Nitinol has become central to innovation in ablation therapies
Nitinol-enabled targeting devices are advancing ablation therapies including pulsed field ablation (PFA) by improving steerability, anatomical conformity, and energy-delivery precision.
Nitinol-enabled targeting devices are advancing ablation therapies including pulsed field ablation (PFA) by improving steerability, anatomical conformity, and energy-delivery precision.
Early adenoma identification and treatment is best for patient outcomes – but treating a flat adenoma presents a challenge.
Nitinol-enabled targeting devices are advancing ablation therapies including pulsed field ablation (PFA) by improving steerability, anatomical conformity, and energy-delivery precision.
Early adenoma identification and treatment is best for patient outcomes – but treating a flat adenoma presents a challenge.
Nitinol’s superelasticity and shape memory enable ultra-flexible, steerable micro-instruments that are transforming GI, vascular and neurovascular procedures, says Alleima.
With its outstanding precision and flexibility, nitinol is paving the way for applications that other materials could not.
A new Alleima report explores what it will mean for device makers to win in a future of robotic surgery…
Look out for practical AI capability and next-generation materials at this year’s MD&M West 2026, says Alleima
Clinical expectations in minimally invasive interventions is rising, making collaboration in the medical value chain fundamental to best patient outcomes,…
As demand grows for safer, faster, and less invasive procedures, guidewire technology has become indispensable. Innovative new designs and manufacturing…
A new whitepaper from medical wire specialist Alleima explores how guidewire technology is evolving with the growing prevalence of chronic…
Material choices and product design have never been more important as medical devices get smaller and smarter – and COMPAMED…
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