Patient-specific, 1:1-scale models intended to aid in the visualization of the patient’s bony anatomy.

Indicated for use in skeletally mature patients with degenerative disc disease and accompanying radicular symptoms at one level from C2-T1.

ACRION™ Saw Blades are designed for joint reconstruction surgery and have large teeth engineered to provide a fast and stable cut³. Longitudinal grooves and holes aid in the ejection of debris, and the portfolio of sizes cover the characteristic dimensions of total knee replacement blocks.   

Related Models: Zimmer^®, Stryker^®, and ConMed Linvatec^® Hall^® saw couplings 

The implant and instrumentation are designed to facilitate proper fit and placement of the femoral prosthesis using tissue-sparing techniques.

Intended to ream an intramedullary bone canal in preparation for insertion of implants.

Offers angular stability for screws used in combination with an intramedullary nail.

The ANSPACH™ EG1™ High Speed Electric System offers variable speed, bidirectional operation and minimal sound levels for bone cutting procedures. It is designed to provide high cutting precision for neuro, spine, and otology/neurotology applications.  

Related Models: MIDAS REX MR8 High-Speed Drill System (Medtronic) 

The EMAX™ 2 Plus System is the ultimate high-powered, lightweight^1,2, small bone cutting system. Designed for surgeon comfort, this lightweight^1,2 device gives surgeons the flexibility^1,3,7, power, and low noise they need for long, complex neurosurgery and spinal procedures.

Related Models: MIDAS REX MR7 High-Speed Drill System (Medtronic)

The ANSPACH™ XMAX™ Surgical Drill brings powerful high-speed pneumatic performance to the ANSPACH™ Surgical Drill line for small bone. The XMAX™ Drill provides the power and precision surgeons need for neurosurgery, neurotology, and spinal procedures.

Related Models: Midas Rex MR7

Indicated for use from L1 to S1 and designed for the anterior stabilization of the lumbosacral spine.

Designed to prevent oxidation to potentially maintain mechanical integrity and oxidative stability.

A system of implants and instruments for open door laminoplasty procedures.

Used together, the ATTUNE™ Knee and Patient-Specific Alignment Techniques are designed to preserve the soft tissue envelope and reduce the requirement for soft tissue releases, helping to restore stable knee motion and improve patient satisfaction after total knee arthroplasty (TKA).

Designed to enhance tibial fixation with its innovative combination of macro-lock features and a microblast surface finish on the tibial base.

Designed for better patient outcomes, the ATTUNE™ Cementless Fixed Bearing Knee with AFFIXIUM™ 3D Printed Technology provides better kinematics^1-3, enhanced initial stability⁴, and advanced biologic fixation⁵ for total knee arthroplasty.

All bone interfacing surfaces are coated with POROCOAT™ Porous Coating designed to enhance biologic fixation of the implant to bone.

A comprehensive, integrated knee replacement system.

Incorporates asymmetric anatomic inserts with a raised medial lip to provide medial stability.

The system is designed to address bone defects, provide stability, provide enhanced fixation options, and deliver an efficient technique.

The Battery Power Line II is a powerful, efficient, and reliable bone drill/cutting system designed for hip and knee reconstruction surgeries. It’s strong enough to tackle large bone cutting but also able to accept a large portfolio of finer drilling and insertion attachments, giving it the flexibility to adapt to both major and minor orthopaedic procedures.

Related Models: Stryker System 7 and 8