Uniting the precision and multifunctionality of HARMONIC® Shears with strong, secure vessel sealing. Refined Blade Design Curved blade designed to enable visibility and fine dissection. The refined blade design includes a tapered tip with a proprietary, nonstick coating to enable fast, precise dissection. Designed to Outperform the Competition Strong, secure sealing in vessel sizes up to and including 7mm diameter. The median burst pressures of HARMONIC ACE+7 Shears in Advanced Hemostasis mode were higher than competitors. Adaptive Tissue Technology Provides superior heat management.†‡ Adaptive Tissue Technology enables greater surgical precision and performanceβ by dynamically optimizing energy delivery in response to changing tissue conditions. Because Precision Matters Achieving elite levels of precision and performance takes commitment. Uniting unmatched precision with powerful sealing ability, HARMONIC ACE+ 7 Shears are designed for a wider range of surgical jobs to reduce the number of surgical devices needed to achieve hemostasis. Designed to outperform the competition World-class precision with secure and reliable vessel sealing across a wide range of vessels The median burst pressures of HARMONIC ACE®+7 Shears in Advanced Hemostasis mode were:                                                                                        • 140% higher than LigaSure™ 5 mm Blunt Tip*                                                                                    • 112% higher than LigaSure™ Advance*                                                                                              • 74% higher than Sonicision™**                                                                                                            • 50% higher than Stryker Reprocessed ACE+**                                                                                    • 35% higher than Thunderbeat* The value of intelligent energy delivery Adaptive Tissue Technology provides critical thermal management during surgery by dynamically optimizing energy delivery in response to changing tissue conditions,