Evo
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Evo is an innovative interlaminar fusion device totally fabricated with 3D printing technology, composed of a trabecular titanium macrostructure that promotes rapid bone growth. The trabecular titanium core body-drilled in both the craniocaudal and lateral directions-allows the surgeon to insert more bone graft, which increases the reachable arthrodesis area. The implant placement system is intuitive and straightforward, as is the new tool for tightening the pins on the plugs. This allows Evo to reduce the range of motion, bringing it closer to that achieved with the screw-bar system. The...

Clover has invested heavily in instrument design and care with the goal of creating ergonomic, functional, and compact instrumentation. Designed for the surgeon and his team. ANGLED SPREADER SPINAL PROCESSES DRILLING TOOL

SPINOUS PROCESS TRIAL

1— Preparation of the plate Remove the interspinous ligament and perform any necessary bone and tissue removal with the scraper. Prepare the spinous process just enough to create a surface that promotes vascularization between the spinous process and the implant without weakening the cortical bone. A spreader could be used to assist the surgeon in direct decompression of the interlaminar space. 2A— Selection of device size The right implant size could be selected using the trial implants, which can be inserted into the interlaminar space. 2B— Otherwise, the right implant size could be...

3— System preparation and insertion Connect the system to the implant holder by turning the knob at the end of the implant holder. Then use the compression forceps to compress the wings into the spinous process. The deeper you insert the implant into the interspinous space, the more effective interlaminar decompression is achieved. 5— Preparation and insertion of the locking pins Create holes in the spines following the two cavities with the spinal process drilling tool, then check them with the spinous process trial

5A— Insert the locking pins using the locking pin holder, then use the compression forceps for final locking of the system. 5B— Insert the locking pins using the parallel locking pin holder that allows parallel locking of the female and male parts. Then use the compression forceps for final closure of the system

5C— When revising, use the locking pin removal system to extract the male part from the female part. 6— The system is correctly positioned

misano ft monza m evo dClover Orthopedics s.r.l. Via Gadames n. 57/7, c.a.p. 20151 Milano