Exalta Group products

The EXALTA Beveled Screw System provides a low-profile fixation solution designed to minimize soft tissue irritation across a wide range of trauma applications. The system offers both compression and non-compression screw options to support varied fixation needs. Beveled heads are available in 30° and 60° tapers, with laser-marked drivers to assist with accurate bevel orientation during insertion. Screws are offered in sterile and non-sterile configurations, providing flexibility across procedural workflows.

Fully designed, developed, and manufactured in-house Stainless Steel and Titanium capabilities Increased diameter guide wires to prevent skiving 20+ year experience in cannulated screws.

Fully designed, developed, patented, and manufactured in-house including: SST Plate with integrated cable Full set of disposable instruments including cable tensioner and torque driver Sterile packed in a custom kit including screws SST Plate with integrated cable Full set of disposable instruments including cable tensioner and torque driver Sterile packed in a custom kit including screws State-of-the-art woven band cerclage developed specifically for sternal closure, easily routed around or through sternum without additional tooling yet flattens to increase contact Tapered Quad-Lead plate thread-to-screw locking mechanism Multiple plate shapes and cable configurations.

The EXALTA Ankle Plating System offers a comprehensive range of anatomy-specific, low-profile implants designed for fixation of complex ankle trauma. Plates feature specially designed holes compatible with both non-locking and variable angle locking screws, allowing surgeons to tailor fixation to procedural requirements. The system includes multiple plate configurations such as distal fibula, medial tibia, anterior lateral tibia, medial malleolus, fibula hook, and anterior tibia plates. These implants are designed to address intra- and extra-articular fractures, osteotomies, malleolar fractures, non-unions, and distal tibia and fibula fixation while maintaining stability and minimizing soft tissue disruption.

Fully designed, developed, and manufactured in-house Experts in cable cerclage designs Supplier to top medical device companies Numerous cerclage locking mechanisms used as stand-alone and integrated into plates Torque driver or crimping designs for all implants and instruments required Current cable from 1.0mm to 2.0mm in materials such as Stainless Steel, Titanium, Cobalt Chrome, and Titanium Aluminium Nitrate Unique braided cable developed for unique applications Can design, develop, manufacture, and test all implants and associated instruments.

The EXALTA Implantable K-Wire and Steinmann Pin System provides versatile fixation solutions for a wide range of trauma and reconstructive procedures. The system is available in sterile and non-sterile configurations and offers multiple tip designs including trocar, diamond, and fluted options. Implants are offered with partial thread, full thread, ball end, and flat end configurations and are available in titanium alloy Ti6Al4V, stainless steel, and PEEK. A broad selection of lengths and diameters allows surgeons to match fixation to patient anatomy and procedural requirements while maintaining reliable stabilization.

The EXALTA TyWedge System is designed for internal fixation and angular correction in foot and ankle fractures and osteotomies. The system offers PEEK wedge options, including a TyPEEK titanium plasma sprayed PEEK core, to support fusion while maintaining radiolucency for clear imaging. Optimized tooth geometry and high-friction surfaces provide initial stability, while a large graft window accommodates autograft or allograft material. Simple radiographic markers and dedicated instrumentation support accurate placement and controlled impaction. Implants are available in sterile and non-sterile configurations to support flexible surgical workflows.

Surgical Cases & Trays are designed for reliable performance and durability in demanding surgical environments while providing robust protection for instruments and implants. Customizable, multi-dimensional design offers cost-efficient personalization and rapid turnaround.

The Flexible Drill features a high-strength, cannulated shaft designed for drilling, reaming, and pushing in hard-to-reach areas. Its flexibility allows access around corners while maintaining torque and control. Compatible with a wide range of surgical applications, it supports efficient workflows across spine, extremity, trauma, and sports medicine procedures.

The Acetabular Reamer Handle is designed to provide precise control and secure handling during acetabular reaming procedures. Its ergonomic design reduces hand fatigue while ensuring stable, accurate manipulation of reamers. Durable and versatile, it supports efficient workflows in hip, extremity, trauma, and sports medicine surgeries.