, Farneti C, Pennacchi L, Breccia M, Farneti A. Lo Scalpello (2016) 30:178-180.

 

[10] Trattamento della deformità di Haglund

Di Filippo P, Latini S, D’Eramo D, Tomassini D, Massarini A, Gillio A, Perrota M. Lo Scalpello (2016) 30:181-183.

 

[11] Trattamento postoperatorio

Breccia M, Ferranti S, Rossi B, Farneti A, Pennacchi L, Berloco M, Pasotti L, Mattei P, Picuti G, Musiello S, Farneti C. Lo Scalpello (2016) 30:184-186.

Take a look at how MIFS performs in real surgical settings. Request a demo to explore the system’s handling, instrumentation, and intraoperative advantages firsthand.