Click torque limiter
Patented technology for the median areas
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Applications
Torque limitation for all types of screws in all joints as well as for long bones and the spine.
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Lifespan
3 years or 300 sterilization cycles.
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Design
Patented design, EP 2 023 840
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High accuracy
+/- 10% over device lifetime (3 years or 300 sterilization cycles).
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Safety
Calibrated at the factory to the torque of your choice between 0.5 Nm and 13.5 Nm for maximum safety
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Quality
ISO 13485: 2016 certified
Patented technology
With its cushioned click, our torque limiter is the only one that allows absorption of the accumulated torsion energy in any case where the instrument uses a handle or a long rod, even very long (more than 300 mm).
Now, the Evolution Continues: The CLICK Torque Limiter Now Starts at 0.5 Nm
Body : HL-Technology sets a new benchmark in surgical instrument safety. Our proven CLICK platform now addresses the ultra-low torque requirements critical for maxillofacial and extremities systems.
Why partner with us?
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Patented Energy Absorption: Thanks to its distinct cushioned click, it is the only mechanism on the market that fully absorbs accumulated torsion energy, even with extra-long rods (> 300 mm).
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Immediate Integration: Add a validated 0.5 Nm solution to your surgical kits without the cost, time, and risk of a full custom redesign.
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Uncompromised Reliability: Maintain the exact same repeatability and Swiss-engineered standards your premium devices demand.
Extending the CLICK range down to 0.5 Nm allows our partners to address new applications while maintaining the reliability and repeatability expected from our solutions.
Easy to use
Our Click instruments require no maintenance or calibration during their lifetime. They are extremely easy for the operating room staff to use, and also simplify hospital logistics because they do not need to be returned to the supplier for recalibration during the guaranteed lifetime.
Ergonomics
The reduced size and axial orientation of the product allows a large number of applications and integration for ideal ergonomics and simplification of the surgeon’s work.