Precision

Directed Mechanical Energy

Mechanical energy works at lower temperatures and is directed longitudinally — delivering targeted tissue dissection without the unpredictability of electrical energy spread.

Safety

Minimal Thermal Spread

Safe to use near vital structures — minimal smoke or eschar. The lower thermal profile significantly reduces the risk of inadvertent thermal injury to adjacent tissue.

Efficiency

One Device, Five Functions

Dissect, cut, seal, grasp, spot-coagulate, and create otomies — all from a single instrument. Fewer instrument exchanges, reduced OR time, cleaner operative field.

Ergonomics

Intuitive Surgeon Control

Open handle with hook trigger for comfort, balance and control. Soft moulding maximises grip. Minimum index finger repositioning needed during extended procedures.

Feedback ​

Audible & Tactile Feedback

The trigger clicks when jaws are fully compressed and again when released — giving the surgeon reliable tactile and audible confirmation during tissue engagement.

Versatility

Vessel Sealing ≤5mm

Seals and divides vessels up to 5mm including lymphatics. Vessels are sealed or welded together with coagulum that does not stick to the blade — clean, reliable ligation.

01

Reduced OR Time

One instrument replaces multiple conventional tools — fewer exchanges, less setup, faster procedure completion. More cases per list.

02

Lower Complication Rate

Minimal thermal spread reduces risk of inadvertent injury near vital structures — fewer post-op complications, shorter hospital stay, lower cost per case.

03

Faster Patient Recovery

Reduced thermal tissue trauma supports faster patient recovery — shorter LOS, higher patient throughput, and better clinical outcomes scores.

04

Reduced Consumable Complexity

Disposable integrated shear simplifies procurement and sterilisation logistics — no reprocessing cost, predictable per-case expenditure.

01

Low Thermal Profile

Mechanical energy directed longitudinally produces significantly less lateral thermal spread than monopolar or bipolar electrosurgery — reducing risk of inadvertent thermal injury to adjacent tissue and organs.

02

No Electrical Current to Patient

Ultrasonic energy is purely mechanical — no electrical current is delivered to the patient. This eliminates the risk of capacitive coupling, stray currents, and return electrode burns associated with electrosurgery.

03

Blunt Nose for Vital Structures

The blunt nose tip is specifically designed to allow safe blunt dissection near critical neurovascular structures — enabling confident navigation in anatomically sensitive surgical fields.

04

No Coagulum Blade Sticking

Unlike conventional electrosurgical instruments, coagulum does not adhere to the Tenore blade — reducing tissue drag, maintaining cleaner operative field, avoiding inadvertent tissue disruption during instrument withdrawal.

05

Minimal Smoke & Eschar

Ultrasonic tissue transection produces significantly less surgical smoke than electrosurgery — improving intraoperative visibility, reducing theatre air contamination, and enhancing surgical team safety.

06

Tactile Safety Feedback

Audible and tactile trigger click system confirms jaw engagement and release — giving the surgeon real-time confirmation of tissue position and preventing inadvertent activation.